# Tracked Combat Vehicle Driver Training

## June 2019

DISTRIBUTION RESTRICTION: Approved for public release; distribution is unlimited. This publication supersedes TC 21-306 dated 5 May 2009.

## Headquarters, Department Of The Army

This publication is available at the Army Publishing Directorate site
(http://www.armypubs.army.mil), and the Central Army Registry site
(https://atiam.train.army.mil/catalog/dashboard)

## Tracked Combat Vehicle Driver Training Contents

Page
PREFACE........ iii INTRODUCTION ........ iv
Chapter 1
DRIVERS TRAINING PROGRAM MANAGEMENT ........1-1
Planning Drivers Training ........1-1 Estimate of Drivers Training Situation ........1-1 License Instructors and License Examiners ........1-2 Driver Selection ........1-2 Program Administration ........1-2 Incentive Programs ........1-3
Chapter 2
DRIVERS TRAINING PROGRAM ........2-1
State, Local Nation, and Post Laws ........2-1 Responsibilities and Regulations ........2-1 Vehicle Operation and Familiarization ........2-1 Nontactical and Tactical Refueling Operations ........2-3 Response to Emergency Situations ........2-4 Operator Maintenance Responsibilities ........2-5 Use of Army Publications and DD/DA/SF Forms ........2-6 Convoy Operation and Tactical Formations ........2-6 Unusual and Usual Conditions ........2-7 Operations During Periods of Limited Visibility ........2-8 Fording Operations (Closed Course) ........2-9 Vehicle Self-recovery Operations Training (Closed Course) ........2-10
Night Vision Device Academics ........2-11 Crew Coordination, Driver Gunnery Skills ........2-12
Chapter 3
SAFETY AWARENESS AND ENVIRONMENTAL RISK MANAGEMENT ........3-1
Force Protection ........3-1 General Safety Guidelines........3-2 Hearing Protection ........3-3 Communication ........3-3 Shop and Motor Pool ........3-3 Hatch Covers ........3-3 Riding Position ........3-3 Mounting and Dismounting Tracked Combat Vehicles ........3-4

DISTRIBUTION RESTRICTION: Approved for public release; distribution is unlimited. This publication supersedes TC 21-306 dated 5 May 2009.

## Preface

Training Circular (TC) 21-306 provides unit commanders and unit master drivers with guidance on developing tracked, combat vehicle driver training programs for their organizations. This TC provides guidance on how to integrate drivers training programs into unit gunnery training and other routine duties and tasks of units equipped with tracked combat vehicles. Training support packages, individual tasks associated with training drivers, additional publications, and supporting references identified within this TC are on the Central Army Registry (CAR) website. The CAR provides units with resources and guidance to support training that promotes safe driving practices, accident avoidance, and technical competence to produce more lethal and effective combat vehicle crews. Hands-on training in a controlled environment and under the close supervision of qualified and licensed trainers is stressed throughout this TC. Commanders, staffs, and subordinates ensure that their decisions and actions comply with applicable United States, international, and in some cases host-nation laws and regulations. Commanders at all levels ensure that their Soldiers operate according to the law of war and the rules of engagement. (See FM 27-10.) TC 21-306 uses joint terms where applicable. Selected joint and Army terms and definitions appear in both the glossary and the text. Terms for which TC 21-306 is the proponent publication (the authority) are italicized in the text and are marked with an asterisk (*) in the glossary. Terms and definitions for which TC 21-306 is the proponent publication are boldfaced in the text. For other definitions shown in the text, the term is italicized and the number of the proponent publication follows the definition. TC 21-306 is not the proponent for any terms.

TC 21-306 applies to the Active Army, Army National Guard/Army National Guard of the United States and United States Army Reserve unless otherwise stated.

The proponent of TC 21-306 is the United States Army Maneuver Center of Excellence. Send comments and recommendations on DA Form 2028 (*Recommended Changes to Publications and Blank Forms*) to Commanding General, Maneuver Center of Excellence, ATTN: ATZK-TDD (TC 3-21.50), Directorate of Training and Doctrine, Doctrine and Collective Training Division, Fort Benning, GA 31905-5410; or by e-mail to usarmy.benning.mcoe.mbx.doctrine@mail.mil; or submit an electronic DA Form 2028.

## Introduction

Leaders must emphasize driver training within their organizations because of the length, width, and high ground pressure of tracked combat vehicles, the terrain tracked combat vehicles are required to operate in, and the numerous blind spots associated with tracked combat vehicles. These variables demand additional skills and knowledge beyond those required for tactical wheeled vehicles. Unit drivers training programs must challenge drivers to use safe driving practices, increase their awareness to improve accident avoidance, and improve crew performance. Programs must train drivers to understand the operational limitations of the vehicles they are operating so they can negotiate complex terrain under difficult and stressful conditions. This TC covers critical information ranging from vehicle operations to considerations for reducing the risk of environmental damage during training. This TC consists of three chapters. The chapters contain the following information:
Chapter 1 describes a system for identifying, selecting, and qualifying tracked vehicle driver instructors, vehicle drivers, and planning considerations for unit programs and training events.
Chapter 2 discusses vehicle or equipment introductory training, operator technical manual familiarization, vehicle preventive maintenance checks and services procedures, instrumentation familiarization, placing vehicles into operation, self-recovery procedures, and guidance on meshing unit gunnery, and drivers training requirements.

Chapter 3 highlights the dangers and safety risks associated with operating tracked combat vehicles as well the environmental hazards that tracked combat vehicles pose. The chapter provides guidance on how to mitigate these risks to personnel and the operating environment.

## Chapter 1 Drivers Training Program Management Planning Drivers Training

1-1. Effective driver training requires careful planning and thorough instruction. The eight step-training model If possible, leaders should conduct unit standard operating procedures (SOPs) and information regarding the licensing process prior to the start of training. Before instruction begins, the commander assesses the drivertraining requirement. Based on this assessment, the commander and unit master driver

Reviews relevant training support packages and individual tasks. Develops plans and schedules. Selects and trains instructors. Identifies facilities and equipment available and subsequently recons and verifies the selected facilities and equipment to ensure they meet the needs of the program.

Ensures the unit has a current file of all Army, post, and unit publications and policies that pertain to driver training. Informs students of all regulations during the first phase of training.

1-2. Training support packages and individual tasks are an integral part of developing a drivers training program. Commanders and master drivers need to utilize these training products when developing and planning training for their organizations. Unit master drivers need to make sure that they are continuously checking the Central Army Registry (CAR) website to ensure they are utilizing the most up-to-date training products. Training support packages and individual tasks are updated when there are equipment changes, safety updates, doctrinal changes, or changes to supporting reference materials. If users of these products identify an issue with the training products, it is important that they use the contact information located in the preface section of this TC to alert the appropriate personnel so updates to the products can be implemented.

1-3. Training support packages and individual tasks provide trainers with an instructor-to-student ratio, known as I:S ratios, for lessons. Using the I:S ratio ensures that trainees are receiving the proper amount of guidance and supervision during training. Reviewing the I:S information while planning training provides commanders and master drivers with a more accurate estimate of the number of personnel they need to select and train to administer their drivers training program. Trainers can find lesson times, such as how many hours the training should take, equipment requirements, and a plethora of additional information critical for planning successful training in training support packages and individual tasks.

## Estimate Of Drivers Training Situation

1-4. When preparing to conduct a drivers training program, estimate unit training needs by asking the following questions:
How many personnel require qualification (monthly, annually)? How many previously licensed drivers need verification or recertification? What are the capabilities and general experiences of new drivers who need qualification?

What are the seasonal requirements for unit location? How much time is available? What type of tracked-vehicle accidents has the unit experienced? How many instructors are available? Will the training be part of unit in processing? What special training do the instructors require? What facilities, supplies, and equipment (including training aids, vehicles, and driving ranges with varied terrain) are available? Does the unit have any major training events scheduled?

1-5. Analyze the answers to help develop and organize an effective plan to carry out the training. In organizing the training program, refer to the appropriate training support package to determine the following:
The number of instructors who need training and a schedule for their instruction. The duties and responsibilities of each instructor.

The number of drivers who require training or retraining and a schedule for their instruction.

How to group students and how to rotate each group. Identify necessary facilities, supplies, and equipment and how to get them ready. The standards for training required by the appropriate training support package and your unit's needs.

## License Instructors And License Examiners

1-6. The license instructor is a vehicle or equipment expert who is selected and appointed by the company commander or civilian branch chief. License instructors are responsible for conducting phase II equipment training, including the classroom equipment introduction and all hands-on training (see chapter 4 of AR 600-55 for more guidance concerning license instructor roles and responsibilities). The license examiners are required to administer the Phase I: Initial Operators Training Exam, Phase II: Equipment Training exam, and the Phase III: Training Validation/Performance Road Test exam. AR 600-55 contains guidance for the development and implementation of the necessary examinations. Guidelines for the selection, appointment, and qualification of license instructors and license examiners is located in chapter 4 of AR 600-55.

## Driver Selection

1-7. Commanders select drivers according to the guidelines established in chapter 3 of AR 600-55.

Commanders or their authorized representative must document all driver selection activities according to AR 600-55. When selecting personnel to become tracked vehicle drivers, it is best to pick those with previous driving experience; however, if a person meets the requirements, prior experience is not necessary. If a potential driver meets one of the criteria listed below, they are ineligible for an OF 346, U.S. Government Motor
, or DA Form 5984-E, Record (EGA):
Revocation of a Any medical (pathological, psychological, or physiological) restrictions that would limit their ability to operate vehicles or equipment. Accident records, traffic violations, and recommendations of medical officers or supervisors, which would cause renewals to be denied.

## Program Administration

1-8. Publications, forms, historical records, and reports are part of daily operations. Commanders record and the road test on DA Form 348, *Equipment Operator's Qualification Record (Except Aircraft),* (for proper use of this form, see AR 600-55). Forms used at the unit level should be part of the drivers training program to ensure proper management, control, and compliance with maintenance procedures and local licensing SOPs. Master drivers and units should maintain drivers licensing assessments and records for future reference, to aid in accident investigation proceedings, or to provide additional documentation for recognizing driver skills or achievements.

1-9. The Army publications listed in the references section are necessary to properly manage and supervise the drivers training program. Requirements for the selection, appointment, and specific duties of master drivers and master driver managers is in appendix F of AR 600-55.

## Incentive Programs

1-10. Army policy encourages incentive awards programs to motivate personnel to improve their skills.

Every organization should have an incentive awards program for its drivers to make sure they receive recognition for their efforts.
1-11. Competitive operator maintenance inspections, obstacle driving, and vehicle maneuvers are a few programs the commander may initiate. These events give drivers a chance to demonstrate their abilities. In addition, t
1-12. Expert driver badges or certificates presented to qualified drivers give them due recognition. To emphasize the importance of the awards, the commander should present them during a ceremony or formation. AR 600-8-22 covers the requirements for issuing these awards.

## Chapter 2 Drivers Training Program State, Local Nation, And Post Laws

2-1. The geographic location where the unit conducts drivers training dictates the content of the training content discussed in paragraphs 2-1 and 2-2. Master driver managers develop the content of this portion of the training. Their command reviews and approves the content.

2-2. AR 600-55 requires that unit drivers training include training that discusses federal and state traffic laws and applicable host-nation traffic and environmental laws. Drivers receive training on licensing license. Equipping drivers with knowledge about laws and regulations for the geographic location where they may be operating helps them to avoid making dangerous and costly mistakes while operating their vehicles.

and post-environmental management division is an excellent method to provide drivers with information regarding host-nation traffic laws, post regulations, and state and federal laws and regulations.

## Responsibilities And Regulations

2-3. All Soldiers are responsible for operating both tactical and nontactical vehicles in a safe and prudent manner according to state, federal, and host-nation driving laws, regulations, and procedures. Failure to operate a vehicle in a safe and prudent manner can lead to administrative and military justice consequences such as reprimand, report of survey, an Article 15 of MISC PUB 27-7, or actions that are more serious. environment could fall on the driver.

2-4. The responsibility for the maintenance and safe operation of tracked vehicles falls on the federal government, the operator, and the commander. Accidents and property damage caused by Army drivers results in millions of dollars in liability for the government each year. During this portion of training, drivers need to be made aware of their responsibilities as tracked vehicle operators. They should be taught how their

## Vehicle Operation And Familiarization

2-5. Basic operations procedures and vehicle familiarization training is required training for new drivers undergoing drivers training. To ensure that tracked vehicle drivers are prepared to operate their vehicles, units should conduct vehicle operation and familiarization training in a classroom environment reinforced with hands-on training.

2-6. Vehicle familiarization should address the following topics:
Physical characteristics of the vehicle such as height, width, length, and weight (weight of the vehicle when fully fueled, configured for combat operations, and when fitted with counter-improvised explosive devices and antitank guided missile-defeating equipment). Operational range of the vehicle, safe speeds associated with various types of terrain and weather conditions drivers may encounter during operations, and maximum and minimum gradients vehicles can safely negotiate. the vehicle. Location and operation of the system become disabled during operations. Terrain features or obstacles that could impede the mobility of the vehicle or cause the vehicle to become immobile due to becoming mired or high centered.

capabilities and limitations when conducting fording operations.

Location of fuel tank and vehicle fuel capacity. Location and operation of the vehicle s fire suppression system. Proper and safe ways for the crew to mount and dismount the vehicle, and safe points on the vehicle for the crew to hold onto while mounting, dismounting, or working on top of the vehicle. Vehicle engine and drive train characteristics, armaments, ammunition carrying capacity, and the capabilities and limitations of weapon systems associated with the vehicle.
Basic issue items (BII) assigned to the vehicle, and BII uses and locations for the various pieces of BII for the vehicle.

## Vehicle Instruments, Controls, And Indicators Training

2-7.

training support packages list and cover the location and function of all instrumentation, controls, and indicators located within the vehicle. The instruments and indicators s the driver and crew with important information concerning the safe operation, maintenance status, and operational condition of the vehicle. The driver is responsible for monitoring these instruments and indicators. The driver reports to the vehicle commander when the instruments and indicators indicate a problem or impending problem, which could affect the operational status of the vehicle.

2-8. Hands-on training covering vehicle instrumentation and controls allows the driver to
their function. compartment. Demonstrate an ability to manipulate or adjust all instruments, controls, and indicators in the required to safely raise and lower the ramp on an M2A2 Infantry fighting vehicle). Identify the normal operating limits for the vehicle as displayed by the controls and indicators. Identify when the vehicle s instruments and indicators are indicating an impending vehicle malfunction. For example, the driv technical manual (TM) when the vehicle pressure is outside of the safe operating range.

## Hand-And-Arm Signals

2-9. Hand-and-arm signals are essential for the safe movement of vehicles within a confined area. At a minimum, the following hand-and-arm signals facilitate safe motor pool operations during maintenance activities. Drivers training should cover daytime hand-and-arm signals as well as their low visibility equivalents (see TC 3-21.60). Hand-and-arm signals include the following:
Neutral steer (track vehicles) (commonly referred to as pivot steer). Dismount. Stop.

 (ground guide) or asking to move.

Disregard previous command or remain in place. I do not understand. Start engine or prepare to move. Right or left turn. Slow down. Move forward. Move in reverse (for stationary vehicles).

Close distance between vehicles and stop.

Stop engines.

## Placing Vehicles Into Operation

2-10. Placing a tracked combat vehicle into operation requires an established process. In addition to the necessary steps for placing the vehi
, the driver also performs the following actions:
Drivers put their combat vehicle crewmember and ensure their intercom is operational. Drivers announce to the rest of the crew and the personnel on the ground that they are preparing to place the vehicle into operation. Drivers ensure personnel are clear of the vehicle before starting the engine or engaging the transmission.
Drivers the access panels are closed prior to starting the engine. Drivers s Drivers adjust the seat to place themselves in a position where they can gain and maintain the best Drivers ensure that the automatic fire extinguishing system is operational. Drivers press the horn button.
Note: If tactical situation permits, the horn should be sounded to warn Soldiers that the engine is about to be started. The horn operates in NONCOMBAT mode only.

2-11.

to the vehicles transmission, power pack, digital and electrical systems can be found in the TM or training support package specific to that vehicle. When conducting drivers training, instructors ensure that personnel start their vehicles according to the training support package. Instructors and drivers ensure they account for the climactic conditions of the training environment when conducting vehicle startup.

## Nontactical And Tactical Refueling Operations

2-12. When refueling during nontactical operations, the commander assigns each crewmember specific duties and responsibilities during refueling. Drivers normally refuel the vehicle while other crewmembers take care of the remaining petroleum, oil, and lubricant (POL) requirements. Unit SOPs should include the following safety requirements and guidelines governing refueling operations:
Use extreme caution when mounting or dismounting a vehicle. Any vehicle approaching a refueling point must have two ground guides, one front and one rear. All vehicles should park on level ground with the parking brake on. Vehicle  engine must be off. Crewmember or fuel handler on the ground has a portable fire extinguisher available. Vehicles must be grounded while refueling. No smoking within 15 meters of the vehicle refueling point. Clean up any fuel on the vehicle prior to moving out. Secure all POL products stowed on board prior to moving out. Use drip pans under connections and valves to catch spills and drips. Ensure proper personal protective equipment is available and used. Ensure a spill kit is available. Follow federal, state, host-nation laws and regulations as well as unit SOPs for spill cleanup, reporting, and disposal of waste.

2-13. During tactical operations, the vehicle commander assigns each crewmember specific duties and while the crew refuels the vehicle. Refueling under combat or simulated combat conditions should be the same as under usual conditions with the following exceptions:
The vehicle continues to run. The track commander and one crewmember refuels the vehicle while one crewmember maintains security. The second crewmember outside the vehicle must maintain positive control of a portable fire extinguisher and be ready to use it in the event a fire starts. A fuel handler is on the ground to supervise the refueling operation. The fuel handler should have a fire extinguisher available in case of fire as well.

## Response To Emergency Situations

2-14. Emergency stopping procedures in response to the loss of brakes, steering, or engine power is as follows:
Driver notifies the vehicle commander that the brakes, steering, or engine power have malfunctioned. Driver moves the gear select to N (neutral). Driver centers the steering column or laterals. Driver lets the vehicle coast to a stop. Driver sets the parking brake if the vehicle has one. Driver shuts down the engine once the vehicle has stopped. Vehicle commander notifies the chain of command.

2-15. In the event the driver and the vehicle commander lose communications, the driver immediately brings the vehicle to a halt and does not move the vehicle until communications have been restored.

## Emergency Or Sudden Braking

2-16. The vehicle commander alerts the driver that the vehicle needs to stop suddenly. The vehicle commander cues the cue, the driver executes emergency or sudden braking procedures.

2-17. The driver uses the recommended pumping action to prevent locking the brakes on their vehicle.

During drivers training, after stopping the vehicle, the vehicle commander should have the driver reflect on the speed the vehicle was going, the time it took the vehicle to come to a complete stop, and the distance it took the vehicle stop. Having the driver identify the speed, time, and distance involved in an emergency stop provides them with a frame of reference from which to draw.

## React To Fire On The Vehicle

2-18. The first crewmember to identify that a fire has broken out on the vehicle alerts the rest of the crew.

The driver and crew execute the actions for responding to a fire in the engine compartment or the crew compartment of the vehicle. Actions in response to a fire on a tracked vehicle can be found in the drivers training support packages

## Operator Maintenance Responsibilities

2-19. Preventative maintenance checks and services (PMCS) are required on a continuous and regular basis to keep vehicles fully mission capable. PMCS functions are divided into five categories: Before operations, during operations, after operations, weekly, and monthly. Training drivers how to conduct all categories of PMCS is a critical part of an effective drivers training program.

## Before

2-20. Before drivers begin operating equipment, they perform the before PMCS. Drivers must pay attention to WARNING and CAUTION statements. A WARNING statement means someone could be hurt. A
CAUTION statement means equipment could be damaged.

## During

2-21. During vehicle operations, the crew conducts PMCS while the vehicle is being operated. During operations, the crew conducts PMCS checks as the tactical situation allows or during halts or breaks in operations. During PMCS, operations are critical to ensuring a vehicle maintains combat ready during operations.

## After

2-22. After operations, the crew conducts PMCS procedures when operations are complete and the vehicle is going to be parked and locked. After operations, instructors give the crew time to identify faults and work with unit maintenance assets to order parts and request maintenance support beyond the operator level. After performing operations checks, the crew identifies maintenance issues that may have developed while the vehicle was operating that if not addressed, could cause the vehicle to be non-mission capable for an extended time.

## Weekly

2-23. Weekly PMCS and before operations PMCS are done in conjunction with each other. Weekly PMCS
checks allow the crew to identify maintenance issues that may have taken time to develop. Weekly checks focus on items that do not require as much a where they are needed allows the crew to make the most of the time their units have allotted for maintenance.

## Monthly

2-24. The crew performs monthly PMCS. If the tank has not been operated in a month, the crew performs after operations PMCS at the same time.

2-25. Hands-on training covering all PMCS tasks listed, in should be conducted during driver is the most effective training method.

When instructors are training PMCS, they
2-26. PMCS operations need to be annotated using a DA Form 2404, Equipment Inspection and Maintenance Worksheet, or DA Form 5988-E, *Equipment Maintenance and Inspection Worksheet (EGA),* according to DA PAM 750-8. Students must learn how to complete and submit a DA Form 2404 and a DA Form 5988-E prior to conducting PMCS operations. Instructors should train students on how to complete a DA Form 2404 and a DA Form 5988-E in a classroom environment.
2-27. Instructors should conduct hands-on training covering the proper use of POL product cleanup and containment equipment (spill kits) as well as reporting procedures for POL spills during PMCS training. Effective cleanup training covers procedures for spills that occur in an environment where POL products have spilled on a concrete or asphalt surface, such as a motor pool. Instructors should discuss cleanup, containment, and reporting requirements for spills that occur in a field environment. When the drivers training program is conducted outside of the United States, instructors should discuss procedures for cleaning up and reporting spills that occur in host nations.

Note: Do not release actual POL products during this training.

## Use Of Army Publications And Dd/Da/Sf Forms

2-28. TMs are divided into work packets, known as WPs. Each WP is an individual, stand-alone unit of information identified by a four-digit sequence number. WPs are in sequential order (for example 0001, 0002,
0003, and so forth). Each WP is page numbered consecutively after the sequence number at the bottom of each page (for example 0001-1, 0001-2, 0001-3, and so forth). A WP may contain as many as 30 pages.

2-29. Electronic technical manuals (ETMs) are digital TMs, which are available through the U.S. Army Logistics Data Analysis Center (LDAC) website. To access ETMs through LDAC the user must first request system access through the LDAC website. R unit security manager. Tracked vehicle driving students and instructors must have all of the appropriate TMs available during drivers training, when operating the vehicle, and when conducting vehicle PMCS
procedures.
2-30. During this portion of drivers training, the following forms should be covered:

DA Form 5987 E, *Motor Equipment Dispatch*. DA Form 5988 E, *Equipment Maintenance and Inspection Worksheet*. DA Form 2404, *Equipment Maintenance and Inspection Worksheet*. DA Form 2408 14, *Uncorrected Fault Record*. DD Form 518, *Accident-Identification Card*. SF 91, *Motor Vehicle Accident Report*.

## Convoy Operation And Tactical Formations

2-31. The planning and coordination involved in convoy operations require aggressive staff action.

ATP 4-11 describes convoy operations, discusses planning procedures, organizing, and controlling them.

ATP 4-11 provides additional information for training individual drivers.

2-32. Elements in a column of any length may simultaneously encounter many different types of terrain features, obstacles, or traffic conditions. As a result, different parts of the column tend to move at varying speeds at the same time. To increase safety and reduce column whipping, leadership needs to provide vehicle
-up speed. Vehicle crews must receive this information prior to the start of a columns movement.

2-33.  If a vehicle becomes disabled, the crew should do everything possible not to obstruct traffic or create conditions that might cause an accident by warning approaching vehicles using flares, warning triangles, flashlights, and wearing reflective vests. Each vehicle should carry at least two warning triangles. To alert traffic to a disabled vehicle, the crew should place the triangles on the shoulder of the road 100 meters behind the vehicle.

2-34. In an extended convoy, vehicles should maintain a distance of twice the normal interval or as specified or trails, use a staggered column formation if traffic conditions permit. The convoy commander should adjust the convoy's speed if any vehicles in the convoy become engulfed in dust. Vehicle commanders engulfed in dust should alert the convoy commander by radio, move to the right side of the road, and stop to allow the dust to dissipate. Do not back up vehicles while engulfed in dust. Exercise extreme caution to ensure oncoming vehicles are not jeopardized. If vehicles encounter traffic, the lead vehicle must warn following vehicles to move into a column formation if another formation is being used.

2-35. A wheeled vehicle with rotating amber warning lights, known as RAWLs, should precede a tracked vehicle or column of tracked vehicles traveling on a road if the tactical situation permits. On high-speed roads (such as an interstate or autobahn), when contact with the enemy is not imminent and traffic is normal, escort vehicles equipped with RAWLs and any required convoy signs or flags should be positioned in the front and rear of the convoy according to local command policy.
2-36. Tactical formation training is critical to the battlefield success of tracked vehicle crews. The ability of a tracked vehicle driver to recognize and anticipate tactical formations during combat operations increases crew survivability and crew lethality. Having an understanding of the hand-and-arm signals that dictate a formation s actions during convoys or tactical operations is a critical skill for all crewmembers. Mounted forces frequently use the following formations during tactical maneuvers (TC 3-21.60 discusses information concerning visual signals):
Herring bone.

Coil.

Staggered column. Echelon left and right. Wedge. Vee. Line. Column. Traveling overwatch. Bounding overwatch.

## Unusual And Usual Conditions

2-37. Tracked vehicle drivers face a variety of complex situations when they are operating their vehicles during training and combat operations. Exposing drivers to the challenges they are likely to encounter during operations is a key factor for successful tracked, combat vehicle crews. The following section discusses the challenges faced by drivers under usual and unusual conditions.

## Rough Terrain (Unusual Conditions)

2-38. Tracked vehicles travel easily and quickly over rough terrain, which may give drivers false confidence in their driving abilities. Many accidents occur when a tracked vehicle is moving tactically cross-country, and the driver underestimates terrain conditions or obstacles, such as rises or ditches. These miscalculations can result in broken or thrown track, loss of vehicle control, mechanical failure, or injuries to the vehicle crew. It is critical that drivers and crews are aware of the limitations specific to their vehicle when negotiating certain terrain features. Specific limitations concerning crossing gaps, ditches, crossing berms, or fording water obstacles are located in the v advisable for a crewmember to dismount the vehicle and inspect an obstacle before the crew commits to negotiating it.

2-39. Terrain and obstacles that drivers commonly encounter in an unusual environment are Gaps or ditches. Raised terrain features such as berms. Water obstacles. Loose or wet soil or gravel that could affect track stability and traction.

2-40. Tracked vehicle drivers and commanders must observe the following rules when negotiating rough terrain:
Alert crewmembers when approaching rough or unstable terrain.

Scan the area ahead of the vehicle to detect obstacles or hazards as early as possible. Increase or decrease the spe TM when negotiating obstacles and uneven terrain. Ensure all equipment inside the vehicle is secured before negotiating rough or unstable terrain. Ensure all hatches are in the locked position before encountering rough terrain. Have crewmembers periodically inspect open hatches to ensure they stay in the locked positions. Safety pins must be in place.

2-41. Unit commanders and tracked vehicle commanders must remember that the urgency of tactical maneuvering does not outweigh the safety of the crew and vehicle. The tracked vehicle commander is responsible for ensuring that the driver operates the vehicle at safe speeds to maintain control of the vehicle at all times. Terrain and weather conditions directly affect safe vehicle operation.

## Urban Operations (Usual Conditions)

2-42. Tracked combat vehicle drivers often find themselves having to operate their vehicles in urban environments. Maneuvering heavily armored combat vehicles in an urban environment can be a difficult task for a driver. There are many obstacles unique to the urban environment that the driver and crew do not have to negotiate in a field environment. The potential for drivers and crews to cause injuries to themselves and the civilian population, or damaging their vehicle and causing damage to the surrounding civilian infrastructure is high. Successful drivers training programs train drivers to expect and react appropriately to the following:
Encountering low-hanging electrical or telephone wires. Encountering bridges and overpasses. Emergency braking.

2-43. The conditions described in the unusual or usual operating environments can and often do contribute to vehicle drivers losing control of their vehicles. Listed below are factors that commonly contribute to a Loss of steering or brakes due to vehicle malfunction. Damaged or thrown track. Excess speed. Oversteering. Improper braking and downshifting. Adverse weather conditions. Faulty roadbeds.

## Operations During Periods Of Limited Visibility

2-44. Drivers frequently conduct operations during periods of limited visibility. Training to perform their duties safely and with confidence requires training in a controlled environment. Leaders conduct specific steps and training events to license drivers to operate tracked, combat vehicles using night vision devices (NVDs). The following paragraphs discuss the licensing requirements and resources outlining those requirements.

## Limited Visibility

2-45. Night driving operations demand extraordinary precautions by the driver and tracked vehicle commander. They must adjust the speed of the vehicle to ensure the safety of the crew and vehicle. Limited visibility causes drivers to lose sight of emerging terrain, obstacles, or oncoming traffic. Drivers should not look directly into oncoming headlights because this may cause temporary blindness. The driver should watch the right edge of the road until the oncoming vehicle has passed. Once night vision is lost, it takes several minutes to regain it. TC 21-305-2 contains specific guidance and recommendations for training and licensing drivers to operate vehicles using night vision equipment.

2-46. If a life-threatening situation occurs in a training environment during limited visibility, the vehicle's Commanders should specify in the unit SOP that crews use blackout markers or blackout drive as a minimum during all night maneuvers.

2-47. During normal operations, tracked vehicle crews can ensure the safety of dismounted personnel and crewmembers by following the guidelines listed below. When operating during limited visibility in nontactical situations, service drive lights should be turned on. During limited visibility or blackout operations, the unit commander and tracked vehicle crew make sure that

Before moving a vehicle in an assembly area, a crewmember walks completely around the vehicle to ensure that moving the vehicle does not endanger anyone (if not operating in a tactical environment). The tracked vehicle commander gives the command CLEAR to indicate it is safe to start and move the vehicle. During combined operations, maintain a safe distance between dismounted troops and moving vehicles.

Personnel assigned dismounted tasks during blackout conditions are given ample time to complete their tasks. If possible, conduct a detailed daytime reconnaissance of the terrain. Individuals who are assigned dismounted tasks are authorized to halt an exercise to correct a hazardous situation, to adjust speed to conditions, or to maintain proper interval during convoy operations.

If the driver's vision is blocked or the tracked vehicle commander's vision devices become obscured, the vehicle is halted. The driver's night vision viewers are properly adjusted for maximum resolution.

2-48.  Night vision devices (NVDs) and night tactical operations increase the challenges facing drivers and vehicle commanders. NVDs give the driver a limited field of view and distorted depth perception; as a result the pace of vehicle operations at night is slower than during the day. The vehicle commander must use NVDs to help the driver negotiate terrain and identify obstacles. During practice sessions, it is recommended that a maximum vehicle speed of 22 kilometers per hour or 14 miles per hour be maintained until drivers have night vision driving experience. NVD skills deteriorate without use so they must be practiced and maintained.
2-49.  During periods of reduced visibility, such as at night during severe weather (especially during heavy rain, frequent lightning flashes, or heavy overcast conditions), the night vision viewer cannot be relied upon for safe vehicle operations. Unit SOPs should specify when to slow down or stop field exercises when severe environmental hazards exist.

## Dust And Smoke

2-50. During normal operations, dust can be a concern when driving in any formation; dust usually presents a problem during field training exercises. Drivers and vehicle commanders can prevent injuries and accidents by observing the following rules when traveling through dust or smoke:
2-51. Regardless of visibility conditions, wear goggles when driving in an open-hatch position. Wear clearlensed goggles at night unless NVDs are used. Wear a bandanna or surgical mask over your nose and mouth to avoid breathing heavy dust or smoke.

2-52. While driving in a line formation, vehicles should maintain their horizontal distance and adjust speed to negate the hazards caused by dust or smoke conditions. If dust or smoke becomes so thick that total disorientation or vertigo should occur, the platoon leader or platoon sergeant should radio to halt the formation. Do not back up vehicles while engulfed in dust or smoke.

## Fording Operations (Closed Course)

2-53. A preoperational plan with an emphasis on safety is the key to reducing unnecessary risks. Leaders their vehicle to conduct fording operations. Following are important considerations concerning fording operations that should be incorporated into unit SOPs:
Ensure the fording site has adequate entrance and exit points and a firm bottom. Ensure the water depth at the fording site is below the vehicle fording limits and the site is clear of submerged obstacles. Ensure dismounted troops crossing the fording site are attached to a safety line. Do not cross more than one tracked vehicle at the same time and do not cross a tracked vehicle beside dismounted troops. Ensure drivers and crewmembers wear life vests if the water is more than 1.5 meters deep during training exercises. Ensure all vehicle fording and swimming instructions are followed according to the vehicle TM. Do not wear load-bearing equipment during fording or swimming operations. It could snag on vehicle components and prevent crewmembers from evacuating through the top hatches during emergencies. Turn tank turrets over their left or right side in case the dri This also provides a platform for the crew to stand on if they need to exit the vehicle.

Leave the top hatches open in case the crew needs to evacuate.

Store sensitive items, such as chemical alarms, muzzle boresight devices, and small arms inside the vehicle. If the vehicle sinks, these items can be recovered easily.

## Vehicle Self-Recovery Operations Training (Closed Course)

2-54. Vehicle recovery is difficult and time consuming. ATP 4-31 explains in detail the various techniques and methods of vehicle recovery. Vehicle self-recovery is a critical and perishable skill. All drivers and crews should practice vehicle self-recovery on a regular basis to maintain proficiency. It is important to recognize that vehicle recovery consists of three categories: Self-recovery (in which a vehicle recovers itself under its own power using available equipment), like-vehicle recovery (where a like vehicle is used for recovery), and dedicated recovery (where unit recovery assets are utilized for the recovery effort).

2-55. Self-recovery is a skill in which tracked vehicle crews need to be proficient because of the limited amounts of dedicated recovery assets assigned to units. If environmental factors cause a vehicle to become immobilized , for example mired in wet, loose soil or high centered (bellied) on a rock or stump, the crew can assess the situation and determine if self-recovery is possible. When considering self-recovery operations, crews must consider the tactical situation and whether or not self-recovery can be completed safely. Despite the fact that most tracked vehicles lack winching equipment, self-recovery of tracked vehicles can still be accomplished using the methods described in ATP 4-31. Vehicle self-recovery training, when incorporated into unit drivers training programs, allows units to maximize the limited recovery assets organic to armored formations by giving crews the skills needed to self-recover.

2-56. Self-recovery starts at the location where the equipment becomes mired or disabled. The operator or crew uses the BII and additional authorized list or on-vehicle equipment items to perform self-recovery.

2-57. When the equipment has a mechanical failure, the operator or crew uses perform troubleshooting procedures with the tools available in the BII and additional authorized list or onvehicle equipment. When self-recovery fails, the operator or crew can request assistance from available like vehicles.

2-58. To recover a mired vehicle, obtain a log long enough to span the width of the vehicle and of sufficient diameter to support the vehicle weight (see figure 2-1) and do the following:
Place the log against both tracks. Place a tow cable so that one end of the cable goes under the log and through the tracks from the inside. Place the other end of the tow cable underneath the log and connect the ends of the cable together with a tow hook on the outside of the track to make disconnecting easier. Follow the same procedure to attach the log to the track on the opposite side of the vehicle. Take up the slack in the tow cable by gradually applying power to the tracks. This pulls the log underneath the tracks until it meets the obstacle, thereby anchoring the tracks and causing the vehicle to move.

To prevent damage to the fenders and tow cables, stop the vehicles before the log reaches the fenders or the cable reaches the drive sprocket.
2-59. For a bellied disablement (other than mire), anchor the tracks using two tow cables. Connect the tow cables together with a tow hook. Attach the cables to both tracks by passing the ends of the cables through the tracks from the outside and attaching them to the standing parts of the cables with tow hooks. When power is applied to the tracks, the cable contacts the obstacle and anchors the tracks (see figure 2-2).

## Night Vision Device Academics

2-60. During NVD qualification, the operator receives instruction in academic subjects according to chapter
8 and appendix I of AR 600-55. The operator must pass a written examination (see TC 21-305-2).

2-61. The operator receives hands-on instruction to demonstrate proficiency while driving with the use of NVDs (see AR 600-55 for task list). An NVD-equipped instructor is in the vehicle during night driver training.

2-62. Care and security of the NVD. Trainers should use TC 21 305 2, as well as the TM for the NVD
device used for training, to supplement NVD qualification and refresher training for tracked vehicle drivers. AR 600-55 requires that NVD academics cover the following topics:
An introduction to NVDs (specify type or model the driver must use). debilitating effects of any bright light (such as vehicle headlights or flares). Depth perception, visual acuity, and field of vision in relation to NVDs. Illumination requirements. Speed limitations. Night vision scanning techniques. Emergency procedures while driving with NVDs.

Driver or assistant driver responsibilities and crew coordination.

Self-imposed stresses (for example, smoking, alcohol, or driver or crew fatigue).

2-63. To be qualified and licensed on NVDs, motor vehicle operators must successfully complete an NVD
driver performance test given by an NVD instructor. The testing of one vehicle utilizing NVDs does not qualify an individual for all other vehicles. The driver must complete a performance test for each model of vehicle and equipment to be driven. The operator must be licensed and current on the vehicle in which they receive NVD training and complete the academic and driving requirements outlined in paragraphs 2-58 and
2-59.
2-64. The driver performs the following tasks in the sequence shown and under the supervision of a qualified NVD instructor:
Phase I task. Drive the vehicle without the device over a known range during daylight conditions;
become comfortable with the actual road and terrain. Phase II task. Using headlights drive the vehicle without the NVD over the same range at night. Phase III tasks are listed below:
Perform pre-operational NVD system checks.

Focus the device. Refocus the NVD immediately prior to phase IV.

Phase IV tasks are listed below:
With all external and internal lights off, drive the vehicle over the same range while wearing the NVD. Pay particular attention to the distance between the vehicle and familiar objects in front. Identify road signs. Detect route markers, if any. Identify and negotiate ditches or other rough road conditions. Judge distances to road junctions. Identify the edge of the road. Distinguish shadows from other features (for example water puddles).

Phase V tasks are listed below:
Perform post-operation NVD system checks. Conduct an after-action report.

## Crew Coordination, Driver Gunnery Skills

2-65. For units to have lethal, proficient, and qualified crews capable of executing collective training, it is critical that drivers complete all drivers training and licensing requirements. The successful completion of
, which certifies it to move on to the next gate in the training program (see table 2-1, page 2-14). Instructors can maximize training time by including crewmember evacuation drills, fire drills, rollover drills, and other critical drivers training tasks as part of gunnery activities. Units should remember that when executing the fundamental table sets, several mit Soldier conducts during the day and night as well as any associated maintenance days that directly support the drivers training program. TC 3-20.31 and TC 3-20.21-1 assists commanders with integrating their drivers training program with unit gunnery skills test activities.

2-66. Vehicle commander commands issued to the driver facilitate vehicle movement before, during, and after an engagement. Driver action terms are not a requirement, but are used as necessary. While the actions terms are not required during crew engagements, ensuring that the driver is aware of these commands and their meanings increases crew lethality. The vehicle commander should precede all commands to the driver by announcing, DRIVER. They include, but are not limited to

DRIVER  MOVE UP. DRIVER  BACK UP. DRIVER  STOP. DRIVER  SEEK ENFILADE. DRIVER  SEEK DEFILADE. DRIVER  MOVE OUT.

2-67. Vehicle commanders and gunners can utilize drivers in armored vehicles during combat operations to assist with identifying threats. If the vehicle is in a position that gives the driver the ability to scan a sector, then the vehicle commander should assign the driver a sector. Drivers and crews should train in the processes and methods concerning coordinated scanning methods for vehicle crews, which can be found in TC 3-20.31-4. When trained to properly scan for and identify threats, and learning effective methods for relaying the description, distance, and direction of threats, drivers can increase a crew s ability to identify and engage threats.

Training Setting/
Gunnery Table
Lesson
Supporting Publications/Resources
Classroom - Table I
Driver Responsibilities and Government Liability State, local, host nation and federal
r
geographic location
Use of Army Publications and Forms
AR 600-55, The Army Driver and Operator Standardization Program (Selection, Training, Testing, and Licensing), 1 May 2017
Night Vision Device Academics
TC 21-305-2, Training Program for Night Vision Device Driving Operations, 17 January 2014
Convoy Operations and Tactical Formations
AR 190-5 Motor Vehicle Traffic Supervision, 22 May 2006
Operations Conducted During Periods of Limited
Visibility
TC 3-21.60, Visual Signals,
17 March 2017
Fording Operations
TC 3-20.31, Training and Qualification Crew, 17 March 2015
Response to emergency Situations and Vehicle Malfunctions
Vehicle and NVD technical manuals
Tactical Formations and Overview of Crew Coordination (Moving into and out of Fighting Positions and so forth.)
DA form 5988-E, Equipment Maintenance and Inspection Worksheet
Vehicle Self-recovery Operations Training
DA Form 2404, Equipment Inspection and Maintenance Worksheet
Operator PMCS Procedures and Responsibilities
DA Form 5987 E, Motor Equipment Dispatch (EGA)
Training Setting/
Gunnery Table
Lesson
Supporting Publications/Resources
Refueling Operations
DA Form 2408 14, Equipment
Inspection List
Standard Form (SF) 91, Motor Vehicle
Accident Report ATP 4-31, Recovery and Battle Damage Assessment and Repair (BDAR), 27 August 2014.
Motor Pool - Table I
Introduction to Specific Vehicles and their Characteristics
Refueling Operations
Operator PMCS Procedures and
Responsibilities
Simulations - Table II
Night Vision Device (Practical Application of NVD Academics)
Convoy Operations
Operations Conducted During Periods of Limited Visibility
Fording Operations
Usual (On-road) and Unusual (Off-road) Conditions
Response to Emergency Situations; Vehicle
Malfunctions
Tactical Formations and Crew Coordination
(Moving into and out of Fighting Positions)
Range/Drivers Course Table III
Tactical Refueling Operations
Night Vision Device (Practical Application of
NVD Academics)
AR 600-55, The Army Driver and Operator Standardization Program (Selection, Training, Testing, and Licensing)
Convoy Operations
Usual (on-road) and Unusual (off-road) Conditions Response to Emergency Situations; Vehicle Malfunctions
TC 21-305-2, Training Program for
Night Vision Device Driving Operations
Vehicle Self-recovery Operations Training
TC 3-20.31, Training and Qualification,
Crew
Legend: NVD  night vision device; PMCS  preventative maintenance checks and services

## Chapter 3 Safety Awareness And Environmental Risk Management Force Protection

3-1. Safety is a component of force protection. Commanders, leaders, and Soldiers use risk assessment and management to tie force protection into the mission. Risk management assigns responsibility, sion making at a level of command appropriate to the risk. The objective of safety is to help units protect combat power through accident prevention, which enables units to fight rapidly and decisively with minimum losses. Safety is an integral part of all perform its METL to standard.

3-2. Safety demands total chain of command involvement in planning, preparing, executing, and evaluating
sibilities include:
Commanders who
Seek optimum, not adequate, performance. Specify the risk they will accept to accomplish the mission. Select the risk reductions provided by the staff. Accept or reject residual risk, based on the benefit to be derived. Train and motivate leaders at all levels to use risk management concepts.

Staff who
Assist the commander in assessing risks and develops risk-reduction options for training. Integrate risk controls in plans, orders, METL standards, and performance measures. Eliminate unnecessary safety restrictions that diminish training effectiveness. Assess safety performance during training. Evaluate safety performance during after-action reviews.

Subordinate leaders who
Apply effective risk management concepts and methods consistently to operations they lead. Report risk issues beyond their control or authority to their superiors.

Individual Soldiers who

Take responsibility for personal safety. Work as team members. Modify individual risk behavior.

3-3. Risk management is a five-step cyclic process that is easily integrated into the decision-making process outlined in ATP 5-19. The five steps are

Step 1, identify hazards. Identify hazards to the force. Consider all aspects of current and future situations, the environment, and known historical problems. Step 2, assess hazards. Assess hazards using the risk assessment matrix in table 3-1. Assess the conditions listed in each category to derive a numeric value where two conditions intersect. Next, add the numeric value of each category to determine the risk value. This number represents the level of risk for the operation assessed.

RISK ASSESSMENT MATRIX
Probability
Severity
Frequent
Likely
Occasional
Seldom
Unlikely
A
B
C
D
E
Catastrophic
I
E
E
H
H
M
Critical
II
E
H
H
M
L
Marginal
III
H
M
M
L
L
Negligible
IV
M
L
L
L
L
Legend: E  extremely high, H  high, M  moderate, L - low

Step 3, develop controls and make risk decisions. Develop controls that eliminate the hazard or reduce its risk. As control measures are developed, risks are re-evaluated until all risks are reduced to a level where benefits outweigh potential costs. Accept no unnecessary risks and make any residual risk decisions at the proper level of command.

Step 4, implement controls. Put controls in place to eliminate the hazards or reduce their risk. Step 5, supervise and evaluate. Enforce standards and controls. Evaluate the effectiveness of controls and adjust or update them as necessary.

Note: ATP 5-19 should be used to train personnel on the five-step risk management process and the risk assessment matrix. To obtain a risk management training support package, contact the U.S. Army Combat Readiness Center.

## General Safety Guidelines

3-4. Everyone in the chain of command should strictly supervise drivers training for tracked vehicle drivers.

During training, student drivers are required to have an OF 346, U.S. Gover Identification Card, supervision. The following guidelines have proven to be effective when integrated into unit drivers training programs.

Conduct a complete and thorough safety briefing before the start of all training sessions. Never allow a student to operate a tracked vehicle without proper supervision. Use caution when driving through towns and villages. Sometimes streets are narrow and difficult to negotiate. If the driver is in doubt, the track commander can and should dismount as a ground guide. Pay attention to pedestrians and be aware that tracked vehicles draw curious people who have no idea how dangerous the vehicles can be.

Be aware of vehicle height when entering tunnels, underpasses, and building overhangs close to roadways. Beware of icy spots on roadways, especially overpasses and bridges, which ice over quickly. Be alert to the presence of overhead power lines. Before driving on roadways, tie down antennas to make sure they do not encounter overhead power lines. Be aware of steep or excessively rough terrain. Be aware of potential soft soil conditions and soil erosion. Be aware of and understand all road signs and traffic signals. Despite their size, tracked vehicles do not always have the right of way on roadways. Be aware of bridges and overpasses. Before crossing any bridge or overpass, identify the bridge load classification and the height and width limitations of underpasses. If the vehicle exceeds the classification, it cannot cross.

## Hearing Protection

3-5. Hearing loss among armor crewmembers can occur due to improper fit, wear, and maintenance of combat vehicle crewmember, known as CVC, helmets. All crewmembers wear CVC helmets; passengers wear earplugs and helmets when the vehicle is operating. When the CVC helmet is worn, ensure that the chinstrap is fastened. The CVC helmet does not reduce sound properly unless it is fastened.

## Communication

3-6. Do not move a tracked vehicle until intercommunications have been established among all crewmembers. If communications are lost, the vehicle must halt immediately. The crew should troubleshoot the system and notify organizational maintenance if assistance is required. For safety, the unit commander can authorize the movement or removal of the disabled vehicle.

## Shop And Motor Pool

3-7. Crewmembers must take certain precautions in a maintenance shop or motor pool. Oil, water, and antifreeze spills can cause serious injury. To prevent injuries, all spills must be cleaned up immediately and the work area should be kept clean at all times. Injuries often result from using the wrong tools and equipment.

Trainers must instruct all personnel to properly use the tools and BII associated with their vehicle. To prevent severe injuries to fingers, wrists, and limbs, crewmembers must remove all jewelry before mounting, dismounting, or performing operator maintenance on a vehicle. Vehicle chock blocks must be used when the vehicle is parked on inclines and whenever maintenance is performed.

## Hatch Covers

3-8. Injuries caused by unsecured hatch covers are common. All crewmembers must check the hatches before operating the vehicle to make sure they are serviceable and locked in the proper position. Many vehicles are equipped with chains to secure the hatches. If the vehicles are equipped with chains, they must be used.

## Riding Position

3-9. Crewmembers in a tracked combat vehicle must wear CVC helmets and ride with only their heads and shoulders extended (nametag defilade) out of the hatches. When a tracked vehicle is involved in a collision or overturns, injuries are usually the result of crewmembers being thrown around inside the vehicle. To prevent injuries during rollovers or collisions, crewmembers must wear the proper restraints, if available, during vehicle operations.

## Mounting And Dismounting Tracked Combat Vehicles

3-10. Commanders and crewmembers must ensure everyone observes the following rules for mounting and dismounting tracked vehicles:
Use extreme caution when mounting or dismounting a vehicle. Never climb in front of a weapon to mount the vehicle. Tracked vehicle commanders must ensure that all weapon systems are clear and positioned to allow safe access. When mounting or dismounting a vehicle with the engine running, ensure the driver is aware of personnel mounting and dismounting. On moving firing ranges, personnel should mount vehicles over the right front fender, except for tanks. Personnel always mount tanks over the right rear sprocket. Ensure Always maintain three points of contact (one hand and two feet or two hands and one foot) with the vehicle when mounting, dismounting, or moving around on the vehicle. Never mount or dismount a moving vehicle. Drivers must bring the vehicle to a complete halt before allowing anyone to mount or dismount.

Never dismount a vehicle by jumping from it.

## Crew Evacuation Drills

3-11. Instructors often overlook crew evacuation drills during training. The probability of injuries is reduced significantly if crews practice proper evacuation techniques in different conditions. Vehicle TMs and training support packages provide emergency evacuation procedures, which should be incorporated into driver and crew training programs.

3-12. The safest place for a crew during a rollover is inside the vehicle. If a tracked vehicle is about to rollover, the driver must alert the crewmembers so the crewmembers can drop inside the vehicle and assume a safe position by bracing themselves inside the vehicle. The drivers must lower the seat and brace themselves inside the vehicle. Crews must practice rollover procedures.

## Slave Starting

3-13. When slave starting a vehicle, crewmembers must observe the following safety guidelines:
Drivers always position the live vehicle alongside the dead vehicle. Drivers never position the vehicles nose-to-nose. Crewmembers must not stand between the moving vehicle and the dead vehicle; serious injury or
death could result.
starting procedures correctly for their specific model of vehicle.

## Tracked Vehicle Accident Causes And Preventative Measures

3-14. Fatigue and sleep loss are often factors in vehicle accidents. To minimize the effects of sleep loss, commanders must develop and follow a sleep plan based on the following considerations:
At least five hours of sleep are required to enable an individual to maintain optimal performance; humans do not adapt well to shortened sleep cycles. Physical strength remains unimpaired until extreme levels of sleep deprivation are reached. Sleep-deprived personnel have difficulty performing tasks requiring swift decisions or complex planning. Sleep loss typically causes errors of omission. Prolonged heat exposure, confinement, noise, and vibration (all of which are present in armored vehicles) degrade performance and the ability to cope with sleep loss. Drivers should be checked for symptoms of fatigue or use of controlled substances. Personnel taking prescription drugs that may cause drowsiness should not drive.

## Situational Awareness

3-15. To avoid situations conducive to accidental injury or to minimize the possibility of injury in situations that cannot be avoided, drivers and crewmembers must be alert at all times. Crewmembers must take extra wet, muddy, or snow covered. Likewise, drivers and crewmembers should remain alert to the position of guns, gun mounts, hatches, and other metal projections. Accidental contact with these or any other protruding objects can result in serious injury.

## Blind Spots

3-16. Most tracked vehicles have blind spots where the turret or hull blocks the forward or peripheral vision of the driver preventing them from seeing objects on the ground. The vehicle commander and other crewmembers should help the driver identify obje objects that may fall into their blind spot as they are approached. When in doubt, the vehicle commander should use a ground guide to assist the driver.

## Loss Of Control

3-17. Driving too fast for the road conditions is the main cause for loss of control in tracked vehicles. If the driver loses control of their vehicle, they must take immediate steps to regain control of the vehicle. The driver must release the accelerator, avoid applying the brakes, and let the vehicle coast to a stop. If the vehicle is sliding, the driver must steer in the direction of the skid to regain control of the vehicle.

## Accident Prevention

3-18. To prevent accidents, drivers must
Adjust their speed and interval to allow for wet road surfaces. Notify the vehicle commander when a lack of sleep or fatigue is becoming a danger. Employ the proper techniques to prevent or recover from a skid. Rotate frequently. Slow down after dropping off the edge of the roadway before pulling back on the pavement. Ensure vehicles have been safety inspected and maintained. Use the recommended pumping action in emergencies instead of locking the brakes. Allow for the added force of the weight of the vehicle when quick stops are necessary. Come to a complete stop and downshift at the crest of hills or steep grades to use the engine as a braking action to control speed.

Know the distance required for braking at various speeds to make emergency stops safely. This is especially important for vehicles towing or moving heavy loads. React and brake when the brake lights of the vehicle ahead go on. The driver ahead has already reacted to something and the follow-on vehicles must slow down or stop in the remaining distance. Inspect beneath vehicles for sleeping personnel after rest stops. Use tow bars rather than cables to move disabled vehicles on roads. If tow cables are used, use a third tracked vehicle of equal weight or heavier as a braking vehicle. Inspect personnel heaters to avoid carbon monoxide poisoning. towing of a tracked combat vehicle.

## Fire Prevention

3-19. All crewmembers must be aware of the danger of fire when operating tracked vehicles. Flammables and miscellaneous items should not be stored in the vehicle. Leaders should establish simple rules or an SOP to help prevent fires on vehicles.
3-20. Clean up all gasoline and diesel fuel spills immediately. Use only authorized cleaning agents. Leaders must brief vehicle crews on the type and locations of the spill kits provided to their unit.
3-21. All tracked combat vehicles are equipped with fire extinguishers, both fixed and portable.

Crewmembers must know how and when to use them. To ensure fire extinguishers are ready for instant use, periodically weigh or check them to determine operability and replace them if necessary.

3-22. Fixed fire extinguishers that require only the action of a trip handle or sensor to operate are installed on vehicles to cover areas where fires are most likely to start. They must be inspected during preventive maintenance checks and services. Do not start the engine of the tracked vehicle if the fixed fire extinguishers are inoperable or if they have been removed for maintenance.

3-23. Portable extinguishers must be manned whenever the vehicle is being refueled. Portable fire extinguishers are inspected during the preventive maintenance checks and services. If they are inoperable, they should be replaced or refilled before the vehicle is started.

## Ground Guide Procedures

3-24. Ground guides are required for tracked vehicles to be moved safely. Leaders must ensure all crewmembers and drivers can recognize standard hand-and-arm and flashlight signals before guiding or driving tracked vehicles. Drivers and ground guides must know and observe the following rules:
Ground guides are required when a tracked vehicle is moving in a confined or congested area, during limited visibility, or if the driver is in doubt about adequate clearance; for example, on narrow bridges or in passages with low overhead clearances. Ground guides should never stand in front of a vehicle when the engine is running. The ground guide should stand beside the right or left fender when talking to or directing the driver. Ground guides must be used in cantonments, bivouac sites, and parking areas.

Ground guides must never run in front of vehicles or walk backwards while guiding vehicles.

Grounds guides should use flashlights with colored filters when moving vehicles at night. left track to observe traffic to the front and rear of the vehicle. The ground guide is the correct Two ground guides must be used any time a tracked vehicle is being moved in reverse. The rear ground guide must always be visible to the front ground guide.

Should the driver lose sight of the signal, or if there is any question about the signal from the ground guide, the driver stops until the signal is visible or the confusion is eliminated. The front ground guide immediately signals the driver to stop if the front ground guide is unable to see or identify the signals coming from the rear ground guide. When a vehicle arrives at a night parking area (other than the occupation of an assembly area as a part of a tactical operation), a ground guide dismounts and establishes contact with the guard on duty. The guide and the driver must understand where the sleeping area is and where to park the vehicle. The ground guide must search the area for people sleeping on the ground where the vehicle is to park before moving the vehicle into the parking area. As a minimum, blackout drive must be used and the service drive turned on if conditions permit. All tactical sleeping areas must be marked with a chemical light or flashlight and have a guard equipped with night vision goggles. The guard must hand carry a flashlight or chemical light to signal or guide vehicles. Guards must be briefed on their duties and on what actions should be taken when a vehicle drives into the bivouac or assembly area. The guard must carry a loud, distinct, immediately audible warning device or be accessible in case a vehicle enters the designated sleeping area. Troops designated to sleep in the area must be briefed on what device is being used and what action they should take. (The unit SOP must specify the same information.) The first priority is to warn sleeping personnel; then attempts are made to gain the attention of the ground guide, vehicle driver, or the vehicle commander without endangering themselves.

All road accesses into the bivouac or assembly area must have a guard posted to warn vehicle crews that there are troops on the ground. The guard should help the ground guide guide the vehicle to its destination ensuring that, as a minimum, blackout drive is used. If conditions permit, use service drive.

## Railhead Operations

3-25. Leaders must conduct a safety briefing before railhead operations. The briefing should include the following:
Only licensed drivers should drive vehicles on and off railcars during railhead operations. Do not smoke during loading operations. A smoking area should be designated at least 15 meters away from the nearest vehicle. Wear protective headgear until clear of the railcars. Be alert for hazards that could cause electrocution. All antennas and equipment stored on the outside of the vehicle should be removed or secured before moving onto the railcar. Do not stand on top of vehicles. Secure all gun tubes, M88 booms, and M578 cranes in travel lock before loading them onto the railcar. Do not stand on moving flatcars.

Ensure guide vehicles are at least a one-car interval away from the vehicle that ground guides are guiding onto the flatcar. Ground guides never guide from the railcars onto which their vehicles are loading.

Do not walk backward while ground guiding tracked vehicles.

Secure all hatches when the rail master has inspected the train and released it for movement.

Loading is complete when the rail master has inspected the train and released it for movement.

## Environmental Risk Management

3-26. Reconnoitering the drivers training area helps commanders to develop plans to minimize damage to vegetation and waterways. Quantify the risk to the environment resulting from the operation using ATP 5-19
as a guide. The environmental risk impact value should be determined conservatively. Consult with the d natural vegetation. Brief the chain of command (to include the installation environmental office, is applicable) on proposed plans and pertinent high-risk environmental effects. Risk decisions are made at a level of command that corresponds to the degree of risk. Gather the appropriate land-use and digging permits prior to the start of any drivers training activities according to state and federal laws as well as installation policies. To prevent damage to the environment, the steps listed below can be used to mitigate the risk of damage to the environment:
Step 1. Identify hazards. Identify potential sources for environmental degradation during an analysis of mission, enemy, terrain and weather, troops, time available and civilian consideration factors. This requires an identification of environmental hazards. An environmental hazard is a condition with the potential for polluting air, soil, water, or destroying significant natural or cultural resources. Step 2. Assess hazards. Analyze the potential severity of environmental degradation. The severity of environmental degradation must be considered when determining the potential effect an operation has on the environment. The risk impact value is defined as an indicator of the severity of environmental degradation. Step 3. Make risk decisions. Make decisions by analyzing the environmental risk. Determine if alternate actions protect the environment while still accomplishing the mission. Determine if the commander needs to adjust the mission. Step 4. Implement controls. Implement environmental protection measures by integrating them into plans, orders, packing lists, SOPs, training performance standards, and rehearsals. Step 5. Supervise. Supervise and enforce environmental protection standards.

Note. Each U.S. installation is subject to local and state environmental regulations in addition to federal legislation. For information specific to the activity, contact the installation environmental office. If personnel are overseas or on deployment, contact the higher battalion or brigade operations staff officer (S-3) or the assistant chief of staff, operations (known as the (G-3).

## Appendix A Tracked Combat Vehicle Characteristics Abrams Main Battle Tank

Operational
Forward speed, maximum (paved level surface)
41.5 mph (67 km/h)
Reverse speed, maximum (paved level surface)
25 mph (40.2 km/h)
Range, constant 25 mph (dry, level secondary roads without refueling)
273-298 mi (439-480 km)
Vertical obstacle vehicle can climb (forward)
49 in. (124 cm)
Maximum width of ditch vehicle can cross (forward)
108 in. (274 cm)
Fording depth
Without kit
48 in. (122 cm)
With kit
Turret roof
Grade ascending ability, sustained speed at 5 mph (8.0 km/h)
60% (31)
Grade descending ability (max)
60% (31)
Side slope (maximum)
40% (31)
Weight: Combat-loaded (less kits)
With T-156 track
66.2 tons
With T-158 track
67.6 tons
Dimensions
Length (overall, main gun rearward)
355.6 in. (903.2 cm)
Length (gun forward)
386.9 in. (982.7 cm)
Height (ground to turret roof)
96 in. (243.8 cm)
Height (maximum overall)
113.6 in. (288.5 cm)
Width
143.75 in.  0.54 in. (365.3 cm  1.4 cm)
Width (less skirts)
136 in. (345 cm)
Ground clearance T-156 track
(center portion of hull structure)19.0 in.(48.3 cm) (other portion of hull structure).17.0 in. (43.2 cm)
Ground clearance T-158 track
(center portion of hull structure) 18.5 in. (47.0 cm)
(other portion of hull structure) 16.5 in. (41.9 cm)
Fuel Capacities
Fuel tanks, left front
106.6 gal. (403.5 L)
 Right front
149.8 gal. (567.0 L)
Rear left engine
86.9 gal. (328.9 L)
Right engine
57.1 gal. (216.1 L)
Left sponson
59.0 gal. (223.3 L)
Right sponson
45.0 gal. (170.3 L)
Total in rear tank
248.0 gal. (938.7 L)
Total in all tanks
504.4 gal. (1909.2 L)
Fuel Capacities
CONUS
Fuel, diesel
20 F ( 7 C) to 115 F (46 C) ....... DF-2 or JP8
25 F ( 32 C) to 20 F ( 6 C)...... DF-1 or ASTM D 975 Grade 1-D
Below 25 F (32 C) Jet A-1 or VV-F-800 Grade DF-A
OCONUS
20 F ( 7 C) to 115 F (46 C) ....... DF-2 or JP8
10 F ( 23 C) to 20 F ( 6 C)
Blend half-and-half NATO F-54 and F-34, or F-35, F-44, F-58 or ASTM D1655 Grade Jet-A-1 If blending is not possible, use NATO F-34 or F-35, F-44, F-58 or ASTM D1655 Grade Jet-A-1
Between 10 F ( 23 C) and -25 F ( 32 C) NATO F-34 or F-35, F-44, or ASTM D1655 Grade Jet-A-1 Below -25 F (-32 C) ASTM D1655 Grade Jet-A-1
Controls
Brakes
Hydraulic, mechanical service brake (foot)
Steering
Hydraulic, mechanical steering control
Turning capability
360-degree pivot
Brakes
Hydraulic, mechanical service brake (foot)

Legend:   degrees; %  percent; C  Celsius; cm  centimeters; F  Fahrenheit; gal  gallon; L  liter;
in   inches; km  kilometers; km/h  kilometers/hour; mi  miles; mph  miles per hour A-2. Figure A-2 illustrates the characteristics of the Abrams  SEP side view. The Abrams SEP operational capabilities are listed in table A-2.

Operational Characteristics
Forward speed, maximum (paved level surface)
41.5 mph (67 km/h)
Reverse speed, maximum (paved level surface)
25 mph (40.2 km/h)
Range, constant 25 mph
AGT1500: 210 to 220 mi (338 to 354 km)
Vertical obstacle vehicle can climb (forward)
42 in (107 cm)
Maximum width of ditch vehicle can cross (forward)
108 in (274 cm)
Fording depth
Without kit
48 in (122 cm)
Grade ascending ability sustained speed at 5 mph (8.0 km/h) Grade descending ability (max)
60% (31)
Side slope (maximum)
40% (22)
Weight: Combat loaded (less kits)
68.7 tons (69.8 Mg)
Dimensions
Length (overall, main gun rearward)
355.6 in (903.2 cm)
Length (gun forward)
386.9 in (982.7 cm)
Height (ground to turret roof)
96 in (243.8 cm)
Height (maximum overall)
121.7 in (309.1 cm)
Width
143.75 in  0.54 in (365.3 cm  1.4 cm)
Width (less skirts)
136 in. (345 cm)
Ground clearance T-156 track
(center portion of hull structure) 18.5 in. (47.0 cm) (other portion of hull structure) 16.5 in. (41.9 cm)
Ground clearance T-158 track
(center portion of hull structure) 18.5 in. (47.0 cm) (other portion of hull structure) 16.5 in. (41.9 cm)
With kit
Turret roof
60% (31)
Fuel Capacities
Fuel tanks, left front
106.6 gal (403.5 L)
Right front
149.8 gal (567.0 L)
Rear left engine
86.9 gal (328.9 L)
Right engine
57.1 gal (216.1 L)
Right rear sponson
45.0 gal (170.3 L)
Total in rear tank
189.0 gal (715.5 L)
Total in all tanks
634.4 gal (2401.3 L)
Fuel, diesel
CONUS
20 F ( 6 C) to 115 F (45 C) ........DF-2 or JP8
25 F ( 32 C) to 20 F ( 6 C) ......DF-1 or ASTM D 975 Grade 1-D
25 F ( 32 C) Jet A-1 or VV-F-800 Grade DF-A
OCONUS
20 F ( 6 C) to 115 F (45 C) ........DF-2 or JP8
10 F ( 23 C) to 20 F ( 6 C)
Blend half-and-half NATO F-54 and F-34, or F-35, F-44, F-58 or ASTM D1655 Grade Jet A-1. If blending is not possible, use NATO F-34 or F-35, F-44, F-58 or ASTM D1655 Grade Jet A-1. Between 10 F ( 23 C) and 25 F (-32 C) NATO F-34 or F-35, F-44, or ASTM D1655 Grade Jet A-1
Below 25 F ( 32 C)  ASTM D1655 Grade Jet-A-1
Controls
Brakes
Hydraulic-mechanical service brake (foot)
Steering
Hydraulic-mechanical steering control
Turning capability
360-degree pivot

Legend:  degrees; %  percent; C- Celsius; cm  centimeters; F  Fahrenheit; g  gallon; in  inches; L
liter;
km kilometers; km/h kilometers/hour; mi  miles; mph  miles per hour

## Bradley Fight Vehicle

A-3. Figure A-
are listed in table A-3.

Operational Characteristics
Speed on land
35 mph (56 km/h) min
Cruising range
250 miles (402 km)
Vertical wall climbing
30 in (762 mm)
Trench crossing
84 in (2134 mm)
Fording depth
more than 1 1/2 ft (.46 m) deep and less than 3 1/2 ft (1.07 m) deep
Slope
60%
Side slope
no steeper than 40% (22 degrees)
Weight (combat loaded)
66,000 lb (29,937 kg)
Dimensions
Length
258 in/6.5 m
Width
129 in/3.2 m
Height
119 in/3.0 m
Ground clearance
18 in/0.4 m
Fuel Capacities
Fuel capacities
175 gal (662 liters)
Controls
Brakes
Multidisc, oil-cooled
Steering
Hydrostatic
Turning capability
360-degree pivot

Legend: %  percent; cm  centimeters; gal  gallons; in  inches; kg  kilograms; km  kilometers;
km/h  kilometers/hour; lbs  pounds; m  meters; min  minimum; mm  millimeters; mph  miles per hour

155 gal (586 liters) with bladder lining

A-4. Figure A-
operational capabilities are listed in table A-4.

Operational Characteristics
Speed on land
38 mph( 61 km/h)
Cruising range
250 miles (402 km)
Vertical wall climbing
36 in/0.9 m
Trench crossing
100 in/2.5 m
Fording depth
more than 1 1/2 ft (.46 m) deep and less than 3 1/2 ft (1.07 m) deep
Slope
60%
Side slope
no steeper than 40% (22 degrees)
Weight (combat loaded)
74,400 lb (33,747 kg)
Dimensions
Length
258 in/6.5 m
Width
129 in/3.2 m
Height (with low tension wire guard included)
130 in/3.3 m
Ground clearance
15 in/0.3 m
Fuel Capacities
Fuel capacities
175 gal (662 liters)
155 gal (586 liters) with bladder lining
Controls
Brakes
Multidisc, oil-cooled
Steering
Hydrostatic
Turning capability
360-degree pivot

Legend: %  percent; ft  feet; gal  gallons; in  inches; kg  kilograms; km  kilometers;
km/h  kilometers/hour; L  liters; lbs  pounds; m  meters; mm  millimeters; mph  miles per hour

## Armored Multi-Purpose Vehicle)

A-5. Table A-5 covers the operational characteristics of the armored multi-purpose vehicle. Currently, there are no images available for inclusion in this TC. The information in table A-5 is important information, which improves drivers training for drivers who are assigned to the AMPV.

Operational Characteristics
Forward speed, maximum (paved level surface)
38 mph (61 km/h)
Acceleration from 0 30 mph (0 48 km/h)
24 seconds
Cruising range (Max) at 30 mph (48 km/h)
225 mi (362 km)
Vertical obstacle vehicle can climb (forward)
24 in (61 cm)
Maximum width of ditch vehicle can cross (forward)
67 in (170 cm)
Fording depth
36 in (91 cm)
Grade ascending ability, sustained speed at 5 mph (8.0 km/h)
60% (31)
Grade descending ability (max)
60% (31)
Side slope (maximum)
40% (22)
Weight: Combat loaded (less kits)
80,203 lb (36,379.47 kg)
Dimensions
Length
313.7 in (796.79 cm)
Width
123.1 in (312.7 cm)
Height (with low tension wire guard included)
171.8 in (436.37 cm)
Width (Body)
144.9 in (368.04 cm)
Width (Track)
115 in (292 cm)
Fuel Capacities
Fuel capacities
200 gal (757 L) 155 gal
Controls
Brakes
Multidisc, oil-cooled
Steering
Hydrostatic
Turning capability
360-degree pivot

Legend:   degrees; %  percent; cm  centimeters; ft  feet; gal  gallons; in  inches; kg  kilograms;
km  kilometers; km/h  kilometers/hour; L  liters; lbs  pounds; m  miles; mi  miles; mph  miles per hour

## Appendix B Training Support Materials Training Support Packages

B-1. Instructor familiarity with the following training support packages is essential when conducting tracked combat vehicle training:
TSP 171-B-1002M1A1 V.2, M1 Series Tank Driver Training Support Package.

TSP 071-W-BFVS V.2, Bradley Fighting Vehicle (Currently Under Development).

## Individual Tasks

B-2. The individual tasks listed below are recommended for tracked combat vehicle training:
171-19K-1020, Drive an M1A2 SEP Tank.

171-19K-1045, Install the Driver's Vision Enhancer (DVE) on an M1 Series Tank.

171-19K-1001, Operate the Engine on an M1A1 Tank.

171-19K-1025, Operate the Engine on an M1A2 SEP Tank.

171-19K-1046, Remove the Driver's Vision Enhancer (DVE) from an M1 Series Tank. 171-19K-1040, Secure the Driver's Station on an M1-Series Tank.

171-151-0009, Maintain the AN/VAS-5B Driver's Vision Enhancer (DVE).

071-710-0003, Maintain the Driver's Night Viewer, AN/VVS-2, on a Bradley Fighting Vehicle (BFV).

171-19K-1120, Perform Built-In Tests (BIT) on the Improved Driver's Integrated Display (iDID) on an M1A2 SEP Tank.

171-19K-1121, Perform Diagnostics Mode Maintenance on the Improved Driver's Integrated Display
(IDID) on an M1A2 SEP Tank.

171-19K-1152, Troubleshoot the Driver's Vision Enhancer (DVE) on an M1 Series Tank. 171-19K-1003, Prepare the Driver's Station for Operation on an M1A1 Tank. 171-19K-1023, Prepare the Driver's Station for Operation on an M1A2 SEP Tank. 171-19K-1101, Slave Start an M1A1 Tank. 171-19K-1124, Slave Start an M1A2 SEP Tank. 071-324-6025, Start a Bradley Fighting Vehicle (BFV) Using Auxiliary Power. 071-326-3001, Direct a Driver over a Terrain Route. 071-324-6001, Drive a Bradley Fighting Vehicle (BFV). 171-19K-1002, Drive an M1A1 Tank. 171-19K-1061, Operate Tank Urban Survivability Kit (TUSK) Autoflug Driver's Seat. 171-126-1009, Operate the AN-VS-2 Night Vision Viewer in Driver's Hatch on an M1A1 Tank. 171-126-1232, Operate the AN-VVS-2 Night Vision Viewer in Driver's Hatch on an M1A2 SEP Tank. 071-329-1300, Operate the Driver's Compass Display on an M2A3/M3A3 Bradley Fighting Vehicle
(BFV).

## Appendix B

071-710-0002, Operate the Driver's Night Viewer, AN/VVS-2, on a Bradley Fighting Vehicle (BFV). 171-19K-1041, Operate the Driver's Vision Enhancer (DVE) on an M1 Series Tank. 071-024-0016, Perform the Duties of a Driver on a Bradley Fighting Vehicle (BFV). 171-19K-1005, Extinguish a Fire on an M1A1 Tank. 171-19K-1021, Extinguish a Fire on an M1A2 SEP Tank. 071-324-6022, Extinguish a Fire on an M2A2 or M3A2 Bradley Fighting Vehicle (BFV). 071-324-6027, Extinguish a Fire on an M2A3 or M3A3 Bradley Fighting Vehicle (BFV).

## Appendix C Examination Sample Drivers Perform Before Operation Checks And Services On An M1A2 Sep Tank.

Situation: You are performing before operations preventive maintenance checks and services and notice a leakage of fluid large enough to form drops, but not large enough to cause drops to drip from the item being checked or inspected.

1.
Which class of leak is described above?
a.
I.
b.
II.
c.
III.
d.
IV.
2.
Based on the classification of the leak described above would equipment operation still be permissible?
a.
Yes.
b.
No.
Situation: You continue with the before operation checks and services and are ready to perform a parking brake check. You have started the engine.

3.
How long should you warm up the engine before performing the parking brake check to prevent engine
or transmission damage? a.
30 seconds.
b.
1 minute.
c.
90 seconds.
d.
2 minutes.
Situation: You are now ready to begin checking the steer-throttle control.

4.
The steer-throttle control should be checked for which of the following?
a.
The throttle grips do not return to the forward position.
b.
The throttle grips do not go into Position 3.
c.
The steer-throttle control can be easily removed for cleaning.
d.
The steer-throttle control has freedom of movement.

## Prepare The Driver S Station For Operation On An M1A2 Sep Tank.

Situation: You are the driver of a M1A2 SEP tank and have been ordered to prepare your tank for operation. You u are ready to enter the driver s station.

5.
What is the first thing you will check or do when entering the driver s station?
a.
Make sure headrest is in the UP position. If not, move it to the UP position.
b.
Make sure parking brake is set by pressing parking brake pedal with foot.
c.
Set the dome light to the OFF position.
d.
Turn on the MASTER POWER switch.

## React To A Fire On An M1A2 Sep Tank. Situation

6.
According to the M1A2 SEP TM what is the guidance given for the distance and direction of the tank
crews assembly area once the tank commander has determined the fire cannot be extinguished?
a.
50 meters to the rear of the tank.
b.
75 meters to the front of the tank.
c.
80 meters to the front of the tank.
d.
100 meters to the rear of the tank.

## Situation

7.
The turret and gun tube should immediately be positioned in which direction?
a.
Over either side of the tank.
b.
Over the rear of the back deck.
c.
The position of the turret and gun tube does not matter.
d.

## Start/Stop The Engine On An M1A2 Sep Tank.

Situation: You are the driver of an M1A2 SEP tank and have been ordered to prepare your tank for operation.

known as iDID).

8.
How long after pressing the MASTER POWER button should you give the main menu to appear on the
iDID before executing troubleshooting procedures on the iDID? a.
20 seconds.
b.
35 seconds.
c.
60 seconds.
d.
90 seconds.

## Describe Safe Practices And Accident Avoidance Procedures While Driving The M1-Series Tank.

Situation: The tank commander has told you to begin driving and that you are scheduled to drive for the next five hours.

9.
As a driver how often are you required to take a 15-minute break?
a.
Every two to three hours of driving or every 175 to 225 kilometers (100 to 150 miles).
b.
Every three to four hours of driving or every 150 to 200 kilometers (93 to 124 miles).
c.
Every one to two hours of driving or every 200 kilometers (124 miles).
d.
Every four to five hours of driving or every 200 to 250 kilometers (124 to 155 miles).
10. Sleeping in a parked vehicle with the engine or ___________running is prohibited.
a.
Night vision device.
b.
Nuclear, biological, and chemical system.
c.
Heater.
d.
Vehicle service drive lights on.

## Use Visual Signaling Techniques

Situation: You are following the directions of a ground guide.

11. See figure C-1. What is the ground guide in the picture signaling the driver to do?
a.
Move forward.
b.
Neutral steer, right.
c.
Turn left.
d.
Turn right.
12. See figure C-2. What is the ground guide in the picture signaling the driver to do?
a.
Move forward.
b.
Stop.
c.
Move in reverse.
d.
Dismount.

## Drive An M1A2 Sep Tank

Situation: You are the driver on an M1A2 SEP tank. The engine is running and the tank commander gives you the command to move out.

13. Before moving out, the RPM indicator must indicate the following:
(normal ___ - ___ RPM, tactical idle ___ - ___).
a.
Normal 800 - 900 RPM, tactical idle 1200 - 1400 RPM.
b.
Normal 850 - 950 RPM, tactical idle 1200 - 1400 RPM.
c.
Normal 850 - 950 RPM, tactical idle 1100 - 1150 RPM.
d.
Normal 700 - 750 RPM, tactical idle 1420 - 1500 RPM.
Situation: You have been driving over even terrain when you notice the path ahead begins to slope to the side on

14. What is the maximum side slope the vehicle can safely negotiate before the vehicle could lose traction
and begin to slide? a.
32 degrees.
b.
22 degrees.
c.
31 degrees.
d.
15 degrees.

## Operate The An/Vvs- Tank

Situation: The tank commander has ordered you to prepare the vehicle for night driving.

15. What must you remove and stow from the night vision viewer before connecting the power cable?
a. b.
The infrared lenses on the headlights.
c.
The night vision device (NVD) batteries.
d.
The NVD battery cable.

## Apply Night Vision Principles To Tracked Vehicle Driving

Situation: You are the driver of an M1A2 SEP tank conducting a night mission and you are using an NVD.

16. To provide the best view possible, the driver's seat should be adjusted so that the viewing distance (eye
to viewing lens) is how many inches?
a.
6-10 inches.
b.
4-5 inches.
c.
12-15 inches.
d.
15-20 inches.

## Describe Safe Driving Practices And Accident Avoidance Procedures While Driving The M-1 Series Tank

Situation: While driving your tank at night, you begin to feel the vehicle skidding off the road.

17. If your vehicle starts to slide, what is the first thing you should do?
a.
Put the engine in reverse.
b.
Steer in the opposite direction of the skid.
c.
Reduce engine speed to idle.
d.
Shut down the MASTER POWER switch.

## Slave Start An M1A2 Sep Tank

Situation: You tried to start the engine; it failed to start due to dead batteries. You secure assistance from a second live tank and two crewmembers. You must slave start your tank.

18. Which direction should the turret and main gun be facing during slave start operations?
a. b.
Facing the opposite direction of the live tank.
c.
Over the back deck.
d.
The orientation of the gun and turret does not matter.
19. How long should the live tank idle to charge the batteries on the dead tank?
a.
15 minutes.
b.
30 minutes.
c.
10 minutes.
d.
60 minutes.

## Situation: The

20. If the advisory, "ENGINE SHOULD BE SHUT DOWN PRIOR TO MASTER POWER DOWN.

DAMAGE MAY OCCUR," is displayed, what should you do?

a.
Shut down the main engine.
b.
Press the reset button.
c.
Shut down the external auxiliary power unit.
d.
Call unit maintenance.
21.
before closing the hatch?
a.
Head rest in the down (stowed) position.
b.
Seat locked up and head rest down.
c.
Upper seat back raised.
d.
Seat lowered.

## End Of Evaluation Appendix D Drivers Training Road Testing Overview

D-1. Incorporating situations simulating what drivers encounter while assigned as tracked combat vehicle drivers improves their ability to operate and maneuver their vehicles and prepares them to command these vehicles later in their careers. Encountering terrain features requiring the driver to decide whether their vehicle can negotiate obstacles encountered in a field environment gives them valuable knowledge of the capabilities and limitations of their vehicles. Drivers should encounter and negotiate various urban terrain obstacles as well, for instance a bridge (simulated) the vehicle has to cross and an overpass or wire they may have to go under (simulated). Gaining this knowledge reduces accidents or injuries during future operations in real-world environments. Instructors should conduct these two courses and the tasks associated with them during the day as well as during periods of limited visibility using night vision devices.

## Drivers Training Courses (Usual Conditions)

D-2. The tasks listed and discussed below correspond to the tasks identified on the example drivers training course layout for usual conditions (see figure D-1, page D-3). The tasks are the same tasks identified as part of a drivers training program. Commanders and master drivers can use the template and the information associated with the tasks identified on the template to guide them in the development of their drivers training course.

1.
Start/finish.
This is where the driving portion of the student drivers road test training begins and ends.

2.
Low-hanging wires, bridge, or overpass obstacle.
This section of the drivers training requires that the driver pass under a simulated, low bridge, overpass, or electrical lines. This is simulated by providing the driver with a visual representation of an overhead obstacle prompting them to determine whether their vehicle can safely pass. This obstacle should be designed so that it can be easily and quickly reset for follow-on students. Materials that do not damage the vehicles, are inexpensive, and are replaced easily should be used.

3.
Bridge with standard North Atlantic Treaty Organization bridge markings.
In this portion of the training course, drivers encounter a mock bridge and have to determine whether the vehicle can safely cross the bridge based on the information provided by the marker. The drivers training track does not have to have a bridge incorporated into it to execute this task. Utilize signs and markings currently in use on domestic and international roadways for this portion of training.

4.
Sudden loss of brakes, steering, or engine power.
The driver performs the following actions to demonstrate that they know how to stop their vehicle in the event the vehicle loses power, steering, or brakes:
Move the gear select to N (neutral). Center the steering column or laterals. Let the vehicle coast to a stop. Set the parking brake if the vehicle has one. Shut down the engine once the vehicle has stopped.

5.
Sudden loss of internal communication among the crew (loss of intercom system).
The tank commander gives the TC have been lost.  The tank commander does not do anything to actually cut communications between themselves and the driver, but the driver upon hearing the cue should execute the following action: The driver immediately brings the vehicle to a halt and does not move the vehicle until communication has been restored.

6.
Emergency or sudden braking.
Drivers observe the time and distance it takes for a large, tracked combat vehicle to stop to give them an idea of how much time is required to stop safely.

The tank commander alerts the driver that the vehicle needs to stop suddenly. The tank commander cues Upon hearing the cue, the driver executes emergency or sudden braking procedures by doing the following:
The driver uses the recommended pumping action to prevent locking the brakes on their vehicle.

(After stopping the vehicle, the tank commander ensures the driver noted the speed the vehicle was going, the time it took the vehicle to come to a complete stop, and the distance the vehicle traveled before coming to a complete stop).

7.
React to fire on the vehicle.
The tank commander alerts the driver and crew that a fire has broken out on the vehicle while it is moving. The driver and crew respond by simulating the actions necessary for responding to a fire in the engine compartment or the crew compartment of the vehicle. The following individual task lessons, which are available on the CAR website, list the steps for individual actions for tracked vehicle personnel,
171-19K-1005, Extinguish a Fire on an M1A1 Tank. 171-19K-1021, Extinguish a Fire on an M1A2 SEP Tank. 071-324-6022, Extinguish a Fire on an M2A2 or M3A2 Bradley Fighting Vehicle (BFV). 071-324-6027, Extinguish a Fire on an M2A3 or M3A3 Bradley Fighting Vehicle (BFV).

8.
Poor visibility because of dust or smoke.
The driver enters a portion of the training course where their ability to view the road ahead of them is obscured from their view because of smoke. This exercise allows the driver to demonstrate the appropriate actions they would take when they encounter conditions that hinder their ability to see. Trainers can use a smoke-generating device or smoke grenades for this portion of the course. The drivers take their commands from the tank commander when they enter the area of obscuration.

## Drivers Training Course (Unusual Conditions)

D-3. The tasks listed below correspond to the tasks identified on the example drivers training course layout for unusual conditions (figure D-2). The tasks listed and discussed below ae the same tasks identified as part of a drivers training program, commanders and master drivers can use the template and the information associated with the tasks identified on the template to guide them in the development of their drivers training course.

1.
Start/Finish.
This is where the driving portion of the student drivers training begins and ends.

2.
Negotiate a ditch or gap.
The driver and crew encounters a ditch or gap in the vehicle s path. The driver has to determine whether their vehicle can negotiate the obstacle in their path. If the driver can safely negotiate the obstacle in front of the vehicle, they takes the appropriate actions for negotiating the obstacle based on the width and depth of the gap or ditch. Additional guidance for crossing a gap or ditch is Instructions for M1A1 and M1A2 ditch crossing:
Alert crew that ditch will be crossed. Make sure main gun is elevated to clear obstacles. Slow down tank and set shift control to L.

Drive tank slowly to meet ditch with both tracks at edge of opening. Drive slowly into ditch. When front of tracks touch far side of ditch, increase speed.

Tanks can cross a ditch that is up to nine feet (2.8 meters) wide if the edges of the ditch are firm. If the edges are soft or sandy, the width of a ditch that can be crossed will be less.

Instructions for M2A2/3 Bradley ditch crossing:
Drive up to ditch or gap straight on. Move gear selector to LOW. Center steering yoke and drive slowly over trench. Accelerate when vehicle clears trench.

## Warning

Ground can give way if a vehicle is driven too close to the edge of
a road or drop-off. A vehicle can roll if the ground gives way.
Avoid driving next to the edges of roads or drop-offs that can give
way.

Vehicles can be stuck in trenches wider than eight feet (2.5 meters). Do not cross trenches wider than eight feet (2.5 meters).

## Crossing Water Obstacles (Fording Operations)

3.
Crossing water obstacles is an extremely dangerous and complex task for armor crews to conduct
safely. Each crewmember has a critical part to play to ensure that the crew and vehicle cross water obstacles safely and without damaging their vehicle. Normally, armor crews avoid water obstacles, but during combat operations, the tactical situation may force an armor crew to conduct fording operations. Due to the complexity and danger involved with fording operations, training drivers to execute water obstacle tasks is an important part of drivers training. The steps listed
there are more steps than those listed below and that fording operations requires a crew effort. Further guidance concerning crew responsibilities and the steps necessary to prepare a vehicle to

M2A2/3:

Close front, hull drain plug. Confirm that rear drain hole plug is closed with another crewmember. If it is not closed, ensure that the drain hole plug is closed before proceeding on to the next step. Check that two final drive hull drain plugs are in place and secured. Check that four upper hull drain plugs are in place and secured.

Raise the ramp (if not already raised). Open the driver's hatch to FULL open. Prior to fording, ensure the driver's passageway to the troop compartment is clear of all equipment. Lower the driver's seat back. Start engine (if engine is not already started). Move the FWD and FWD BILGE PUMPS switches to ON. Center the steering yoke. Ford the water. Exit the water. After the bilges empty, move the FWD and REAR BILGE PUMPS switches to OFF.

Note. Use this task when fording more water more than 1 1/2 feet (.46 meters) deep and less than
3 1/2 feet (1.07 meters) deep.

Do not enter water faster than two miles per hour (three kilometers per hour) or a fast walking pace. Crawl a vehicle into water. Water can get into an air intake system and damage the engine. A vehicle can be swamped or stranded if underwater obstructions do not support both tracks. Be prepared to stop the vehicle quickly.
Note. Only one vehicle should be in the fording area at a time. Ensure the fording area is clear of vehicles and personnel prior to a vehicle entering the water.

M1A1 and M1A2 SEP:
Stop the tank at the edge of the water.

Open all the vehicle hatches.

t over the left or right side of the Set the TACTICAL IDLE switch to ON. Make sure the drain valves are closed. Release the service brake pedal. Drive the tank slowly into the water. Operate bilge pump if water starts coming into the tank. Drive the tank at 3-4 miles per hour (5-6 kilometers an hour) or less through the water.

If the tank fords more than one foot (30.5 centimeters) of water and is not under combat after leaving the water, do the following:
Shut down the engine. Open the left and right No. 1 skirts. Check the idler wheels and road wheel hubs for water in oil (milky look). If water is in the oil, notify field maintenance. Close the left and right No. 1 skirts.

## Warning

Do not ford water unless the depth is known. Water deeper than four feet (1.2 meters) can enter a tank, injure crewmembers, and damage the engine.

Do not stop the engine if the tank is in water deeper than the bottom of the hull. Water could enter the engine compartment through the hull drains and enter the bottom of the engine through the combustor drains. If this occurs, the engine could be damaged.

4.
The mobility of tracked vehicles on and off road allows armor crews to traverse difficult terrain
that may be inaccessible to other vehicles available to commanders. While tracked vehicles are
highly mobile, they do have limitations regarding the size of an obstacle they can negotiate. Crews
need to observe precautions and processes when tracked vehicles negotiate raised obstacles.
Raised obstacles can be encountered in urban and field environments. Raised obstacles in urban
environments can include obstacles such as walls, rubble from damaged or destroyed buildings,
and obstacles emplaced by enemy forces such as concrete barriers. Raised obstacles in field
environments can include fallen timber, manmade berms, and rocks or boulders. A quality drivers
training program incorporates training which familiarizes drivers with how to identify and
path as follows:
M2A2/3 Bradley fight vehicle:
Drive the vehicle up to the obstacle straight on.

Move the gear selector to LOW. Slowly drive the vehicle over the obstacle or berm.

Obstacles higher than 36 inches (914 millimeters) can damage the vehicle drive sprocket. Do not drive over obstacles higher than 36 inches
(914 millimeters).
M1A1 and M1A2 SEP Abrams tank:
Alert crew that the obstacle will be crossed. Make sure the main gun is elevated all the way. Slow down the tank and set the shift control to L.

Drive the tank slowly to meet the forward edge of the obstacle. Increase speed and drive up the obstacle. Slow down the tank as it gets to the balance point. Drive forward slowly to ease the tank forward from the balance point. Drive off the obstacle slowly using the service brakes to control speed. When the tracks touch the ground increase speed. When the rear of the tank is off the obstacle, continue normal driving.

Do not try to drive over obstacles higher than 42 inches (1.1 meters). Damage to the tank suspension can result.

5.
Encounter and negotiate unstable or loose soil conditions (steps for both platforms are the same)
as follows:
Allow as much distance as possible between vehicles in convoys. Flying dust and sand damages optics and clogs air filters. Drive on sand is at night or early morning when sand is damp as this is the best time to drive on sand. Damp sand allows for better traction. Do not make pivot turns in sand or loose dirt or a thrown track may result. Do not make sharp turns at high speeds. Turn vehicle with a series of gradual turning motions to avoid throwing a track or overturning the vehicle.

Do not slide the vehicle sideways into loose dirt or sand; a thrown track could be the result.

Do not straddle a sand dune or drive on the sides of two sand dunes. A sand dune can be an unstable overhanging ridge and give way under the weight of the vehicle. If the vehicle starts to skid on loose sand, the driver takes their foot off the accelerator. The driver steers in the direction of the skid until the vehicle stops skidding. The driver slowly accelerates and steers the vehicle on a straight course.

If a track-popping sound is heard while driving in loose sand, drive the vehicle in a straight line until the track-popping sound stops. If the track-popping sound continues, stop the vehicle and set the hand brake. Check the track and suspension for a buildup of sand. If sand has built up on the suspension, move the vehicle backward and forward two or three times to clear the suspension.

Ensure track tension is set properly on a daily basis. Driving in sand or loose dirt may cause the track to stretch.

6.

Conduct self-recovery operations as follows (steps for the M2A2/3 Bradley and M1 Abrams series of main battle tanks are the same) (see figure D-2, page D-8):

Self-recovery procedures for mired tracked vehicles:
Driver shuts down the engine, dismounts the vehicle, and assists the rest of the crew in the recovery effort. Crew obtains a log long enough to span the width of the vehicle and of sufficient diameter to support the vehicle weight. Crew places the log against both tracks. Crew places a tow cable so that one end of the cable goes under the log and through the tracks from the inside. Crew places the other end of the tow cable underneath the log and connects the ends of the cable together with a tow hook on the outside of the track to make disconnecting easier. Crew follows the same procedure to attach the log to the track on the opposite side of the vehicle. Driver remounts the vehicle and starts the engine. Ground guides move to the front and rear of the vehicle. Tank commander instructs the driver when to apply power to the tracks. This pulls the log underneath the tracks until it meets the obstacle, thereby anchoring the tracks and causing the vehicle to move. Driver takes directions from the grounds guides as to when to stop the vehicle before the log reaches the fenders or the cable reaches the drive sprocket to prevent damage to the fenders and tow cables.

Self-recovery procedures for high centered (bellied) tracked vehicles:
Driver shuts down the vehicle and dismounts the vehicle. Crew anchors the tracks by using two tow cables. Crew connects the tow cables together with a tow hook. Crew attaches the cables to both tracks by passing the ends of the cables through the tracks from the outside and attaching them to the standing parts of the cables with tow hooks. Driver remounts the vehicle and starts the engine. Ground guides move to the front and rear of the vehicle. Tank commander directs the driver to apply power to the tracks and take directions from the ground guides. Driver applies power to the tracks until the cable makes contact with the obstacle and the vehicle moves off the obstacle. Ground guides ensure that the driver stops applying power before the tow cables cycle up to a point where they meet the hull of the vehicle to prevent equipment damage.

## Glossary Section I  Acronyms And Abbreviations

Acronym
Definition
AR
Army regulation
ATP
Army technical publication
BII
base information infrastructure
CAR
Central Army Registry
DA
Department of the Army
DA PAM
Department of the Army pamphlet
DD
Department of Defense
ETM
electronic technical manuals
FM
field manual
LDAC
Logistics Data Analysis Center
METL
mission-essential task list
NVD
night vision device
OF
optional form
PMCS
preventative maintenance checks and services
POL
petroleum, oil, and lubricant
SF
standard form
SOP
standard operating procedure
TC
training circular
TM
technical manual

## Section Ii  Terms

None.

## References

REQUIRED PUBLICATIONS
ADP 1-02. *Terms and Military Symbols*, 14 August 2018.

DOD Dictionary of Military and Associated Terms, May 2019.

RELATED PUBLICATIONS
These documents contain relevant supplemental information.

Most Army doctrinal publications and regulations are available at https://armypubs.army.mil.

## Joint Publications This Section Contains No Entries.

ARMY PUBLICATIONS
AR 190-5, Motor Vehicle Traffic Supervision {OPNAV 11200.5D; AFI 31-218(I); MCO 5110.1D;
DLAR 5720.1}, 22 May 2006.

AR 600-8-22, *Military Awards*, 5 March 2019.

AR 600-55, The Army Driver and Operator Standardization Program (Selection, Training, Testing, and Licensing), 1 May 2017.

ATP 4-11, *Army Motor Transport Operations,* 5 July 2013.

ATP 4-31, *Recovery and Battle Damage Assessment and Repair (BDAR)*, 27 August 2014.

ATP 5-19, *Risk Management*, 14 April 2014.

DA PAM 750-8, *The Army Maintenance Management System (TAMMS) Users Manual*, 22 August 2005.

FM 7-0, *Train to Win in a Complex World,* 5 October 2016.

FM 27-10, *The Law of Land Warfare*, 18 July 1956.

TC 3-20.21-1, *Individual and Crew Live-fire Prerequisite Testing*, 21 July 2010.

TC 3-20.31, *Training and Qualification, Crew*, 17 March 2015. TC 3-20.31-4, *Direct Fire Engagement Process (DIDEA)*, 23 July 2015.

TC 3-21.60, Visual *Signals*, 17 March 2017.

TC 21-305-2, *Training Program for Night Vision Device Driving Operations*, 17 January 2014.

## Other Publications Manual For Courts-Martial United States (2019 Edition), 15 February 2019.

https://jsc.defense.gov/Military-Law/Current-Publications-and-Updates/
RECOMMENDED READINGS
AR 40-501, *Standards of Medical Fitness,* 14 June 2017.

AR 385-10, *The Army Safety Program,* 24 February 2017.

AR 611-5, *Personnel and Classification Testing,* 9 December 2015. AR 614-200, *Enlisted Assignments and Utilization Management*, 25 January 2019. ATP 3-34.5, *Environmental Considerations,* 10 August 2015. TM 9-2350-264-10-1 Operator  Manual for Tank, Combat, Full-Tracked: 120-MM Gun, M1A1
(NSN 2350-01-087-1095) (EIC: AAB) General Abrams, Volume 1 of 3, 7 September 2011.

## References

TM 9-2350-264-10-2, Operator  Manual for Tank, Combat, Full-tracked:  120-MM Gun, M1A1
(NSN 2350-01-087-1095) (EIC: AAB) General Abrams, *Volume 2 of 3*, 7 September 2011.
TM 9-2350-264-10-3 Operator  Manual for Tank, Combat, Full-Tracked: 120-MM Gun, M1A1
(NSN 2350-01-087-1095) (EIC: AAB) General Abrams, Volume 3 of 3, 7 September 2011.
TM 9-2350-264-23-1-1, Field Maintenance Manual for Tank, Combat, Full-Tracked: 120-MM Gun,
M1A1 (NSN 2350-01-087-1095) (EIC: AAB) General Abrams, Hull (Volume 1 of 8), 1 July 2011.
TM 9-2350-284-10-1,
-01-248-7619)
(EIC ALG) and Fighting Vehicle, Cavalry, M3A2 (NSN 2350-01-248-7620) (EIC ALH), Hull, 31 July 2013.
TM 9-2350-284-10-2,
 M2A2, (NSN 2350-01-248-7619)
(EIC ALG) and Fighting Vehicle, Cavalry, M3A2 (NSN 2350-01-248-7620) (EIC ALH) Turret, 30 September 2013.
TM 9-2350-388-10-1, Operator Manual for Tank, Combat, Full-Tracked: 120-MM Gun, M1A2 System
Enhancement Package Version 2 (SEPv2) NSN 2350-01-328-5964 (EIC AAF) General Abrams
(Volume 1 of 4), 15 January 2018.
TM 9-2350-411-10,
 for Fighting Vehicle, Infantry, Operation Desert Storm M2A2
ODS (NSN 2350-01-405-9886) (EIC APE), 31 May 2018.
TM 9-2350-438-10, Operator Manual for Fighting Vehicle, Infantry, M2A3 (NSN 2350-01-436-0005)
(EIC APG) Fighting Vehicle, Infantry, Operation Desert Storm, Situational Awareness (ODS SA)
M2 ODS SA (NSN 2350-01-565-3460) (EIC AP2), 31 May 2018.
PRESCRIBED FORMS
This section contains no entries.
REFERENCED FORMS
Unless otherwise indicated, DA and DD Forms are available on the Army Publishing Directorate
(APD) website (https://armypubs.army.mil).
DA Form 348, *Equipment Operator`s Qualification Record (Except Aircraft)*. DA Form 2028, *Recommended Changes to Publications and Blank Forms*.
DA Form 2404, *Equipment Inspection and Maintenance Worksheet*.
DA Form 2408-14, *Uncorrected Fault Record*.
DA Form 5984-E,
 Permit Record (EGA).
DA Form 5987-E, *Motor Equipment Dispatch (EGA)*.
DA Form 5988-E, *Equipment Maintenance and Inspection Worksheet (EGA)*.
DD Form 518, *Accident Identification Card*, https://www.esd.whs.mil/Directives/forms/. OF 346,
.
https://www.gsa.gov/forms-library/us-government-motor-vehicle-operators-identification-card. Stock number 7540-00-634-3999.
SF 91, *Motor Vehicle Accident Report.*
https://www.gsa.gov/forms-library/motor-vehicle-accident-report. Stock Number 7540-00-634-4041.
WEBSITES
Central Army Registry (CAR), https://atiam.train.army.mil/catalog/dashboard. Logistics Data Analysis Center (LDAC) (formerly LOGSA), https://www.logsa.army.mil. U.S. Army Combat Readiness Center, https://www.rucker.army.mil/tenants/usacrc/.

## Index

C
DD Form 518, Accident-
Identification Card. 2-30
night vision devices (NVDs). 2-
44
Central Army Registry (CAR).

1-1

## O E

OF 346, U.S. Government responsibilities. 3-2
eight step-training model. 1-1 emergency situations. 2-14
Identification Card. 3-3

## D F

P
five-step risk management process. 3-2

## G

preventative maintenance checks and services (PMCS). 2-19
ground guides rules. 3-23

## R H

DA Form 2404, Equipment
Maintenance and Inspection Worksheet. 2-26
DA Form 2408 14,
Uncorrected Fault Record.
2-30
DA Form 348, Equipment
Operator's Qualification Record (Except Aircraft). 1-8

responsibilities and regulations.
  2-3
risk assessment and
  management. 3-1

hand-and-arm signals. 2-9
high-risk environmental effects.
  3-25

DA Form 5984-

## S I

SF 91, Motor Vehicle Accident Report. 2-30
instrumentation, controls, and indicators. 2-7
T

## L

TMs, WPs, and ETMs. 2-28
licensing, three phases. 2-1
V

## N

vehicle operation. 2-10
night vision device (NVD)
qualification, 2-12

Permit Record (EGA). 1-7
DA Form 5987 E, Motor
Equipment Dispatch. 2-30
DA Form 5988-E, Equipment
Maintenance and Inspection Worksheet. 2-26
DA Pamphlet 750-8, The Army
Maintenance Management Systems (TAMMS) Users Manual. 2-5