UAV

Operating Manual

2016-2017

AG TECH SERVICES, INC.

OPERATIONS MANUAL
1

INTRODUCTION

CONTENTS

Contained in this Operational Manual are the operational guidelines for all Ag 

Tech Services, Inc. sUAS craft piloted by Ag Tech Services, Inc. Pilots in 

Command and observed by Ag Tech Services, Inc. Visual Observers. The 

guidelines herein provide instruction on how to operate Ag Tech Services, Inc.

sUAS Flight Crafts as well as operating rules and regulations pertaining to Ag 

Tech Services, Inc.’s Petition for Exemption under Section 333 of the Federal 

Aviation Administration Modernization and Reform Act of 2012. 

 

CONTACT INFORMATION

Ag Tech Services, Inc.

Drew Hallman

966 W. Church Street

Sandwich, IL 60548

815-786-2193

agtech@agtechil.com

INTRODUCTORY STATEMENT

Pursuant to the Petition for Exemption under Section 333 of the FAA 

Modernization and Reform Act of 2012, the operational guidelines herein 

provide instruction on how to safely operate and manage commercial sUAS 

flights over the United States of America utilizing Ag Tech Services, Inc. Flight 

Craft. As is highlighted by the Federal Aviation Administration, successful 

Petitions for Exemption are granted to individuals and businesses who can show 

that their commercial sUAS flights are within the public interest and provide at 

least an equivalent level of safety as what current rules and regulations provide. 

For this reason, it is imperative that all commercial sUAS flights performed by Ag 

Tech Services, Inc. representatives adhere to strict operating procedures as laid 

out in the Petition for Exemption paperwork filed with the FAA. Failure to 

follow the rules laid out within the Exemption paperwork are ground for the 

removal of a granted exemption and in turn the forfeiture of the ability to 

conduct commercial sUAS operations. Thus, Ag Tech Services, Inc. strongly 

encourages all representatives to read through this Operations Manual and 
2

become familiarized with the rules and regulations pertaining to proper sUAS 

operations at Ag Tech Services, Inc.. 

DEFINITIONS

 sUAS – Small Unmanned Aerial System

 UAV – Unmanned Aerial Vehicle

 UA – Unmanned Aircraft

 UAS – Unmanned Aerial System

 VMCs – Visual Meteorological Conditions

 CFRs – Code of Federal Regulations

 14 CFR – Title 14 of the Code of Federal Regulations (Relating to Aviation)

 VFRs – Visual Flight Rules

 PIC – Pilot In Command

 VO – Visual Observer

 FAA – Federal Aviation Administration

DOCUMENT EDITION NUMBER

This Edition of the Ag Tech Services, Inc. sUAS Operations Manual is Edition 1 

and was last updated on February 4, 2016. This Edition of the Operations 

Manual will be current for the 2016-2017 Flight Years. Further Editions of this 

Manual may come in late 2016 or 2017 depending on the FAA’s releasing of a 

Final Rule for commercial sUAS operations within the United States of America. 

TABLE OF CONTENTS

Introduction .......................................................................................................1

Contents.........................................................................................................1

Contact Information .......................................................................................1

Introductory Statement..................................................................................1

Definitions..........................................................................................................2
3

Document Edition Number.................................................................................2

Organization.......................................................................................................4

Structure of sUAS Flight Crews........................................................................4

Nominated Personnel.....................................................................................5

Responsibility and duties................................................................................5

PIC..............................................................................................................5

Responsibility and duties of support Team......................................................6

Brief technical description of the UAS.............................................................6

Area of Operation...........................................................................................7

Operating limitations and conditions..............................................................7

Supervision of UAS operations........................................................................8

Accident prevention .......................................................................................8

Flight team composition.................................................................................8

Operation of multiple types of UAS.................................................................9

Qualification requirement Details...................................................................9

PIC..............................................................................................................9

VO............................................................................................................10

Crew health..................................................................................................10

Logs and Records Requirements...................................................................11

Operating Procedures.......................................................................................11

Flight planning/preparation..........................................................................11

Determination of the intended tasks and feasibility......................................11

Operation site location and assessment........................................................12

the type of airspace and specific provisions ..............................................12

other aircraft operations...........................................................................12

hazards associated with industrial sites.....................................................12

extraordinary restrictions .........................................................................13

permission from land/property owner......................................................13

weather conditions for the planned flight.................................................13

Risk management Identification ...................................................................14

Contact number Link for ATC & fAA..............................................................14

Pre-notification ............................................................................................14
4

obtaining weather forecasts. ........................................................................14

Preparation and serviceability ......................................................................14

On site procedures and Pre-flight checks......................................................15

Site survey Visual check of operating area ....................................................15

Selection of operating area...........................................................................15

Cordon procedure ........................................................................................16

Communications with other operators.........................................................16

Weather checks............................................................................................16

Refueling Or charging/changing batteries.....................................................17

correct assembly of the UAS.........................................................................17

Pre-flight checks...........................................................................................17

Flight procedures..........................................................................................18

Emergency Procedures.................................................................................18

Loss of control data link................................................................................19

Training............................................................................................................19

Pilot In Command and Visual Observer Training Procedures.........................19

Visual Observer Training Guide.....................................................................19

Pilot in Command Training Guide..................................................................20

Granted Section 333 Exemption .......................................................................20

ORGANIZATION

STRUCTURE OF SUAS FLIGHT CREWS

At Ag Tech Services, Inc., each of our flight crews will consist of one Pilot In 

Command (PIC) and at least one Visual Observer (VO). Both the PIC and VO will 

have completed Mandatory sUAS Training by Ag Tech Services, Inc. and will 

have received both 3 hours of classroom training and at least 25 hours of realworld flight training (PIC). Furthermore, both the PIC and VO will have to have 

at least a valid Class 3 Medical Certificate from the Federal Aviation 

Administration or the equivalent, which currently is a valid U.S. Driver’s License. 

Additionally, each PIC will have to have at least a valid Sport or Recreational 

Pilot Certificate. If representatives of Ag Tech Services, Inc. meet all of these 
5

criteria, they are then eligible to participate in commercial sUAS flights over the 

United States of America on behalf of Ag Tech Services, Inc..

NOMINATED PERSONNEL

As is stated in the Structure of sUAS Flight Crews, the nominated participants of 

each commercial sUAS flight will be a Pilot In Command and a Visual Observer. 

These personnel will be nominated to their positions based on their 

qualifications, training, and eligibility pertaining to required licenses and medical 

status. 

RESPONSIBILITY AND DUTIES

PIC

The PIC is the Captain of a sUAS flight crew at Ag Tech Services, Inc. and with 

that title comes responsibilities and duties. As the captain of the crew the PIC is 

not only responsible for the safe operations of the flight craft but also the 

positioning of the Visual Observer. This positioning is very important as it is up 

to the PIC to select a location for the VO that allows for the VO to have the best 

perspective of the flight area. On top of placing the VO in the right position and 

conducting safe flights, the PIC is also responsible for going through a preflight 

checklist, which includes checking the batteries, props, GPS System, and the like. 

Furthermore, it is imperative that the PIC also determine if the current weather 

conditions provide for a safe flying environment. More clearly, it will be up to 

the PIC, with assistance from the VO, to determine if the VMCs allow for Visual 

Flight Rule Operations. If so, the PIC can conduct the flight but if not, he or she 

should terminate the flight and either wait for better weather or reschedule the 

flight for a different day. Additionally, the PIC is responsible for ensuring;

 Compliance with applicable sections of Title 14 of the Code of Federal 

Regulations (14 CFR) to operate in the NAS,

o http://www.ecfr.gov/cgi-bin/textidx?SID=23bdc8482b9526fb3dad5c7daf2f3cdd&mc=true&tpl=/

ecfrbrowse/Title14/14tab_02.tpl

 Compliance with the Petition for Exemption and Granted Section 333 

Exemption,

o Attached Below
6

 At least an equivalent level of safety as is provided by existing rules and 

regulations for the National Airspace System as developed by the 

Federal Aviation Administration.

VO

The Visual Observer is also an extremely important part of the sUAS flight crew. 

Above all else, the Visual Observer has the responsibility to maintain safe flight 

operations and to ensure; 

 Compliance with applicable sections of Title 14 of the Code of Federal 

Regulations (14 CFR) to operate in the NAS,

o http://www.ecfr.gov/cgi-bin/textidx?SID=23bdc8482b9526fb3dad5c7daf2f3cdd&mc=true&tpl=/

ecfrbrowse/Title14/14tab_02.tpl

 Compliance with the Petition for Exemption and Granted Section 333 

Exemption,

o Attached Below

 At least an equivalent level of safety as it provided by existing rules and 

regulations for the National Airspace System as developed by the 

Federal Aviation Administration.

RESPONSIBILITY AND DUTIES OF SUPPORT TEAM

While the typical Ag Tech Services, Inc. flight crew will be made up of a Pilot In 

Command and a Visual Observer, it should also be noted that some flights will 

take place with additional support personnel. Non-participating personnel 

should maintain a safe distance from participating personnel (in accordance 

with 14 C.F.R. 91.119) and obviously, sometimes additional support personnel 

may be required to keep non-participating parties at a safe distance from the 

flight crew. The flight crew has enough to worry about in order to maintain a 

safe flight, therefore, additional participants may be required to perform basic, 

non-flight dependent tasks, such as crowd control as an example. 

BRIEF TECHNICAL DESCRIPTION OF THE UAS

At Ag Tech Services, Inc., our Section 333 Exemption covers the use of the 

following aircraft;
7

 DJI Inspire 1

 DJI Matrice 100

Below are links to the user manuals of each platform.

 DJI Inspire 1

o http://download.djiinnovations.com/downloads/inspire_1/en/Inspire_1_User_Man

ual_v1.2_en.pdf

 DJI Matrice 100

o http://download.djiinnovations.com/downloads/dev/Matrice/en/M100_User_Man

ual_v1.0_en.pdf

AREA OF OPERATION

Ag Tech Services, Inc. may operate throughout the United States, however most 

operations will occur in Northern Illinois. Nonetheless, the actual areas of the 

operations will always be governed by Visual Flight Rules and Regulations. 

In order to begin a flight, the PIC and VO will have to determine that the VMCs 

are suitable for Visual Flight. From there the actual area of operation will be 

dependent on the visual line of sight distance achievable by the flight crew. This 

visual line of sight distance is determined by how far the flight crew can see with 

their unaided (with the exception of prescription glasses or contacts) eye. It is 

imperative that every flight mission include constant visual contact with the 

flight platform. This will ensure safety and more efficient operations. 

OPERATING LIMITATIONS AND CONDITIONS 

All Ag Tech Services, Inc. flights will take place when Visual Meteorological 

Conditions are such that VFR Flights are possible (as opposed to Instrument 

Rated Flights) within Class G Airspace. The following link will take you to the 

VMC rules and the specific distances are listed in Section A.1.

 https://www.faa.gov/air_traffic/nas_redesign/regional_guidance/easter

n_reg/nynjphl_redesign/documentation/feis/appendix/media/Appendix

_A-National_Airspace_System_Overview.pdf

Generally, VFR operations are possible when weather is fair to good and 

visibility is at least 3 Statute Miles (SM). 
8

Furthermore, safe operations are generally considered possible by Ag Tech 

Services, Inc. when wind speeds are equal to or less than the operational 

guidelines as laid out by each flight craft’s specific manual (which are linked 

below). 

SUPERVISION OF UAS OPERATIONS

In addition to the flight crew operating the flight, it should also be noted that 

multiple flight computer systems will be assisting the crew and supervising the 

operation. The flight controller onboard all Ag Tech Services, Inc. aircraft 

calculates various sensor readings from around the aircraft to make adjustments 

for wind changes and other outside factors. Additionally, telemetry from each 

flight is collected and shared live with the PIC and VO during flights to ensure 

safe operations. The data included in this telemetry are GPS data, speed, 

distance away from the controller, height (AGL), and the like. 

ACCIDENT PREVENTION

In an effort to avoid accidents with any Ag Tech Services, Inc. flight craft, 

frequent maintenance checks are required. With DJI’s newest aircraft (DJI 

Phantom 3, DJI Inspire, and DJI Matrice) all flights are logged. After each flight, 

the PIC and VO should confirm that a flight log was generated for the flight and 

upload it to the cloud by hitting the cloud icon on the top right corner of the 

flight application. Additionally, these logs should be monitored on a bi-weekly 

schedule to assess for any potential issues that might pop up. Furthermore, 

these logs should be used to track overall usage of the system in an effort to 

estimate component failures and replace them before they lead to an accident. 

FLIGHT TEAM COMPOSITION

Each Ag Tech Services, Inc. Flight Team will consist of two crew members, the 

PIC and the VO, as well as the flight craft itself. This flight craft will be one of 

the following;

 DJI Inspire 1

 DJI Matrice 100

Commercial UAV Flights by Ag Tech Services, Inc. will always utilize the newest 

generation system from the above-highlighted list of accepted UAV aircraft 
9

under the granted petition. Older generation aircraft will only be used when 

newer systems are not on hand for the commercial operation. 

OPERATION OF MULTIPLE TYPES OF UAS 

In some situations, more than one UAS might be operating for a commercial 

purpose. It should be noted that a designated flight team, including the PIC and 

VO can only operate one UAS at a time. Therefore, any operations in which 

multiple craft are used will require more than one flight crew. 

QUALIFICATION REQUIREMENT DETAILS 

Both the Pilot In Command and Visual Observer are required to meet certain 

qualification requirements. The requirements are listed below for each 

position.

PIC

The PIC is responsible for the maneuvering of the aircraft and in turn the safe 

operations of the commercial UAS flight. For this reason, he/she must have the 

following qualifications.

 All PICs must have an understanding of Federal aviation regulations 

applicable to the airspace where the UAS will operate (Class G Airspace)

o PICs are captains of flight crews

o PICs must NOT perform crew duties for more than one UAS at a 

time

o PICs are not allowed to be both the PIC and VO

 PICs must complete sufficient training to communicate with the VO any 

information required to remain clear of conflicting traffic, terrain, and 

obstructions, maintain proper cloud clearances, and provide 

navigational awareness. 

o Overview 14 CFR: 

 § 91.111, Operating Near Other Aircraft; 

 § 91.113, Right-of-Way Rules: Except Water Operations; 

 § 91.115, Right-of-Way Rules: Water Operations; and 
10

 § 91.155, Basic VFR Weather Minimums; 

 PICs must hold at least a valid Sport or Recreational Pilot’s Certificate 

from the FAA and a valid Class 2 Medical Certificate or an equivalent, 

which includes;

o Valid U.S. Driver’s License

VO

The VO is responsible for the visual observance of the aircraft and in turn the 

safe operations of the commercial UAS flight. For this reason, he/she must have 

the following qualifications.

 All observers must have an understanding of Federal aviation 

regulations applicable to the airspace where the UAS will operate (Class 

G Airspace)

o Observers are considered crewmembers 

o Observers must NOT perform crew duties for more than one 

UAS at a time

o Observers are not allowed to be both the VO and PIC 

 Observers must complete sufficient training to communicate to the pilot 

any information required to remain clear of conflicting traffic, terrain, 

and obstructions, maintain proper cloud clearances, and provide 

navigational awareness. 

o Overview 14 CFR: 

 § 91.111, Operating Near Other Aircraft; 

 § 91.113, Right-of-Way Rules: Except Water Operations; 

 § 91.115, Right-of-Way Rules: Water Operations; and 

 § 91.155, Basic VFR Weather Minimums; 

 Observers must hold a Valid Class 2 Medical Certificate from the FAA or 

an equivalent, which includes;

o Valid U.S. Driver’s License

CREW HEALTH
11

The health of the flight crew is necessary for safe UAS operations. For this 

reason, all flight crew members will have to hold at least a Valid U.S. Driver’s 

license, which will ensure their capable eyesight. Furthermore, each crew is 

responsible for assessing the health of each crew member individually and in 

turn, determining if each crew member is fit for the operation that day. If there 

is a suspicion of an unfit crew member, the PIC or VO should call off the flight. 

LOGS AND RECORDS REQUIREMENTS

All flight logs will be recorded within the flight app of our newest UA systems. 

These self-reporting systems include the Phantom 3 Series, the Inspire 1, and DJI 

Matrice. For flights including craft outside this list, a manual reporting flight log 

application will be used, such as RPAS Logger Lite, available on the Google

Playstore. 

OPERATING PROCEDURES

FLIGHT PLANNING/PREPARATION

Prior to each commercial UAS Flight there will be a flight planning meeting. This 

will typically take place the day before the planned flight and the information 

discussed in that meeting will be reviewed prior to flight. The flight planning 

meeting will be a review of the applicable FAA guidelines that will have to be 

followed, a safety brief on the flight, a review of the aircraft to ensure it doesn’t 

need any maintenance or repairs, and finally a Mission Planning session in which 

background maps will be cached using WIFI. Additionally, if time allows, the 

Mission Planning Session may also include the actual flight creation on the 

Mission Planning Software. This will allow for a preloaded flight mission prior to 

arriving at the sight. When arriving at the sight, if any unforeseen obstacles are 

in the area, the mission can be altered within the Mission Planner Software. 

Furthermore, pre-flight check lists will be completed, a review of the capability 

of the flight crew will be assessed, and VMCs will be noted for safe VFR 

operations. 

DETERMINATION OF THE INTENDED TASKS AND FEASIBILITY 
12

The feasibility of the flight will be considered prior to take off. First, the flight 

crew will determine that they are capable of performing the flight. The factors 

they will assess in this determination will include;

 Health Status

 VMC Status

 Aircraft Status

 Flight Skill and Abilities

If the flight crew finds that they are lacking in one of these areas, they should 

terminate the flight. However, if they feel healthy, have good visibility, their 

aircraft is functioning properly, and they have the necessary skills to pull off a 

safe flight, then they should proceed with the operation. 

OPERATION SITE LOCATION AND ASSESSMENT

THE TYPE OF AIRSPACE AND SPECIFIC PROVISIONS

All commercial UAS Flights performed by Ag Tech Services, Inc. will take place in 

Class G airspace and specifically, no more than 400 feet above ground level. 

Furthermore, it will be necessary to have at least 3 statute miles of visibility to 

perform the commercial operations. This is to ensure that the flight can be 

operated under Visual Flight Rules. 

OTHER AIRCRAFT OPERATIONS

In some situations, other aircraft will be operating in the same flight area as the 

Ag Tech Services, Inc. Flight Crew’s UA. These other operations should be noted 

and it will be up to both the PIC and VO to maintain safe operating distances 

away from these aircraft and be ready to conduct evasive maneuvers if 

necessary. 

HAZARDS ASSOCIATED WITH INDUSTRIAL SITES

It will be the job of both the PIC and VO to assess all potential flight hazards 

prior to a UAS Flight. These hazards include, but are not limited to; 

 Power Lines

 Towers

 Large Structures

 Chemical Waste
13

 Smoke Stacks

 Etc.

To ensure safe operations it will be important for the PIC and VO not only to 

assess these potential hazards but also create a verbal action plan as to how to 

avoid these obstacles during flight. 

EXTRAORDINARY RESTRICTIONS

Obviously there are some FAA restrictions associated with important airspace. 

These restricted areas are off limits to Ag Tech Services, Inc. flight crews and 

include areas within 5 miles of an airport, over Capitol buildings, over College 

and Professional Football Stadiums, and other similar venues unless expressed 

written consent is obtained from the controller of said locations. In each 

situation, particularly those situations in which FAA rules are involved, you will 

either contact the representative FAA personnel (via the FAA hotline or your 

local FAA representative phone number), file and receive a COA for the 

operations, or obtain other appropriate permissions. If there is a question as to 

whether certain airspace is restricted, please contact the Federal Aviation 

Administration. 

PERMISSION FROM LAND/PROPERTY OWNER 

All Ag Tech Services, Inc. Flights will take place only after Ag Tech Services, Inc.

secures verbal, written, or digital permission from the Land or Property owner 

of the site below the UA operations. 

WEATHER CONDITIONS FOR THE PLANNED FLIGHT

All Ag Tech Services, Inc. flights will take place when Visual Meteorological 

Conditions are such that VFR Flights are possible (as opposed to Instrument 

Rated Flights) within Class G Airspace. The following link will take you to the 

VMC rules and the specific distances are listed in Section A.1.

 https://www.faa.gov/air_traffic/nas_redesign/regional_guidance/easter

n_reg/nynjphl_redesign/documentation/feis/appendix/media/Appendix

_A-National_Airspace_System_Overview.pdf

Generally, VFR operations are possible when weather is fair to good and 

visibility is at least 3 Statute Miles (SM). 

Furthermore, safe operations are generally considered possible by Ag Tech 

Services, Inc. when wind speeds are equal to or less than the operational 
14

guidelines as laid out by each flight craft’s specific manual (which are linked 

below). 

RISK MANAGEMENT IDENTIFICATION

It is imperative that all members of the Ag Tech Services, Inc. Team consider risk 

management when performing their duties. If you see something that you 

believe is risky, please contact upper management about your concerns. The 

most important thing at Ag Tech Services, Inc. is safety and for this reason the 

company would much rather have a risk highlighted and addressed instead of 

finding out about it after an accident. 

CONTACT NUMBER LINK FOR ATC & FAA

http://acukwik.com/

PRE-NOTIFICATION

If you feel that your operations may cause concern among the general public, be 

sure to notify local law enforcement of your intended flight. This step typically 

does not need to be taken but if you feel that an operation is going to set off 

alarms with the general public you may want to inform the local police and 

provide them with the written permission of the landowner as well as the 

granted Section 333 Exemption linked below. This is a precautionary step in 

order to get ahead of anyone calling the police for example even though your 

flights are legal. 

OBTAINING WEATHER FORECASTS. 

When considering a UAS flight it will be important to ensure that the operations 

are going to be occurring in Visual Meteorological Conditions. In order to 

determine this, a PIC and VO should visually assess the situation as well as 

double check weather forecasts using a local or national weather application, 

such as the Weather Channel App. This will ensure VMCs throughout the entire 

mission. 

PREPARATION AND SERVICEABILITY
15

In order to ensure safe operations, it is vital that all Flight Crews are prepared 

for their flights and perform all pre-flight checks of the aircraft to ensure the 

aircraft is assembled correctly, the batteries are fully charged, and there is a 

good link between the PIC and the aircraft systems. 

ON SITE PROCEDURES AND PRE-FLIGHT CHECKS 

While on site for a commercial UAS operation the PIC and VO should perform 

several checks. First they should determine their ability to complete the 

operation in a safe manner. Considerations that will go into this calculation 

include their health on that day and their overall flight skill. Furthermore, the 

PIC and VO should select a safe operating area, clear of hazards and with 

sufficient room. Then the PIC should select a location for the VO so that the VO 

has the best vantage point and view of the operating area. Next, both the PIC 

and VO should go through a Pre-Flight checklist that includes ensuring the 

batteries are charged, a good link between the Pilot and Aircraft, and that the 

system is assembled properly. At the culmination of these checks the mission 

will be a go and the operation will be flown. Upon landing the PIC and VO will 

ensure both the flight data and imagery were logged. Then they will clean up 

the site so that it is the same way they found it and they can move onto their 

next operation. 

SITE SURVEY VISUAL CHECK OF OPERATING AREA

Prior to flight, the PIC and VO should do a visual check of the operating area to 

ensure no obstacles or hazards present a risk to the safe operation of the 

aircraft. If hazards are in the area a determination must be made by the flight 

crew if the hazards warrant not flying that day or if they can be managed by 

good communication between the PIC and VO. 

SELECTION OF OPERATING AREA

The selection of the operating area should include a few considerations. First, 

the operating area should be large enough to accommodate the flight craft. 

Due to the fact Ag Tech Services, Inc. flight craft are multi-rotors, not much 

space is necessary due to the aircraft’s ability to perform vertical take-offs and 

landings. 
16

In addition to making sure there is enough space, it will also be important to 

ensure that both the PIC and VO have a good view of the craft while it is flying. 

This may mean finding high ground to stand on. Remember, it is a requirement 

to have the UAV in visual line of sight at all times and due to this, it will be 

important to find an operating area in which this is possible. 

CORDON PROCEDURE

All Ag Tech Services, Inc. flights will be controlled by a flight crew consisting of a 

Pilot In Command and a Visual Observer. All other parties who are not 

considered participants will be cordoned off and kept a safe distance from the 

operating area. This distance will be determined based on current FAA rules 

and regulations and particularly, 14 CFR § 91.119, which states an aircraft must 

not operate within 500 feet of a person (non-participant). To ensure this, Ag 

Tech Services, Inc. Flight crews will use a rope or verbal commands in situations 

where there is an abundance of non-participants. 

COMMUNICATIONS WITH OTHER OPERATORS

In the situation that a Ag Tech Services, Inc. Flight crew knows it will be 

operating alongside other operators, the Ag Tech Services, Inc. Flight crew will 

notify the other operator of its flight plan and discuss an action plan so as to not 

interfere with either operation. 

WEATHER CHECKS

All Ag Tech Services, Inc. flights will take place when Visual Meteorological 

Conditions are such that VFR Flights are possible (as opposed to Instrument 

Rated Flights) within Class G Airspace. The following link will take you to the 

VMC rules and the specific distances are listed in Section A.1.

 https://www.faa.gov/air_traffic/nas_redesign/regional_guidance/easter

n_reg/nynjphl_redesign/documentation/feis/appendix/media/Appendix

_A-National_Airspace_System_Overview.pdf

Generally, VFR operations are possible when weather is fair to good and 

visibility is at least 3 Statute Miles (SM). 
17

Furthermore, safe operations are generally considered possible by Ag Tech 

Services, Inc. when wind speeds are equal to or less than the operational 

guidelines as laid out by each flight craft’s specific manual (which are linked 

below). 

REFUELING OR CHARGING/CHANGING BATTERIES

As is stated in the Section 333 Exemption Paperwork linked below;

 No commercial flight missions will be executed unless it can be 

determined that the flight crew can complete their mission from takeoff through landing, with a reserve of 25% battery life. Ag Tech 

Services, Inc.’s newest flight crafts have adaptive battery monitors and 

for this reason this condition will be an automated process as Ag Tech 

Services, Inc. can set the default Advisory and Critical Battery warnings 

to 35% and 30% respectively, which will warn the PIC of the depleted 

battery and engage him/her to fly home and land with 25% remaining 

power. For all Ag Tech Services, Inc. systems without this automated 

feature, a watch will be used to monitor flight times to ensure a safe 

return home with adequate battery power. 

Thus, it will be important to charge batteries. For proper instructions on how to 

charge each style of battery, please see the linked Section 333 Paperwork below 

and follow the Table of Contents to the battery charging and handling 

procedures for each flight craft type and battery type.

CORRECT ASSEMBLY OF THE UAS

For specific assembly instructions for each of the UAS flight craft used by Ag 

Tech Services, Inc., please see the following links to the user manuals.

 DJI Inspire 1

o http://download.djiinnovations.com/downloads/inspire_1/en/Inspire_1_User_Man

ual_v1.2_en.pdf

 DJI Matrice 100

o http://download.djiinnovations.com/downloads/dev/Matrice/en/M100_User_Man

ual_v1.0_en.pdf

PRE-FLIGHT CHECKS
18

Please see the following comprehensive user manuals for each of the specific 

flight craft utilized by Ag Tech Services, Inc. for commercial operations under 

Section 333. Within these manuals you will find operating guidelines that will 

assist in the safe operations of each craft. Furthermore, please see the Quick 

Start Guides for each specific flight craft by following the link below to the 

Section 333 Paperwork and then following the Table of Contents to the Quick 

State Guides. 

 DJI Inspire 1

o http://download.djiinnovations.com/downloads/inspire_1/en/Inspire_1_User_Man

ual_v1.2_en.pdf

 DJI Matrice 100

o http://download.djiinnovations.com/downloads/dev/Matrice/en/M100_User_Man

ual_v1.0_en.pdf

FLIGHT PROCEDURES 

Please see the following comprehensive user manuals for each of the specific 

flight craft utilized by Ag Tech Services, Inc. for commercial operations under 

Section 333. Within these manuals you will find operating guidelines that will 

assist in the safe operations of each craft. Furthermore, please see the Quick 

Start Guides for each specific flight craft by following the link below to the 

Section 333 Paperwork and then following the Table of Contents to the Quick 

State Guides. 

 DJI Inspire 1

o http://download.djiinnovations.com/downloads/inspire_1/en/Inspire_1_User_Man

ual_v1.2_en.pdf

 DJI Matrice 100

o http://download.djiinnovations.com/downloads/dev/Matrice/en/M100_User_Man

ual_v1.0_en.pdf

EMERGENCY PROCEDURES

In the case of an emergency, such as the loss of communication with the 

aircraft, a battery shortage on the aircraft, a dying battery on the ground 

station, or the like, the aircraft utilized by Ag Tech Services, Inc. have automated 

fail safes. Specifically, if the signal is lost between the PIC and the aircraft the 

aircraft will automatically return home (a predetermined GPS Home Point that is 
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calculated prior to flight). Furthermore, if an emergency takes place in which 

the signal isn’t lost but the drone needs to be returned home safely, PICs have 

the option of engaging an auto-return home feature which is shown to them in 

training. 

In the case of an evasive maneuver emergency, PICs are trained to dive at a 

maximum safe speed to avoid things like manned aircraft or other UAs. 

Typically, the bottom of this dive will be at about 50 feet above ground level and 

it is at this height the PIC will loiter until safe flight operations at a higher 

altitude are again available. 

LOSS OF CONTROL DATA LINK 

In the case of an emergency, such as the loss of communication with the 

aircraft, a battery shortage on the aircraft, a dying battery on the ground 

station, or the like, the aircraft utilized by Ag Tech Services, Inc. have automated 

fail safes. Specifically, if the signal is lost between the PIC and the aircraft the 

aircraft will automatically return home (a predetermined GPS Home Point that is 

calculated prior to flight). Furthermore, if an emergency takes place in which 

the signal isn’t lost but the drone needs to be returned home safely, PICs have 

the option of engaging an auto-return home feature which is shown to them in 

training.

TRAINING 

PILOT IN COMMAND AND VISUAL OBSERVER TRAINING 

PROCEDURES

https://drive.google.com/file/d/0B8sknt2zpxhMNFllQVJZdHVsQ0E/view?usp=sh

aring

VISUAL OBSERVER TRAINING GUIDE

https://drive.google.com/file/d/0B8sknt2zpxhMbElBZTcwUi02aHM/view?usp=s

haring
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PILOT IN COMMAND TRAINING GUIDE

https://drive.google.com/file/d/0B8sknt2zpxhMREF0OHZLZ25Jc2M/view?usp=s

haring

GRANTED SECTION 333 EXEMPTION

Awaiting approval. Once approved, the Granted Exemption and Finalized 

Petition for Exemption will be linked here.