MINTZ LEVIN 

Jonathan T. Cain I 202 585 3508 I jtcain@mintz.com 

BY HAND 

Docket Operations, M-30 

United States Department of Transportation 

1200 New Jersey Ave., SE 

West Building Ground Floor, Room W12-140 

Washington, DC 20590-0001 

March 25, 2015 

701 Pennsylvania Avenue, N.W. 

Washington, D.C. 20004 

202-434-7300 

202-4 34-7 400 fax 

www.mintz.com 

Re: Petition for Exemption Pursuant To Section 333 of the FAA Modernization and 

Reform Act of 2012 

Dear Sir or Madam: 

Petitioner, Unmanned Aerial Systems Development, Inc., is a Massachusetts 

corporation doing business as UAS Development ("UASD"). This firm is legal counsel to 

Petitioner. We are writing pursuant to the FAA Modernization and Reform Act of 2012 (the 

"Reform Act") and the procedures contained in 14 C.F.R. § 11.81, to request that UASD, an 

owner and operator of small unmanned aircraft, be exempted from the Federal Aviation 

Regulations ("F ARs") listed below so that UASD may operate its lightweight unmanned 

aircraft systems ("UAS") commercially in airspace regulated by the Federal Aviation 

Administration ("FAA"). 

Introductory Statement 

UASD is a pioneer in capturing high definition feature film quality aerial 

cinematography with UASs. UASD has demonstrated its ability to carry a feature film 

quality camera system, the Blackmagic Design 4k Production camera, on a stable UAS 

platform. 

UASD has been operating its lightweight UASs non-commercially in controlled and 

regulatory compliant venues without significant incident over the last year. UASD would 

now like authorization to fly and operate its UASs commercially in the United States, 

primarily to capture aerial cinematography, conduct research on UAS safety protocols and 

to continue our development of enhanced platforms and systems for broader UAS 

industrial applications. 

USAD was founded by three partners, two from the cinematography and production 

industry and one from an electronics manufacturing and mechanical engineering 

background. Its chief engineer and pilot has over 15 years of flight experience in manned 

Mintz, Levin, Cohn, Ferris, Glovsky and Popeo, P.C. 

BosTON 1 LONDON 1 Los ANGELES 1 NEw YORK 1 SAN DIEGO 1 SAN FRANCisco 1 STAMFORD 1 WASHINGTON 
Mintz, Levin, Cohn, Ferris, Glovsky and Popeo, P.C. 

Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 2 

aircraft as a licensed private pilot and on numerous unmanned airframes. UASD has 

documented operating standards, robust technical assessment and research. Its flight 

operations crew's certification and experience has enabled UASD to secure comprehensive 

commercial liability and operations insurance through a major U.S. underwriter. 

UASD's UASs are among the most advanced remote control aircraft being used for 

these purposes. The airframe is described in detail in the Flight Operations Manual ("FOM") 

that accompanies this Petition. In summary, the airframe is based upon a Cortex 1000mm 

quad copter manufactured by CarbonCore, Ltd. of Reading, England entirely of aircraft 

grade carbon fiber materials, fastened with stainless steel fittings. UASD builds the 

remainder of the UAS and integrates the motors, navigation and flight control systems, 

power systems, radio controls and gimbaled camera payload at its facility in Holliston, 

Massachusetts. The central hub of the unit consists of two layers of carbon fiber sheets 

layered to provide a protective housing for the flight control systems as well as the power 

distribution and motor controls. These layers also form the mounting structure for the four 

carbon fiber spars, to which the eight brushless propulsion motors are mounted. The 

motors, navigation, power, radio and flight control systems UASD employs are industry 

proven and are used in a broad array of UASs. The performance histories of these systems 

are well documented and regularly updated, allowing for continual assessment and 

refinement through UASD's own flight experience and many other users. 

Granting UASD commercial UAS operations authority as outlined in this Petition 

would permit to operate its UAS in tightly controlled and limited airspace separated from 

persons not involved in the operations. Currently, similar lightweight, remote controlled 

UASs are legally operated by amateurs with no flight experience, safety plan or controls in 

place to prevent accidents. UASD's experienced remote control pilots, technicians and 

safety crew, operating under documented procedures will provide an enhanced level of 

safety. 

To date, the FAA has granted exemptions to a select group of petitioners. Petitioner 

contends that UASD's operations, under similar mission parameters, are equivalent in 

effect to those of the currently authorized operators. With operations headquartered in the 

northeastern section ofthe United States, UASD's authorization would allow them to serve 

a region of the country with significant film production industry demand at a greater 

economic benefit to potential clientele and would further introduce a diversity of providers 

to the broader market, furthering the economic benefit to the industries to be served. 

Granting UASD's request comports with the Secretary of Transportation's (FAA 

Administrator's) responsibilities to not only integrate UASs into the national airspace 

system, but to " ... establish requirements for the safe operation of such aircraft systems 

[UASs] in the national airspace system" under Section 333(c) of the Reform Act. Further, 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 3 

UASD will conduct its operations in compliance with the protocols described herein or as 

otherwise established by the FAA. 

For these reasons, and in consideration of the information provided below, UASD 

respectfully requests the FAA grant this Petition . 

.L UASD's Contact Information -- 14 C.F.R. § 11.81(a): 

Unmanned Aerial Systems Development, Inc. 

24 Water St 

Holliston, MA 01746 

Telephone: 617-823-9327 

Attn: Jeffrey Adams 

Email: jadams@uasdevelopment.com 

Jonathan T. Cain 

MINTZ LEVIN 

701 Pennsylvania Ave. NW 

Washington, DC 20004 

Telephone: 202-434-7300 

Email: jtcain@mintz.com 

.2_. Specific Sections of Title 14 of the CFR From Which UASD Requests Exemption14 C.F.R. § 11.81(b): 

14 CFR Part 21, Subpart H; 

14 CFR Part 27; 

14 CFR § 45.27(a); 

14 CFR § 61.113; 

14 CFR § 91.7 (a); 

14 CFR §§ 91.9 (b)(2) & (c); 

14 CFR § 91.103; 

14 CFR § 91.109(a); 

14 CFR § 91.119(c); 

14 CFR § 91.121; 

14 CFR § 151(a); 

14 CFR §§ 91.203(a) & (b); 

14 CFR § 91.405(a); 

14 CFR § 407(a)(1); 

14 CFR § 409(a)(2); 

14 CFR §§ 417(a) & (b). 
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Unmanned Aerial Systems Development, Inc. 

March 25,2015 

Page 4 

~ The Extent of Relief UASD Seeks and the Reason It Seeks Such Relief- 14 C.F.R. § 

11.81(c): 

UASD submits this application in accordance with the Reform Act, 112 P.L. 95 §§ 

331-334, seeking relief from currently applicable FARs operating to prevent UASD's 

contemplated commercial cinematic, photographic and research flight operations within 

the national airspace system. The Reform Act in Section 332 provides for such integration 

of civil unmanned aircraft systems into our national airspace system as it is in the public's 

interest to do so. UASD's lightweight UASs meet the definition of"small unmanned aircraft" 

as defined in Section 331 and therefore the integration of UASD's lightweight UASs are 

expressly contemplated by the Reform Act. Through this Petition, UASD seeks to operate 

its lightweight UASs prior to the time the FAA promulgates final regulations governing such 

operations pursuant to the Reform Act. 

The Reform Act specifies the factors to be considered in determining the types of 

UASs that may operate safely in our national airspace system. These factors include: 

The weight, size, speed and overall capabilities of the UAS; 

Whether the UAS will be operated near airports or populated areas; and, 

Whether the UAS will be operated by line of sight. 

112 P.L. 95 § 333 (a). Each of these factors compels the exemption sought by UASD. 

UASD's UASs utilize eight counter-rotating propellers for extreme balance, control 

and stability. The combined "wheels up" weight (including airframe, gimbal and payload) is 

approximately 35 pounds. The operational gross weight varies slightly depending upon the 

equipment selected for each mission, but will never exceed 55 pounds. Each of UASD's 

small unmanned aircraft is designed to primarily hover in place and operate at airspeeds 

less than 50 knots. They carry no pilot, passenger, explosives or inflammable materials. 

They are capable of vertical and horizontal flight and operate only within the unaided line 

of sight of the remote control pilot in command. In addition to the remote control pilot, 

UASD uses a secondary visual spotter for redundant observation of the airframe and the 

surrounding area as well as a ground service technician, such that, at minimum, three UASD 

personnel govern the safe flight of any UASD aircraft at all time during active operations. 

Utilizing battery power, flights generally last between ten and thirty minutes. UASD 

does not operate its UASs with less than twenty five percent battery capacity. Safety 

systems in place include a GPS mode that allows UASD's UASs to hover in place if 

communication with the radio control pilot is lost temporarily, then return to a 

predetermined sterile area and slowly descend to the ground if pilot control is not 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 5 

reestablished. The flight crew has the ability to remotely engage the autonomous "return 

to home" function in the event the pilot in command is unable to fulfill his flight 

responsibilities. 

UASD will not operate its UASs near active airports and conducts its operations over 

areas from which persons not engaged work related to the mission are excluded. To date, 

UASD has only conducted test flights of its fleet on private property, cordoned off areas 

under the direct control of UASD sponsors or research partners. UASD only operates its 

UASs in predetermined areas and only in compliance with established industry safety 

protocols. UASD adheres to all of the recommendations of the FAA in regards to model 

aircraft as well as those of the Aeronautical Modelers Association. To further these 

accepted standards, UASD has drafted, researched and applied its own comprehensive 

operations manual that is regularly reviewed by all operators and crew and enforced 

throughout all operations. A copy of this proprietary document is included and 

incorporated herein. 

14 CFR Part 21. Subpart Hand 14 CFR Part 27: In consideration of the size, weight, 

speed and limited operating area of the UAS, Petitioner submits that equivalent or 

higher level of safety will be achieved than would be possible with a certificated 

aircraft. Accordingly, Petitioner requests that it be relieved of the obligation to 

comply with the certification procedures and airworthiness standards of Part 21, 

subpart Hand Part 27. 

14 CFR § 45.27(a): Assuming that Petitioner's UAS is relieved of the certification 

requirement of Part 21, Petitioner requests that, given the size of the UAS, it also be 

relieved of the marking requirements of section 45.27(a). 

14 CFR § 61.113: Petitioner requests relief from the regulation prohibiting a private 

pilot acting as pilot in command from conducting operations for compensation or 

hire. The fundamental requirement for the pilot in command of a UAS to hold an 

airman's certificate is to ensure that such pilots are familiar with the national 

airspace system and the regulations governing operations in such airspace. The 

airspace knowledge requirements to hold a private pilot certificate are not 

materially different from those required of a commercial pilot. The regulations 

proposed by the FAA for the operation of unmanned aircraft in the national airspace 

system acknowledge this fact and propose that a private pilot may command a UAS 

for compensation. Furthermore, as set forth in its Flight Operations Manual, 

Petitioner will conduct commercial operations only with pilots in command who 

hold a private pilot certificate, a third-class medical, and who have demonstrated 

minimum flight hours commanding unmanned aircraft, including minimums for 

time in the specific aircraft used by Petitioner. A commercial pilot's license does not 

ensure competency or proficiency in remote control piloting skills, whereas UASD's 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 6 

pilot vetting and training programs will. Finally, grant of an exemption from section 

61.113 is consistent with the FAA's decision in Grant of Exemption to Astraeus 

Aerial, No. 11062 (Sept. 25, 2014) and the rationale provided therein. 

14 CFR § 91.7(a): Petitioner requests exemption from this requirement on the 

ground that no airworthiness certificate will be issued for the UAS, and thus no FAA 

regulatory standard exists for determining the airworthiness of the aircraft. An 

equivalent level of safety is assured by Petitioner's compliance with the preflight 

inspection requirements set forth in its Flight Operations Manual. In addition, 

Petitioner is not seeking exemption from section 91.7(b), which imposes upon the 

pilot in command the duty to ascertain that the UAS is in flightworthy condition 

before each flight. 

14 CFR §§ 91.9(b)(2) & (c): The UAS is not certificated and does have an approved 

flight manual, placards and markings. The aircraft is not large enough to carry such 

a manual, and no pilot or passengers to read placards or other markings. An 

equivalent level of safety may obtained by having a copy of the Flight Operations 

Manual readily available to the pilot in command at the ground control station for 

the UAS. Petitioner requests exemption from the requirements ofthese sections. 

The FAA has previously issued exemptions to this regulation in Exemption Nos. 

8607,8737,8738,9299, 9299A,9565,9565B,10167,10167A,10602,10700and 

32827. 

14 CFR § 91.103: The requirements of this section are not applicable to Petitioner's 

proposed flight operations in that it does not operate in IFR conditions, from 

runways, or with an approved flight manual containing takeoff and landing 

distances. Petitioner has established an equivalent level of safety by requiring in its 

Flight Operations Manual that its pilot in command evaluate all relevant flight 

conditions, battery charge requirements, and potential obstructions to the flight 

plan. Petitioner requests that it be exempted from this requirement. 

14 CFR § 91.109(a): Petitioner may conduct training operations using its aircraft to 

train new pilots to operate the aircraft. The UAS does not have on-board flight 

controls. Petitioner will conduct training flights solely in dedicated training sessions 

in space at locations isolated from persons not involved in the training flight. This 

provides an equivalent level of safety to the availability of fully-functional dual 

controls. 

14 CFR § 91.119(c): Petitioner requests exemption from the requirement in section 

91.119(c) that the UAS may not be operated less than 500 feet above the surface or 

closer than 500 feet to any person, vessel, vehicle or structure. The regulations 

proposed for operations of a UAS limit operations to 400 feet or less above ground 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

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level. Petitioner's operations will all be conducted in "sterile" areas where only 

persons involved in the filming operation will be permitted. Petitioner is not 

seeking exemption from sections 91.119(a) or (b). Petitioner's request is consistent 

with Order 8900.1 V3, C8, S1, which permits operations for motion picture and 

television filming below the altitudes specified in section 91.119( c). Petitioner 

further requests relief from the 500 foot horizontal separation requirement to 

permit operations within 200 feet horizontally from persons, vessels, vehicles and 

structures involved in the filming activity. The FAA has found that such separation 

is sufficient to protect non-participating persons in the event of an accident. 

14 CFR § 91.121: Petitioner requests relief from the barometric altimeter setting 

requirement on the grounds that the GPS based digital altimeter readout provided 

to the pilot in command through the telemetric feed from the UAS to the pilot's 

control station provides an equivalent level of safety. The digital altimeter provides 

continuous altitude above ground, which is consistent with the proposed regulatory 

requirement that all flights be conducted below 400 feet AGL. The digital altimeter 

is specified to have vertical accuracy of± 0.5 meters under the anticipated flight 

conditions. 

14 CFR § 151(a): Petitioner requests exemption from the fuel requirements for VFR 

conditions consistent with the FAA's prior grant of exemptions for similar aircraft 

and operations granted in Exemption Numbers 10650, 10808 and others for 

daytime VFR operations. Petitioner's Flight Operations Manual provides that flights 

will be terminated when battery charge reaches 25%. The proposed operational 

limitation provides a level of safety equivalent to that provided by the regulation. 

14 CFR §§ 91.203(a) & (b): Petitioner's UAS will not have an airworthiness 

certificate issued to it, and it will have no pilot or passengers. Petitioner requests 

that it be relieved if the requirement to display airworthiness certificate, special 

flight authorization and registration certificate. The FAA has previously issued 

exemptions to this regulation through Exemptions Nos. 8738, 10167, 10167 A and 

10700. 

14 CFR §§ 91.405(a): 407(a)(1): 409(a)(2) and 14 CFR 417(a) & (b): Petitioner 

should be relieved of the maintenance requirements contained in Part 91 because 

the UAS has not been issued an airworthiness certificate. UASD conducts an 

extensive maintenance program that involves regular software updates and curative 

measures for any damaged hardware. Further, UASD adheres to a stringent "active 

use time" based component maintenance and replacement protocol, minimizing the 

potential for component failure due to wear issues. Petitioner intends to maintain 

written records of all such actions. Petitioner submits that its proposed 

maintenance program provides a level of safety equivalent to that provided to 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 8 

certificated aircraft under the maintenance regulations from which relief is 

requested. 

UASD' s operation of its fleet of small unmanned aircraft will not" create a hazard to 

users of the national airspace system or the public." 112 P.L. 95 § 333 (b). Given the small 

size and weight of UASD's UASs, combined with their operation in cordoned off and wellcontrolled film production areas, UASD's fleet falls within Congress's contemplated safety 

zone when it promulgated the Reform Act and the corresponding directive to integrate 

UASs into the national airspace system. Indeed, UASD's UASs have a demonstrable safety 

record and do not pose any threat to the general public or national security. Further, UASD 

will file comprehensive flight/operations plans with the regional FAA offices and will 

comply in any additionally requested information or documentation for requisite notice to 

airmen. 

4. How UASD's Request Will Benefit the Public As A Whole: 

Granting UASD's Petition furthers the public interest. 

First, Congress has already pronounced through passage of the Reform Act that it is 

in the public's interest to integrate commercially flown UASs into the national airspace 

system. Granting UASD's Petition will further that goal. 

Second, UASD conducts research into safe UAS operations every time it flies one of 

its UASs. Flight data, visual inspections, recorded observations and flight analyses are 

compiled to further enhance current safety protocols. Allowing UASD to log more flight 

time under the diverse conditions of real world situations will serve to enhance its research 

and its ability to further refine current operational safety standards. 

Third, the public has an interest in reducing the inherent risk of danger and fossil 

fuel emission associated with current aerial cinematic capture methods, namely, full size 

helicopters. UASD's UASs are battery powered and produce zero emissions during 

operations. Further, there is no liquid fuel on board the vehicle to ignite and potentially 

explode in the event of a crash. Additionally, the likely physical impact resulting from a 

lightweight UAS crash is far less than that of a full size helicopter. The public's interest is 

furthered by minimizing ecological and crash impacts by permitting motion picture capture 

through UASD's lightweight UASs. 

Fourth, UASD is working to establish a joint research program with the robotics 

department of Worcester Polytechnic Institute to research advancement of autonomous 

vehicle operations, most notably in the areas of collision avoidance, inertial guidance, 

autonomous multi-vehicle operations (swarm flights) and other "NextGen" UAS systems 

and standards. A letter from WPI supporting this petition is attached. UASD also has 

initiated plans to partner with numerous local technology companies and at least one 

internationally recognized engineering & technical university to provide an operational 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 9 

test bed for advanced systems development. Our operational experience and flight data can 

provide related systems researchers and advanced degree candidates in aeronautical & 

robotics engineering with a platform to explore, develop and defend their research, studies 

and theses. 

Granting UASD's exemption request substantially furthers the public's interest in 

ways known and currently unknown. 

5.., Reasons Why UASD's Exemption Will Not Adversely Affect Safety Or How The 

Exemption Will Provide a Level of Safety At Least Equal To Existing Rule: 

UASD's exemption will not adversely affect safety. Quite the contrary, for the 

reasons previously stated, permitting UASD to log more flight time in FAA controlled 

airspace will allow UASD to innovate and implement new and novel, as of yet undiscovered 

safety protocols. In addition, UASD submits the following representations of enhancements 

to current aerial motion picture capture techniques: 

UASD's UASs weigh less than 55 pounds complete with feature length 

motion picture quality cameras like the Red Dragon; 

UASD only operates its UASs below 400 feet; 

UASD's UASs only operate for 10-30 minutes per flight; 

UASD lands its UASs when they reach 25% battery power; 

UASD's remote control pilots operate UASD's UASs by unaided visual line of 

sight; 

UASD's remote control pilots have access to onboard dynamic video guidance 

to augment visual line of sight observation; 

UASD staffs each flight with a remote control FAA licensed pilot in 

command, a spotter (co-pilot) and a payload technician with communication 

systems enabling real time communication between them; 

• UASD employs FAA licensed pilot(s) who also possess a minimum of 3rd 

class medical certification; 

• UASD conducts regimented, companywide systems and protocol training 

programs, with specific focus on the array of flight units and rigging 

configurations that may be employed; 

• UASD's pilots have complete authority to abort any flight or refuse at any 

time to execute an operational request, particularly in regard to any flight 

safety parameter such as vehicle limitations, weather conditions, inherent 

danger of mission, or any such potential hazard to operating standards; 

UASD's UASs are programmed to switch to an autonomous GPS flight mode 
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Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 10 

whereby they hover and then return to a sterile area and slowly land if 

communication with the remote control pilot is lost or if battery power falls 

below 25%; 

UASD's autonomous "return to home" protocol can be initiated manually in 

the event that the PIC can no longer fulfill his flight obligations; 

UASD actively analyzes flight data and other sources of information to 

constantly update and enhance safety protocols; 

• UASD only operates in quarantined areas that are strictly controlled, are 

away from airports and congested areas; 

• UASD has procedures in place to mark and secure the active launch & 

recovery zone, with barriers and signage to prevent unauthorized access to 

the area; 

UASD conducts extensive briefings prior to flight, during which safety 

carries primary importance; 

• UASD always obtains all necessary permissions and permits prior to 

operation; and, 

• UASD has procedures in place to abort flights in the event of safety 

breaches or potential hazardous conditions. 

UASD's safety protocols provide a level of safety at least equal to existing rules, and 

in nearly every instance, greater than existing rules. It is important to note that absent the 

integration of commercial UASs into our national airspace system, helicopters are the 

primary means of aerial motion picture capture. While the safety record of such helicopters 

is remarkable, it is far safer to operate a battery powered lightweight UAS. First, the 

potential loss of life is diminished because UASs carry no people on board and UASD only 

operates them in uncongested areas. Second, there is no fuel on board a UAS and thus the 

potential for fire or explosions is nil. Third, the small size and extreme maneuverability of 

UASD's UASs allow our remote control pilots to avoid hazards. Lastly, given their small size 

and weight, even when close enough to capture unique images, UASD's UASs need not be so 

close to the subjects or individuals they are filming. Accordingly, UASD's UASs have 

operated and will continue to operate at and above current safety levels. 

6. A Summary The FAA May Publish in the Federal Register: 

Section 14 CFR: 14 CFR Part 21, Subpart H; Part 27; § 45.27(a); § 61.113; § 91.7 (a); 

§§ 91.9 (b) (2) & (c);§ 91.103; § 91.109(a); § 91.119(c); § 91.121; § 151(a); §§ 

91.203(a) & (b);§ 91.405(a); § 407(a) (1); § 409(a)(2); §§ 417(a) & (b). Description 

of relief sought: Unmanned Aerial Systems Development, Inc. is seeking an 

exemption pursuant to Section 333 ofthe FAA Modernization and Reform Act of 
Mintz, Levin, Cohn, Ferris, Glovsky and Popeo, P.C. 

Unmanned Aerial Systems Development, Inc. 

March 25, 2015 

Page 11 

2012 to operate commercially a small unmanned aerial vehicle (55 pounds or less) 

in motion picture and television filming operations and to conduct research for 

additional commercial applications for unmanned aerial vehicles. 

Summary 

Granting UASD's petition will reduce current risk levels in motion picture and 

television filming and enhance safety of such operations. Currently, motion picture image 

capture relies primarily on the use of large scale, manned aircraft running on combustible 

fuel. UASD's craft do not contain potentially explosive fuel, are smaller, lighter and more 

maneuverable than conventional motion picture aircraft. UASD operates at lower altitudes, 

at slower speeds than conventional manned aircraft and in controlled access areas. 

There are no people on board UASD's UASs and therefore the likelihood of death or 

serious bodily injury is significantly limited. UASD' s operation of its UASs, weighting less 

than 55 pounds and traveling at speeds lower than 50 knots in cordoned off areas will 

provide at least an equivalent level of safety as that achieved under current FARs. 

Accordingly, Petitioner respectfully requests that the FAA grant its exemption 

without delay. 

Attachments: 

Photographs 1-7 

Sincerely, 

Jonathan T. Cain 

Counsel to Unmanned Aerial 

Systems Development, Inc. 

UASD Flight Operations Manual for Aerial Cinematography 

UASD Emergency Action Plan Checklist (blank form) 

UASD In-Flight Emergency Action Plan Incident Debrief Report (blank form) 

UASD Daily Mission Criteria Report (blank form) 

UASD Pre-Flight Checklist (blank form) 

UASD Battery Charging Manual 

40564993v.l 
Supporting Visual Graphics: 

1. elevation view with controllers 

2. 3/4 overhead view 
3. 7/8 overhead view 
4. UAV airborne (at test facility) with production grade camera system mounted into 3 

axis gimbal. 

5. Test flight facility (Sept 16, 2014). Preflight systems check w/ pilot in command, Matt 

Greenway and flight operations manager, Jeff Adams. 
6. and 7. Demonstration flight for robotics industry executives. (Sept 16, 2014)