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Follow the Money: Where are Robotics & AI Investors Placing
Their Bets?
Ron Stearns – Business Development and Market Analysis, Robotics and Unmanned Systems
U.S. DoD Unmanned Systems
New Pathways to Programs of Record
Army: Future Vertical Lift - PE 0603801A / Aviation Advanced Development 2017-2023 ($ Million)
FVL Capability Set 3 aircraft will conduct Air Assault, Amphibious Assault, Urban Assault/Security, Attack, Maritime Interdiction, Medical Evacuation (MEDEVAC),Humanitarian Assistance/Disaster Relief (HA/DR), Tactical Resupply, Direct Action (DA), Non-Combatant Evacuation Operation (NEO) and Combat Search and Rescue (CSAR) operations in support of Army, including Army Special Operations Command, Marine Corps and Joint forces.
The FVL Capability Set 3 platform willsignificantly increase speed, range, mobility, and payload over current US Army H-60 and US Marine Corps H-1 aircraft and provide Combatant Commanders withtactical capabilities at greatly increased operational and strategic distances.
U.S. Army – FY 2019 , RDTE Selected Programs 2017-2023 ($ million)
FB4: Common Robotic Systems - small sized (<25 lbs.) Soldier back-packable, remotely operated system with increased standoff capability. FY 2019 RDTE funding support two vendors to develop prototypes for submission to down-select.
FB6: Squad Multipurpose Equipment Transport (SMET) - capable of carrying the equipment required to support Infantry Platoons for a 72 hour mission without resupply.
USAF: FY 2019 Selected UAS Programs 2017-2023 ($ Million)
MQ-9: USAF set to take delivery of 110 MQ-9s (2017-2023) for a delivery total of 443 aircraftOther initiatives include: Gorgon Stare, standardized ops centers for remote split operations, other development and fielding and addressing diminishing manufacturing sources
RQ-4: Post-production changes and standardization for aircraft and ground control segments as well as Multi-Platform Radar Technology Insertion Program (MP-RTIP)
USMC: 4757 / Unmanned Air Systems - Small Unit Remote Scouting System (SURSS) 2017-2023 ($ Million)
The SURSS program procures UAS to provide battalion/company/detachment level units with scalable airborne reconnaissance and surveillance capabilities to aid in detecting, identifying, engaging, or avoiding enemy units.
Multiple systems, to include RQ-12 Wasp, RQ-11 Raven, RQ-20 Puma and various Nano/VTOL UAS's are requiredto meet operational requirements delineated in the Operational Requirements Document.
U.S. Navy: FY2019 Unmanned Systems – Selected Programs 2017-2023 (USD Million)
U.S. Navy: FY 2019 Unmanned Undersea: Selected Programs 2017-2023 (USD Million)
• Payloads, energy prototyping, envelope expansion
• Knifefish mine countermeasures
• Snakehead Large Displacement UUV –high submarine-launched priority
• Development, fabrication and test of ORCA Extra Large Unmanned Undersea Vehicle Systems (XLUUVs)
Commercial UXS Markets
Challenges / Faa reauthorization impacts / autonomous vehicles
Expedite development of a UAS traffic management system - UTM
FAA can impose remote identification and tracking requirements
Create consensus industry standards in lieu of type and airworthiness certification
FAA Reauthorization: Salient UAS Directives and Duration
Possibility of 6 months to limited operation upon request of UTM service provider
Under Section 376, standards and required equipage TBD
Safety standards through establishment of a UAS Center of Excellence initiative (Section 345)
Aircraft Cost per Flight Hour, Key Performance Parameters
For viability, there must be an intersection between direct operating costs and unique capabilities the UAS brings to the equation
UAS advantages can include:• Rapid deployment• Potential for use in
wind, weather, precipitation
• Persistence• Time to information
and awareness• Safety of life
2019: Commercial UAS Expectations
• A challenging CONOPS-driven industrial business climate• Part 107 waivers necessary to unlock sustainability
• Continued quadcopter DJI dominance in a Part 107 paradigm• A change in regulatory framework (e.g. BVLOS) will bring truly varied competition and aircraft
types
• Proposal of network-based & direct broadcast solutions for remote ID and tracking• Accountability breeds better behavior
• Methodologies for operational risk assessments• (e.g. Specific Operational Risk Assessment)
• FAA will require Part 107 waiver applicants to do significant safety work• Better from a flight-safety perspective• Not necessarily duplicative like an exemption• Usually specific to a vehicle within a weight range
Autonomous Vehicles: Major Investors, Testing Underway
Waymo – Google born, has completed more than 10 million self-
driven miles on public roads. Plans to build 20,000 Jaguar I-PACE
electric vehicles
Cruise – GM backed, petitioned USDOT for
fully autonomous ride-hailing service in
calendar 2019
Zoox – Foster City based, completed a 60-minute drive from HQ to San Francisco, and plans to produce its
own vehicle
Argo AI – Ford is a major investor, and a
goal is to enable mobility for urban
centers
These four organizations represent billions in investment and millions of road-test miles
Selected UXS Investments and Spending
USAF MQ-9: $6.3 billion. General Atomics ASI
USN MQ-4C Triton: $5.9 billion. Northrop Grumman
Cruise $5 billion. GM, HondaUSN MQ-25
Stingray: $3.9 billion. The Boeing Company
Audi, BMW & Daimler purchased HERE for $3 billion in 2015.
Hyundai Kia invest $2 billion in Artificial Intelligence
USN Undersea Systems: $1.2 billionLockheed Martin, Boeing, General Dynamics all competing
Waymo: Approx. $1.2 billion invested from inception to launch
Reported $1 billion investment in AI
$1b purchase of SW company Argo AI U.S. Department of Defense programs represent
spending from Fiscal Year 2017-2023
Commercial numbers represent investment over time or acquisition costs pertaining to autonomous vehicles and/or AI
Power, sensors and software are vital to continued evolution
Ron Stearns
Business Development – Market AnalysisRobotics and Unmanned Systems
[email protected]: 707-484-5149