DropShip is a long-range, heavy-lift unmanned aerial system (UAS) developed by Pyka, a US-based robotics company. The platform is intended for flexible use including military resupply and humanitarian lifts.
Pyka unveiled the aircraft in October 2025 as it expanded into defence following earlier work in agricultural and logistics autonomy.
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The company formed a partnership with ADS, a logistics and equipment solutions provider, in the same month to explore opportunities to supply the US Department of Defense, other federal agencies and first responders with its DropShip aircraft.
Additionally, Pyka was selected by AFWERX, the Department of the Air Force (DAF) innovation organisation, for a Direct-to-Phase II (D2P2) Small Business Innovation Research (SBIR) award connected to DropShip.
The selection falls within wider efforts by AFWERX and the Air Force Research Laboratory to accelerate SBIR and Small Business Technology Transfer (SBTT) contracting and reduce administrative delays, building on the Open Topic SBIR/STTR approach introduced by the DAF in 2018.
DropShip completed its first flight in April 2026, indicating a six-month progression from concept to flight.
Subsequently, in June 2026, DropShip demonstrated its low-level parachute airdrop capability in a demonstration sortie. The aircraft independently released several 200lb (90.7kg) payloads from 300ft (91.44m) and touched down within 50ft of the planned landing point.
Pyka plans to further broaden DropShip’s flight envelope and enhance its mission capabilities, as it readies the aircraft for customer assessments and operational trials with the US Government later this year.
DropShip design and features
DropShip is designed as a dual-use autonomous aircraft for heavy-lift and multi-mission operations with a service ceiling of 20,000ft mean sea level. It has a maximum take-off weight of 1,600lb.
The aircraft includes an open-architecture mission computing approach to ease integration of new payloads and enable rapid reconfiguration with plug-and-play integration enabled by a secondary mission computer. It features a cargo volume of 58ft³ and is rated for 650lb of usable payload.
The platform is intended to operate from short, unprepared surfaces such as dirt tracks, gravel areas and graded roads, supporting deployment away from established runways. It can take off from within 550ft of runway space with maximum payload.
The aircraft is also capable of precision airdrop accuracy within 50 yards (45.7m) of the aim point.
Propulsion and performance
The aircraft uses a hybrid propulsion arrangement with a rear-mounted diesel engine and a forward electric mode intended to reduce acoustic signature for discreet ingress, loiter or egress.
DropShip has a maximum speed of 90 knots and a cruise speed of 75 knots.
The unmanned system has a maximum ferry range of 3,500 miles (5,632km) and an operational range of more than 1,000 miles with a 500lb cargo load.
The aircraft boasts an endurance exceeding 40 hours when carrying a 50lb intelligence, surveillance and reconnaissance (ISR) payload.
Mission capabilities
The DropShip heavy-lift, multi-mission UAS is capable of switching from storage in a standard 20ft shipping container to flight-ready status in under an hour, with missions managed by a single operator from a mobile tablet.
In an ISR configuration, the aircraft can be used to provide sustained, high-resolution monitoring to execute time-critical decisions, using twin gimbal-mounted cameras alongside a tubular radar.
The platform can deliver reliable logistical support in contested or denied environments. It offers a dependable means of delivering essential supplies into remote or hostile operating areas, covering both large-scale theatre missions and short-notice tactical replenishment.
Additionally, the aircraft can act as a mothership for small unmanned ISR or communications platforms and provide deployable power generation in expeditionary settings. DropShip can also be deployed in a communications relay role to provide secure connectivity while remaining compatible with multiple waveforms for use across different users and networks.
