In future conflicts, the US Joint Force Sustainment faces increasing operational demands:
Dispersed battlespace
Contested Logistics Corridors
Anti-Access/Area Denial
High Tempo, 24/7 Operations
Traditional logistics are too vulnerable and too slow to keep up. Sustainment must be mobile, adaptive, and survivable.

Uncrewed
No onboard pilots; fully autonomous
Attritable
Low-cost, high manufacturability and expendable
Vertical Lift
Operates without runways
Modular
Payloads and missions easily reconfigured
Connected
Emphasis on fit into web of operations
Initial Mission: Frontline logistics, delivering supplies in contested, DDIL environments
Future Applications: Decoy, Kinetic or EW Payload Delivery, Battalion-Level Long-Range ISR, Industrial Access, Rural & Regional Cargo, Aerial Firefighting

Proven Powertrain
Long range, quick response, no electric charging infrastructure needed, minimal rare earth elements dependency
Single Main Rotor
Runway independence, higher cruise speed than fixed prop systems
Airframe
Affordable, low maintenance, rapid assembly/disassembly for transport
Navigation
No/Low-GPS flight ops and landing autonomy, reduced operator workload and training
System Architecture
Modular/Open for easy upgrades and reconfiguration, integration with crewed and uncrewed assets
Detachable pod
Initial - cargo-carrying, Future - multi-mission systems containment