Defense

Carries LTE, SATCOM, and tactical radio links simultaneously - as an always-active, multi-path communications architecture. If one link degrades or is lost, the system transitions to the next available path without interrupting control or telemetry.

For defense and autonomous logistics operations, the integrity of the flight control system is a mission - critical requirement and has been validated through operational flights.

Built around an all-electric architecture, AIR 120D power system combines intelligent energy distribution with distributed propulsion to create a highly responsive and efficient flight platform. Power is continuously managed across the aircraft to optimize performance, maintain system balance, and support smooth flight behavior.

AIR 120D was engineered around a simple principle: utilization of airflow in forward flight. During cruise, approximately 60% of total lift is generated aerodynamically by the wings, reducing propulsion power demand and improving efficiency.
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By avoiding tilt-motor architectures and other complex transition mechanisms, AIR 120D eliminates unnecessary weight and mechanical complexity while remaining optimized for its target cruise performance. The result is a simpler, lighter aircraft that achieves efficient forward flight through intelligent aerodynamic design.

AIR 120D is designed to operate within distributed and rapidly deployable forward base environments, integrating seamlessly into lightweight logistics infrastructure rather than requiring traditional aviation facilities. The system supports operations from austere locations, mobile staging areas, and temporary mission bases with minimal setup requirements.

With a focus on interoperability and operational flexibility, AIR 120D aligns with modern expeditionary logistics concepts - enabling efficient loading, deployment, and turnaround in constrained environments. The result is a platform built to extend reach, enhance availability, and support sustained operations closer to the point of need.

AIR 120D is designed to integrate with offshore maritime environments, enabling operations from ship decks, mobile sea platforms, and other constrained marine infrastructure. Its compact footprint, folding-wing configuration, and simplified ground handling allow it to operate within the spatial and operational limits of offshore decks without reliance on traditional runway infrastructure.

Built for rapid launch and recovery cycles, AIR 120D supports time-sensitive logistics at sea, extending supply reach to vessels, rigs, and remote maritime assets. The result is a flexible aerial logistics capability that connects offshore operations with critical supply chains onshore and at the edge of the operational theater.

AIR 120D is designed to integrate seamlessly into existing military and expeditionary power ecosystems, minimizing the need for dedicated charging infrastructure. Compatible with the NACS charging standard, the aircraft can leverage commercially available high-power charging networks when operating from fixed bases or dual-use facilities.

For forward-deployed and austere environments, AIR 120D supports charging from portable generators, tactical microgrids, and other mobile power sources, enabling sustained operations where permanent infrastructure is unavailable or contested.

The result is a flexible energy architecture that reduces logistical burden while supporting rapid deployment, distributed operations, and mission readiness across a broad range of operational environments.