Vimana Systems / Hybrid VTOL Logistics Shuttle.
Develop a physics-credible hybrid-VTOL logistics aircraft enabling runway-independent resupply and distributed sustainment in contested environments. Combines electric vertical lift, jet cruise, variable geometry, and active center-of-gravity management to achieve meaningful range and payload without complex tilt-rotor mechanisms or battery limitations.
Validate hybrid-VTOL architecture combining electric lift and jet cruise for extended-range logistics. Key risks: dual propulsion mode integration, transition stability, CG management, and structural optimization under variable geometry. Approach: digital propulsion and CG control model, mission-level simulation for Navy logistics profiles, aerodynamic and structural feasibility using simplified geometry, and identification of risk-reduction tasks for prototype development.
Enables autonomous or semi-autonomous resupply between ships, forward bases, and distributed units. Reduces dependence on runways and manned logistics convoys. Improves operational tempo and survivability in contested environments.
50% recycled materials. 900 LB cargo capacity. 1,500 LB total gross weight. Range 200–400 miles. Top Speed 250 MPH.
