WHOLEFIELD aircraft are engineered specifically for point-to-point autonomous air logistics. Utilizing distributed electric propulsion and aerodynamically efficient airframe architectures, our platforms establish direct air transport links from production facilities to distribution centers, avoiding high transit times at traditional hub airports to streamline modern freight delivery.
Operating without reliance on complex conventional airport runways, this architecture enables the continuous movement of high-frequency, high-value, and time-critical shipments, delivering a low-latency dedicated air freight network.
Explore Operational Models
Shipments are consolidated directly at automated production hubs or compact ground vertiports, supporting rapid modular transfer of standardized smart containers to minimize ground staging and handling times.
Autonomous aircraft climb rapidly and transition into efficient cruise. High-fault-tolerance power from distributed electric propulsion, combined with autonomous navigation algorithms, ensures stable all-weather flight at the most economical altitudes and routes.
Executing precision approaches into regional automated distribution nodes, standard container units undergo automated unloading to interface directly with local autonomous ground fleets or highway networks, completing the time-sensitive door-to-door delivery loop.
