High-Speed Pusher
A long-body, pusher-configuration aircraft built around rapid response, recoverability, and a modular internal architecture. The platform is an integrated system — airframe, propulsion, power, and flight electronics are engineered together, not assembled from unrelated parts.
Four Integrated Subsystems
Select a subsystem below or on the diagram to highlight it. Every subsystem is fully described in the list regardless of selection.
Illustrative schematic — not a scaled engineering drawing or product render.
Airframe
A long, aerodynamic body designed to minimize mass while preserving structural rigidity.
- 3D-printed PLE-CF unibody shell
- Carbon-fiber structural framework mated to the shell
- Internal carbon-fiber reinforcement for flight stability
Propulsion
Four rear-mounted propellers in a horizontal pusher configuration, tuned for forward speed.
- Four rear-mounted motors, pusher orientation
- Aggressive propeller pitch selected for high-speed flight
- Motor selection balanced against airframe form factor
Power System
A high-voltage LiPo architecture chosen for compact, high-output power delivery.
- High-voltage LiPo battery system
- Compact form factor prioritized for internal packaging
Flight Electronics
A high-current flight stack paired with integrated GPS for tracking and post-operation retrieval.
- High-current flight stack for maximum performance
- Integrated GPS for post-operation retrieval if visual tracking is lost
Approved Specifications
Only information currently approved for public display. Figures marked Target are design goals guiding the current build, not flight-verified results.
Expandable Technical Details
Manufacturing detail on the current build, plus roadmap subsystems not part of the current prototype.
Manufacturing
- Lightweight 3D-printed unibody
- Custom carbon-fiber plates and support structure
- Streamlined assembly path from printed shell to finished airframe
Communications (Roadmap — Not Yet Implemented)
- Fiber-optic integration under evaluation
- Not yet implemented in the current prototype
Payload Architecture (Roadmap — Not Yet Implemented)
- Payload support expansion planned
- Thermal imaging integration planned
- Onboard AI and autonomy capabilities are a longer-term roadmap item