A 3D-printed 7-inch quadcopter with folding arms and a dual EO/thermal payload. The airframe is printed in PA612 CF-nylon and flight autonomy runs on ArduPilot, with full mission autonomy across both build states. One airframe and one ArduPilot configuration span every configuration — standardized mounting points carry any payload built to the mount and power/data bus spec.
The Picket-7 ships in two build states to match your sourcing requirements — without changing the airframe or the flight stack.
Compliant build. Avionics, radio, payload, and propulsion are sourced to NDAA §848 requirements — for programs and agencies operating under federal procurement rules.
Standard build using commercial components — shorter lead time and lower unit cost, for operators without §848 sourcing constraints.
The Picket-7 is a 7-inch multipurpose autonomous quadcopter — a 3D-printed airframe with folding arms and a dual EO/thermal payload. The frame is printed in PA612 CF-nylon and flight autonomy runs on ArduPilot, delivering full mission autonomy from takeoff to recovery.
It's built to be one platform across many missions. A single airframe and a single ArduPilot configuration span both build states, and standardized mounting points carry any payload built to the mount and power/data bus spec.
The Picket-7 is in active development (Rev A, Sept 2026) and specifications are subject to change. Join the waitlist to be notified at launch, or reach out to discuss build states, early access, and custom mission requirements.
| Specification | Value |
|---|---|
| Airframe & Propulsion | |
| Airframe Material | PA612 CF-nylon, printed |
| Frame & Arms | PA612 CF-nylon, printed — folding arms |
| Arm Hinges | Folding, hand-tightened thumb screw |
| Propellers | 7 in, two-blade / three-blade |
| Motors | Four brushless, 2807, 1300 kv |
| ESC | Lucid 80A 4-in-1 (Triumph Manufacturing) |
| Battery | 6S Li-ion pack, hot-swap connector |
| Flight Software & Autonomy | |
| Flight Software | ArduPilot / ArduCopter |
| Autonomy | Full mission autonomy |
| Flight Controller | Lucid H7 (Triumph Manufacturing) |
| GNSS | SAM Ark Mini |
| Altimetry | Optional downward lidar, optical flow |
| Payload & Sensors | |
| Sensors | EO + LWIR thermal |
| EO Camera | Day imaging and recording |
| Thermal Camera | Uncooled LWIR |
| Gimbal | Two-axis servo-stabilized nose mount |
| Payload Bay | Auxiliary, tool-free access |
| Comms & Recording | |
| Video Transmitter | TBS Unify Pro32 (Triumph Manufacturing) |
| Video Link | Analog / digital, to ground station |
| Recording | Ground-station media recording |
| C2 Integration | MoroSX — digital low-latency video & C2, ATAK |
| Performance & Program | |
| Endurance | 30 min without payload |
| Build States | P7-NDAA (NDAA §848) / P7-STD (standard) |
| Status | In Development — Rev A, Sept 2026 |
| Origin | North Carolina, USA |
| Subsystem | Component | Notes |
|---|---|---|
| Flight Controller | Lucid H7 | Triumph Manufacturing |
| GNSS | SAM Ark Mini | Positioning / navigation |
| Altimetry | Downward lidar, optical flow | Optional |
| Video Transmitter | TBS Unify Pro32 | Triumph Manufacturing |
| ESC | Lucid 80A 4-in-1 | Triumph Manufacturing |
| Motors | 2807, 1300 kv brushless ×4 | — |
| Battery | 6S Li-ion | Hot-swap connector |
| Flight Software | ArduPilot / ArduCopter | Full mission autonomy |
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