Sub-100ms latency. Carbon-fiber monocoque frame. Brushless 4S motors engineered for pilots who refuse to lose.
A single-piece carbon-fiber monocoque body channels airflow across motor pods, eliminating turbulence drag at race speeds.
Every component placed with sub-millimeter precision. Weight-balanced to within 0.2g — because inertia is the enemy.
See every component, every connection, every gram — exactly where it belongs.
Every part is chosen for a reason. No filler, no shortcuts — just the components that win races.
Wound for 2450KV — enough torque to snap to 180km/h in under 2.5 seconds from a standing start.
2450 KVSTM32F7 processor running Betaflight 4.5 at 32kHz looptime. PID response so tight it feels like telepathy.
32kHz LoopBi-directional DSHOT600 with active braking. Smooth throttle curve from 0 to full power with zero desync.
DSHOT600Sub-1ms latency link with 868/915MHz failover. Fly in noisy RF environments without dropouts or glitches.
<1ms LatencyStabilized via 3-axis gimbal with HDR. Stream to goggles at 1080p / 60fps with 30ms display latency.
4K HDR3K twill carbon-fiber body with CNC-machined titanium standoffs. Survives 12G impacts. All-up weight: 148g.
148g AUWThe APEX FPV was designed around one constraint: eliminate everything that doesn't make you faster.
A single-piece carbon-fiber body reduces vibration transmission by 67% compared to traditional frame stacks — giving Betaflight clean, consistent gyro data at every throttle position.
Integrated PDB eliminates 11 wire junctions found in conventional builds. Fewer junctions means fewer resistance hotspots, less voltage sag under load, and one less thing to fail mid-flight.
Motor and ESC impedance are precisely matched at the factory. This eliminates the desync events that crash most racing drones at full throttle — a detail competitors overlook entirely.
Early backers get free motor upgrades, a titanium prop guard set, and lifetime crash-replacement on the frame.
Ships Q4 2025 · Starting at $489 USD