Product overview
The GEPRC Crown HD Cinewhoop is a flight platform for indoor FPV flying and aerial photography. Its GEP-CW3 frame has 156mm motor-to-motor spacing and combines a separate bottom plate with injection-molded guards and EVA damping protection. A CNC aluminum alloy camera mount supports the imaging assembly. Within the narrow fuselage, the 45A ESC uses a 30.5mm × 30.5mm mounting pitch. The current electronics configuration pairs the F7-BT-HD V2 flight controller with an STM32F722 MCU, six-axis gyro, Caddx Vista HD transmitter and Caddx Vista Polar camera.
Configuration choices comprise PNP, Frsky RXSR and TBS Nano RX options, alongside 4S or 6S power versions with different motor KV ratings. The 4S version uses upgraded 2004 3150KV motors, while the 6S version uses upgraded 2004 2150KV motors; both have M5 shafts. Recommended battery capacities are 4S 1300~1550mAh and 6S 1050~1100mAh, respectively. The aircraft supports GP lite and GP6/7/8/9 cameras, with a shock-absorbing 3D-printed mount described for GP6/7/8/9 installation. Flight duration is 6–7 minutes with a GP camera and 8–10 minutes without one.
The supplied configuration includes one Crown HD Cinewhoop, four pairs of 3045*3 propellers, two battery pads, two antenna bushings, two battery straps, a Type-C interface, an L-shaped screwdriver and a wrench. The configured aircraft weighs 299 grams without batteries; an additional weight entry gives 281 g without a measurement qualification. Flight or takeoff weight is specified as less than 500 grams. Battery selection and action-camera installation therefore remain relevant procurement choices, with camera installation carrying the stated reduction in flight duration.
Specifications
| Specification | Value & conditions |
|---|---|
| Product | GEPRC Crown HD Cinewhoop |
| Frame | GEP-CW3 |
| Motor-to-motor spacing | 156mm |
| Flight controller | F7-BT-HD V2 |
| June 2022 flight-controller configuration | June 9th, 2022: SPAN F722 HD FC adopted |
| August 2022 flight-controller change | August, 2022: SPAN F722 HD FC replaced by F7-BT-HD V2 FC |
| MCU | STM32F722 |
| Gyro | 6-Axis |
| OSD | BetaFlight OSD w/ AT7456E chip |
| ESC | BLHe li-S DSHOT 600 45A |
| Propeller | 3045*3 |
| Antenna | GEPRC Momoda 5.8G Antenna Long Version LHCP |
| Motors | 4S: upgraded 2004 3150KV, M5 shaft; 6S: upgraded 2004 2150KV, M5 shaft4S and 6S configurations respectively. |
| Configured aircraft weight | 299GramsWithout batteries. |
| Additional weight listing | 281 g |
| Recommended 4S battery | 4S 1300~1550mAh4S configuration. |
| Recommended 6S battery | 6S 1050~1100mAh6S configuration. |
| Receiver options | PNP, Frsky RXSR, TBS Nano RX |
| Battery configuration options | 4S, 6S |
| HD video transmitter and camera | Caddx Vista HD video transmitter; Caddx Vista Polar camera |
| Intended use | Indoor flight and aerial photography in environments with people |
| Protective airframe architecture | Separate bottom plate, injection-molded guard and EVA protective damping sponge |
| Camera mount construction | CNC aluminum alloy camera mount |
| Action-camera integration | Compatible with GP lite and GP6/7/8/9 cameras |
| Action-camera mounting | 3D-printed mount with shock absorptionGP6/7/8/9 action-camera installation. |
| Electronics mounting pitch | 30.5mm * 30.5mm hole pitch for the 45A ESC |
| Flight time with action camera | 6-7 minutesWith GP camera. |
| Flight time without action camera | 8-10 minutesWithout GP camera. |
| Flight / takeoff weight | Less than 500 gramsFlight / takeoff configuration. |
| Included equipment | 1x Crown HD Cinewhoop; 4x 3045*3 propeller pairs; 2x battery pads; 2x antenna bushings; 1x Type-C interface; 1x L-shaped screwdriver; 2x battery straps; 1x wrenchSupplied package. |
Request a quote for GEPRC Crown HD Cinewhoop
Send your application, destination country and expected quantity to the ChinaDrone team. We can discuss product selection, configuration and sourcing from China.
Submit your procurement requirements ↗No account needed. A model number is optional. Your enquiry is handled by ChinaDrone.