Pavo Pico II Brushless Whoop Frame (Whoop Duct Version)
BETAFPV Pavo Pico II Brushless Whoop Duct/Frame Seamlessly Both DJI O4/O4 Pro
- O4 Air Unit Bracket II: The integrated bracket with 4 shock-absorbing balls eliminate jello for butter-smooth video.
- Simplified Assembly: The supported structure with guided mouting points and 4-screw design make assembly quick and incredibly rigid.
- O4 & O4 Pro Ready Carbon Plate: A redesigned baseplate provides seamless compatibility with both DJI O4 and O4 Pro, offering stunning HD footage and ultimate build versatility.
- Unmatched Durability: The integrated injection molding and supported design create a rock-solid, lightweight foundation for confident flying.
- Item: Pavo Pico II Brushless Whoop Frame
- Material: PA12/PP
- Wheelbase: 80mm
- Color: Black/Transparent Gray
- Carbon Plate Thickness: 1.5mm
- Camera Mounting Spacing: 14mm
- Flight Controller Mounting Hole Size: 25.5×25.5mm, compatible with regular whoop FCs
- Motor Mounting Hole Size: 3-M1.4-φ6.6mm
- Battery Slot Size: 16*12.7mm
- Weight: 19g (O4 frame), 9g (whoop duct)
The Pavo Pico II frame revolutionizes assembly simplicity. Featuring embedded nuts, it requires just four screws for a secure connection that withstands crashes and ensures hassle-free building. Its advanced injection-molding technology combines a supported structure and three guided mounting points, guaranteeing perfect carbon plate alignment every time while eliminating flex for an incredibly rigid platform. This streamlined approach makes building a durable and high-performance setup easier than ever.
The newly designed carbon plate seamlessly integrates both the DJI O4 and O4 Pro, future-proofing your build and empowering you to capture stunning HD footage without compromise. With pre-tuned PID parameters optimized for both O4 systems, achieving peak performance is effortless—simply select your configuration via the OSD and fly with confidence.
For pilots seeking even greater versatility, the frame supports extensive DIY customization. Attach battery straps or 3D-printed components to accommodate various battery sizes, tailoring your setup to match specific flight preferences and performance requirements.