Battery Mounting Plate; F3

The Battery Mounting Plate F3 is a purpose-built solution designed for FPV drones, RC aircraft, and other projects powered by the F3 flight controller family. This plate provides a secure, stable anchor for LiPo packs, helping maintain a precise center of gravity while reducing movement during rapid maneuvers or rugged landings. If you value predictable handling and reliable power delivery, this plate integrates cleanly into your frame setup and keeps your battery securely in place from takeoff to landing.

Key benefits that matter in the field

• Versatile mounting geometry with multiple holes and slots to fit a range of battery sizes commonly used with FPV drones and RC platforms.
• Compact, lightweight profile that preserves airframe balance and minimizes added weight.
• Non-slip, secure surface design helps prevent battery shift during aggressive maneuvers.
• Integrated cable management considerations to guide and protect battery leads from snag or chafe.
• Rugged enough for field use, with finishes designed to resist typical wear and tear.

Who benefits most

Drone builders and pilots using F3-based configurations who want a dependable, straightforward mounting solution for LiPo packs. It’s ideal for FPV racers chasing precise handling, aerial cinematographers seeking reliable power placement, and hobbyists upgrading frames that benefit from a dedicated battery plate to improve stability and balance.

Use cases and scenarios

• FPV racing quads requiring secure retention of 2S–6S LiPo packs for consistent throttle response and flight characteristics.
• Open-frame drones subjected to vibration and turbulence where a robust battery mount helps protect wiring and maintain CG.
• RC aircraft and multi-rotor projects integrating with F3 flight controllers that need a clean, dependable battery mounting solution.

Installation and care tips

To install, align the plate with your frame’s battery compartment or mounting area and use appropriate hardware suited to your chassis and battery size. Ensure there is no interference with props, motors, or other electronics, and route battery leads through designated pathways to minimize movement. Regularly inspect fasteners and mounting surfaces for signs of wear or loosening, and replace components to maintain optimal security and performance.