FPV drone expansion bracket for GoPro cameras made from 3D printed hard plastic with soft sponge padding measuring 70mm by 70mm by 20mm weighing 22 grams for mounting action cameras onto drones
FPV Drone GoPro Camera Mount Bracket - 3D Printed Hard Plastic Construction

This expansion bracket is a dedicated mounting solution designed to connect action cameras, specifically those using the GoPro connector system, to FPV (First Person View) drone frames. Crafted via 3D printing from a hard plastic material, it provides a solid and reliable interface between your recording equipment and your aircraft. The inclusion of a soft sponge pad where the bracket meets the drone's fuselage helps to protect the frame's surface from potential scuffs or scratches during installation and use, addressing a common concern for drone enthusiasts. With its compact form factor and light weight, it aims to add minimal bulk and mass to your setup.
Features and Construction

The bracket's design centres on practicality and compatibility for FPV drone applications. Its primary role is to act as a secure adaptor, bridging the gap between a drone's frame and a standardised camera mount.
Material and Build
The core structure is formed from hard plastic using a 3D printing process. This method allows for the creation of a complex, one-piece design that is both rigid and lightweight. A key feature is the soft sponge material attached to the section of the bracket that makes direct contact with the drone's body. This sponge acts as a cushion, protecting the fuselage's finish from wear caused by vibration or direct pressure.
Size and Practical Fit
The bracket itself is notably compact, with external dimensions measuring 70mm in width, 70mm in depth, and 20mm in height. This small footprint is intended to integrate neatly with typical FPV drone frames without causing significant aerodynamic disruption or balance issues. The product's net weight is 22 grams, which is a low addition to the overall payload, helping to preserve flight time and handling performance.
Uses and Placement

This product is intended for a specific niche within the drone and action camera ecosystem, focusing on expanding the recording capabilities of FPV drones.
Event or Professional Use
For pilots engaged in FPV racing, freestyle flying, or aerial videography, this bracket enables the attachment of dedicated action cameras like GoPro models to capture high-quality, stabilised footage from the drone's perspective. The use of the ubiquitous GoPro connector means it supports not just cameras but also other accessories compatible with that mounting ecosystem, potentially allowing for lights or sensors to be fitted.
Everyday Home Use
For hobbyists and enthusiasts, it facilitates the recording of personal flights, allowing for the creation of shareable content or the review of flying technique. It turns a standard FPV drone, which may only transmit a lower-quality analogue video feed to the pilot's goggles, into a platform for capturing broadcast-quality video for personal archives or online sharing.
Benefits and Buying Value

The value of this bracket lies in its focused functionality, material choices, and the practical problem it solves for drone operators who wish to record their flights with an external camera.
Reuse and Low Maintenance
The construction from durable hard plastic suggests a product built for repeated use. The sponge padding is a considerate addition that can extend the life of both the bracket and the drone's frame by reducing contact wear. Maintenance is minimal, primarily involving checking the mount's security before flight and keeping the connector clean.
Why Choose This Product
This bracket offers a dedicated, physical solution for a common need in the FPV community: mounting an action camera. Its 3D printed design allows for a precise fit, while the specified materials address both structural support (hard plastic) and device protection (soft sponge). It provides a straightforward way to expand a drone's functionality using a widely adopted connector standard, without requiring custom fabrication or modification.
