GoPro-Compatible Panoramic Camera Expansion Bracket with Protective Sponge Padding

This 3D-printed expansion bracket provides a versatile mounting solution for cameras and accessories using GoPro-style connectors. Weighing just 22 grams and measuring 70mm by 70mm by 20mm, it adds minimal weight while offering secure attachment points for equipment expansion. The hard plastic construction ensures structural integrity, while integrated soft sponge padding protects surfaces where the bracket contacts equipment. Designed primarily for FPV drone applications, this bracket enables users to expand their camera mounting options without compromising equipment safety or adding significant weight.

Features and Construction

This expansion bracket combines durable construction with practical protective elements in a compact form factor suitable for aerial and equipment mounting applications.

Material and Build

The bracket is manufactured using 3D printing techniques from hard plastic materials, creating a rigid structure capable of supporting cameras and accessories. This construction method allows for precise geometry while maintaining strength-to-weight efficiency. On contact surfaces where the bracket meets equipment, soft sponge material is attached to prevent scratching or damage to surfaces, providing a protective barrier between hard plastic components and sensitive equipment finishes.

Size and Practical Fit

With compact dimensions of 70mm by 70mm by 20mm and a net weight of 22 grams, this bracket adds minimal bulk or mass to setups. The lightweight design helps maintain equipment balance and performance, particularly important for drone applications where weight distribution affects flight characteristics. The bracket's small footprint allows for installation in tight spaces while providing secure mounting points compatible with standard GoPro connector systems.

Uses and Placement

This expansion bracket serves multiple mounting applications across different equipment types, with particular relevance to aerial photography and equipment enhancement scenarios.

Event or Professional Use

For FPV drone operators and aerial photographers, this bracket enables expanded camera configurations and accessory mounting options. The GoPro connector compatibility allows attachment of various action cameras and compatible accessories, facilitating panoramic shooting angles or multi-camera setups. The protective sponge padding ensures drone fuselages remain unscratched during mounting, preserving equipment appearance and value while enabling creative camera positioning.

Everyday Home Use

Beyond professional applications, this bracket can adapt equipment for hobbyist projects, DIY camera rigs, or home videography setups. The lightweight design makes it suitable for handheld stabilisers, helmet mounts, or bicycle camera setups where GoPro compatibility is required. The protective sponge elements prevent damage to painted surfaces or delicate equipment finishes during regular mounting and demounting cycles.

Benefits and Buying Value

This expansion bracket offers practical advantages through its specific design features and material choices that address common equipment mounting challenges.

Reuse and Low Maintenance

The durable hard plastic construction resists wear from repeated use, while the sponge padding can be inspected periodically for compression or wear. No specialist maintenance is required beyond keeping connectors clean and ensuring proper alignment during attachment. The simple design with minimal moving parts reduces potential failure points, contributing to reliable performance across multiple mounting cycles.

Why Choose This Product

This bracket provides a specifically designed solution for expanding camera mounting options on equipment with GoPro compatibility requirements. The combination of rigid 3D-printed structure with protective sponge padding addresses both secure mounting needs and surface protection concerns. The lightweight 22-gram design minimises impact on equipment balance, while the compact dimensions allow installation in space-limited applications where traditional brackets might not fit.