Osmo Action Mini Handlebar Mount

This kit includes a Utility Frame, a Quick-Release Expansion Side Cover, a Street Photography Hand Grip and a Wrist Lanyard. This kit enhances grip comfort and allows flexible mounting of various accessories.

Adopts the adjustable double ball-joint design and supports 360° sideways rotation. It features robust suction force that supports cycling scenarios, and does not damage or affect the attached surface.

Supports 3.5mm microphone audio input, allowing high-quality and clear vocal recording during high-speed activities like motorcycling.

Designed for easy hands-free POV footage. The bite mount is made of durable food-grade materials and ensures a comfortable in-mouth grip.

Supports a 360° rotating view for multi-angle framing. It is easy to mount, with no tools required. The tube diameter is adjustable, making it suitable for different models.

The Magnetic ND Filters Set includes ND16, ND64, and ND256 filters. A magnetic design facilitates easy attachment and detachment.

Built-in 15.5Wh battery enables 4.5h 8K/30fps recording. It extends to 90cm for multi-angle selfies and easy camera control.

Combines the 3M adhesive base with ball-joint design, allowing you to install the camera anywhere.* The lens orientation can be adjusted flexibly, the angles are fresh and diverse, and more accessories can be connected via the 1/4″ threaded hole on the bottom.

• It is recommended to use this product in static scenarios. The ideal attachment temperature range of the base is -10° to 40° C (14° to 104° F). Do not attach to curved surfaces, and make sure the attachment surface is clean. It is recommended to press down on the attachment for 10 seconds after applying and leave for 30 minutes before use.

Allows for underwater creation at depths of up to 60 meters, providing a safer and more flexible underwater shooting experience.

Supports a 360° rotating view for multi-angle framing. It is easy to mount, with no tools required. The tube diameter is adjustable, making it suitable for different models.