🧩 25mm Quick Release Ball Head Mount for Handlebar Applications
🧩 Discover the ultimate flexibility and durability with our 25mm Ball Head Mount, meticulously engineered to meet a variety of mounting needs. This innovative clamp features a robust 90mm length and is designed to accommodate devices utilizing a 1-inch rotating ball head system, making it the perfect companion for cyclists, photographers, and outdoor enthusiasts alike.
🔪 Constructed from premium aluminum alloy, this mount not only offers impressive strength but also lightweight characteristics, ensuring that you can securely attach your devices without adding unnecessary bulk. The rubberized ball head provides superior anti-slip properties, allowing for a firm grip while simultaneously safeguarding mounted surfaces from unsightly scratches—ideal for use on bicycles and motorcycles.
🎯 Precision crafted for enduring performance in challenging conditions, this clamp features a 3/8” female screw hole. This allows for the attachment of additional photography accessories, enhancing its versatility beyond just standard phone holders. Whether you're aiming to capture breathtaking action shots or simply need a reliable mount for your device, this clamp fits the bill.
🔒 Designed to quickly and securely attach to circular, square, or even irregularly shaped rails and tubing with a diameter of 15-55mm, this mount ensures easy setup and adaptability. However, please note that it is not compatible with 17mm mounts due to size specifications, ensuring a snug fit with your selected apparatus.
⚡ Ideally suited for a wide range of applications, the 25mm Ball Head Mount is compatible with a variety of devices including sports cameras, phone and tablet holders, digital cameras, monopods, and motorcycle accessories. This makes it an essential addition to any 25mm ball head arm setup, empowering you to document your adventures with ease and style.
Specifications:
📦 Package Includes:
🧩 Note: Please allow for a 1mm margin of error due to manual measurement. Monitor differences may cause variations in color representation.