SmallRig Super Clamp with 360° Ball Head Mount for Action Cameras 4102 is made of aircraft-grade aluminum alloy and stainless steel, CNC process anodized and carved to increase sturdiness and durability. It features a skeletal design and shark clamp with stronger clamping force as well as widely compatible 1/4"-20 threaded holes, 3/8"-16 threaded…
SmallRig Super Clamp with 360° Ball Head Mount for Action Cameras 4102 is made of aircraft-grade aluminum alloy and stainless steel, CNC process anodized and carved to increase sturdiness and durability. It features a skeletal design and shark clamp with stronger clamping force as well as widely compatible 1/4"-20 threaded holes, 3/8"-16 threaded holes, and ARRI 3/8"-16 locating holes. The clamp, which supports a rod of a minimum diameter of 14mm and a surface with a maximum thickness of 65mm, can quickly attach cameras, monitors, LED video lights, etc. to round pipes, tables, handlebars, tripods, and stabilizer handheld rings.
Anti-slip threads help the ball head lock easily and a one-piece connection secures the ball head mount to the clamp to prevent disconnection. In addition, built-in cushions provide protection and clamping stability. This item also includes a removable action camera adapter, with a special holder and a long rod screw to work with GoPro Hero 11 / 10 / 9 Black Camera Cage 3084B or Camera Cage for DJI Osmo Action 3 4119.
1. Made of aircraft-grade aluminum alloy and stainless steel, strong and durable.
2. Load capacity<3.5 kg, fits most photographic accessories.
3. Includes an action camera adapter to support GoPro in various scenes.
4. Wide compatibility: 1/4"-20 threaded holes, 3/8"-16 threaded holes, and ARRI 3/8"-16 locating holes.
5. Clamping range of 14 mm-65 mm, with built-in anti-slip pads ensuring safety and stability.
Note:
1. Please do not disassemble the original set screw, otherwise, it may lead to a deflection of the original ball head.
2. Please do not disassemble the original set screw to replace the original ball head, otherwise, it may lead to thread failure.