Versatile and Adjustable Camera Desk Mount
Discover the ultimate flexibility with our 3-Section Telescopic Rod, which adjusts from 9.4" to 18.5" (23.88cm to 46.9cm). Perfect for all your photography needs, whether it's podcasting, Twitch streaming, YouTube video recording, VR gaming, or Zoom meetings. This sturdy and adaptive mount opens up a world of possibilities for your creative projects.
Our durable Desktop C-clamp effortlessly adapts to tables of different thicknesses (up to 2.3"/60mm) thanks to its robust aluminum alloy construction. The 360° Adjustable Ball Head ensures you can capture the perfect angle with ease, providing the convenience and flexibility you need.
Designed with stability in mind, the extension rods are crafted from strong yet lightweight aluminum alloy. Plus, the C-shaped clip includes three additional threaded holes (two 1/4" and one 3/8"), allowing you to save space by mounting various camera equipment. Upgrade your setup today!
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Solid Construction
Very well constructed out of quality material, making it sturdy for various purposes. -
Versatile Usage
Can be used for mounting cameras, lights, and other accessories, with multiple threaded holes for expansion. -
Easy Adjustments
Grips for turning/locking/unlocking height adjustments have a good feel and grip. -
Perfect Height Range
Suitable height range for cameras and lights, providing flexibility in setup. -
Compact Design
Shorter than other products, allowing for a more natural camera lens position.
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Soft Rubber Pads
Rubber pads are too soft, causing a fair amount of wiggle and difficulty in achieving tight clamps. -
Non-Freely Spinning Clamp
Clamp section does not turn freely from the screw thread, which can cause damage to the desk surface. -
Ball Head Issues
The ball head may not lock properly, requiring replacement for better stability. -
Wobbly Arm
The arm can unscrew too easily from the base, requiring additional measures like using Loctite. -
Clamp Size
The clamp may be slightly too big, causing instability when not sitting flush against surfaces.
