Flat, wide clamp designed for secure attachment to delicate surfaces without damage. Essential grip accessory for sensitive rigging situations.
Technical Details
The clamp is made of anodized aluminum with steel joints and achieves a maximum clamping force of 450 N. The clamp head measures 80 mm in width and 15 mm in height, allowing it to securely grip even thin objects like door frames or laptop screens. The ball joint allows for 360° rotation and 180° tilt. Variants include the Mini-Platypus (up to 1 kg, 3/8" spud) and the Heavy-Duty version (up to 5 kg, double jaws).
History & Development
The Platypus Clamp was developed in 1995 by Kupo Grip in Taiwan in response to the growing demand for discreet mounting solutions in documentary filmmaking. The first prototype was created for the BBC production "Wildlife on One," where conventional C-stands were too conspicuous. In 2001, Manfrotto introduced a revised version with improved clamping force. In 2008, Matthews Studio Equipment expanded the series with the Super-Platypus for digital cinema cameras.
Practical Use in Film
In "The Social Network" (2010), cinematographer Jeff Cronenweth used Platypus Clamps to attach LED panels to computer monitors and create eye light. Documentary teams frequently use them for unobtrusive interview lighting on shelves or door frames. The typical workflow involves clamping onto existing structures, aligning via the ball joint, and fine-tuning the light direction. Advantages include quick setup without stands and minimal space requirements. Disadvantages arise with smooth or round surfaces, where clamping force can decrease.
Comparison & Alternatives
Unlike the standard C-clamp (25 mm jaw opening), the Platypus Clamp reliably grips even thin objects. The Cardellini Clamp offers higher load capacity (up to 11 kg) but is bulkier. Modern magnetic mounts like the Kupo KG701112 are increasingly replacing Platypus Clamps on metallic surfaces. Suction cup systems dominate for glass and car windows, while the Platypus Clamp excels with irregular object shapes and medium loads.