Hollyland Spares - Screw Fitting for Stabilizer (for Pyro H)

The Hollyland Screw Fitting for Stabilizer (for Pyro H) is an official factory-spare mounting accessory designed to seamlessly integrate a Pyro H wireless video transmitter or receiver into a motorized gimbal stabilizer rig (such as the DJI Ronin series or Zhiyun Crane systems).

When balancing a camera on a stabilizer, typical cold shoe extension arms stick out too far, throwing off the axis weight. This custom low-profile fitting relocates the wireless unit to a highly stable, structurally secure position.

Core Structural & Functional Features

• Anti-Twist Localization Pins: The mounting plate surface features dual spring-loaded localization pins flanking the central screw. This matching layout locks directly into the indexing holes on the bottom of the Pyro H chassis, completely eliminating the annoying "pivoting" or twisting that happens with basic single-screw mounts under high-speed gimbal pan movements.

• Low-Profile Balance Strategy: Engineered with a specialized angled offset bracket. It brings the Pyro H unit closer to the camera cage or gimbal base plate, preserving a tight center of gravity so your stabilizer motors don't overheat while trying to compensate for an unbalanced load.

• Captive Hand-Tightening Thumbscrew: Features an ergonomic, textured star-grip thumbscrew that remains locked inside the bracket frame. This design allows you to quickly mount or strip down your wireless link on a chaotic set without needing a coin, screwdriver, or hex Allen key.

• Rugged Aluminum Alloy Build: CNC-machined out of premium aircraft-grade aluminum alloy, anodized in a hard matte black finish. This build maximizes thread life and prevents stripping while adding negligible weight to your overall payload.

Technical Specifications Matrix

On-Set Rig Balancing Tip: For optimal gimbal performance, mount the Pyro H via this screw fitting directly to your camera's side cage armor or the lower section of your stabilizer's quick-release plate assembly before you begin balancing the axes. If you attempt to attach the wireless node after finishing your primary balance pass, the extra offset weight will instantly throw off your pan/tilt parameters and cause the stabilizer to vibrate or enter an automated error sleep mode.