Description
Article no.: 25304
Use the Hollyland Screw Fitting to attach a Pyro H transmitter or receiver directly to your gimbal or stabilizer. This simple, purpose-built accessory secures onto the Pyro H 1/4"-20 mounting thread with a captive screw and offers a single shoe adapter for fitting to a gimbal or rig.
Each listed feature describes the core functionality of the screw fitting. It mounts a Pyro H transmitter or receiver, connects via the standard 1/4"-20 thread, and then attaches to a gimbal or rig using the shoe adapter. The L-shaped and lightweight construction defines the fitting’s physical form and weight characteristics as provided by the manufacturer.
The fitting fastens to the Pyro H unit by engaging the device’s 1/4"-20 threaded mount. A captive screw secures the plate to the transmitter or receiver so it remains attached during handling. After securing to the Pyro H, the fitting presents a single shoe adapter that allows you to mount the unit to a gimbal or other rig that accepts a shoe-style connection.
Fit this screw plate when you need to mount a Pyro H transmitter or receiver to a stabilizer or gimbal that accepts a shoe adapter. The product is specifically made for Pyro H TX and RX units and provides the single mounting thread and shoe connection required for that workflow.
Question: Which Hollyland units can I mount with this fitting?
Answer: The fitting is designed for mounting a Pyro H transmitter (TX) or receiver (RX).
Question: How does the fitting attach to the device and stabilizer?
Answer: It attaches to the Pyro H via the device’s 1/4"-20 thread using the included captive screw, and it mounts to your gimbal or rig through the single shoe adapter on the plate.
Question: What hardware is included in the package?
Answer: The package includes the Hollyland screw fitting for mounting a Pyro H transmitter or receiver and the captive screw required to secure it.
Question: What is the shape and construction of the fitting?
Answer: The fitting is L-shaped and described as lightweight in construction, reflecting its physical design and build characteristics as provided by the manufacturer.