Advanced I/O Module for RED V-RAPTOR

This Advanced I/O Module utilizes an integrated V-RAPTOR EXT Cable that expands communication with the camera body and offers increased functionality for Run Stop and Timecode via additional ports.

Key features

Lightweight and compact

Various configuration possibilities.

Ergonomic design for camera operating

Black walnut wooden side handle with a quick-adjust design.

Compatibility

The front top plate is interchangeable with the RED monitor interface module.

Advanced angled top handle extension

The transformed handle reserves space for battery access and provides optimal precision while operating.

Top handle 15 mm rod extension

The top handle has a built-in 15 mm rod holder at the front and the side, allowing a 15 mm rod to be used with the original monitor mounting adapter.

New wooden side handle

Custom side handles made from black walnut. Ergonomic and fully adjustable. Easy installation via the NATO rail on the side arms, with quick angle adjustment via the release button.

Multiple power output ports

2× 14.8 V 2-PIN LEMO port, 1× 14.8 V P-tap port, 1× USB-C port, contact-point power output (powers the I/O module), aux power output of 7.5 A total (max.) and DC output (11–17.5 V).

I/O module

Genlock port. CTRL port (use the Tilta Indie 7 control cable to control camera settings). Timecode port. R/S port (14.8 V), which can power the lens control motor. Side 2-pin DC input — when the I/O module is installed on a different part of the cage, it can be powered through the 2-pin LEMO port.

Bottom mounting plate

Mounts onto the side of the bottom plate on the full camera cage. Supports accessories such as an articulating arm, I/O module, wireless video transmitter or camera index patches. Note: mounting the bottom plate may affect access to the side of the camera, so please choose accordingly.

Left and right side single rod holder

The 15 mm single rod holder can be installed on the front top plate and the side arm of the full cage, allowing you to mount accessories such as a wireless lens control motor.