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LENS CONTROL – ARRI WCU-4 FOR MINI

The ARRI Wireless Compact Unit WCU-4 combines three axes of lens control with a lens data display in a compact and ergonomic housing. The WCU-4 for Mini system comes with 3 Cforce Mini Motors.

LENS CONTROL – ARRI WCU-4 FOR MINI

The ARRI Wireless Compact Unit WCU-4 combines three axes of lens control with a lens data display in a compact and ergonomic housing. The WCU-4 for Mini system comes with 3 Cforce Mini Motors.

The MDR is controlled by the preexisting ARRI WCU-4 (Wireless Compact Unit) handset which features a touchscreen control, vibrating stop markers, 3-channel control, a backlit focus knob, lens data display on the screen, pre-marked focus rings, focus tracking, and full control over the camera (frame rate settings, shutter angle, exposure index, etc).

The L-Bus motor is ultra-thin, ultra-lightweight, and was designed with one thing in mind: flight. It features a daisy chain port so that additional motors can be added to the existing motor without the need for additional ports or long motor cable runs.

Three Axes – All Inclusive
The Wireless Compact Unit WCU-4 combines three axes of lens control with a lens data display in a compact and ergonomic housing. Weighing around 780 grams including battery, it’s one of the lightest hand units in its class, providing unrivaled comfort during a long working day.

ALEXA Remote Control
An optional software license will enable you to remote control ALEXA Mini, all ALEXA cameras including the Plus Module (except the ALEXA HD Plus) and AMIRA when combined with the Universal Motor Controller UMC-4. This includes setting frame rate, shutter angle, exposure index, false color on the monitor output, and more. Extended camera status information is also available, allowing you to quickly check your camera settings at any time.

Vibrating Markers
Tactile vibrating feedback lets you keep your eye on the action in the most challenging situations. Operators can concentrate on the scene, knowing that the hand unit will vibrate to prompt them when focus markers are reached.