Bright Tangerine Vertical Extension for Halo Universal Camera Cage

The Halo Vertical Extension adds 30mm of height to the Halo; allowing users with taller cameras, large lenses or vertical setups to use the Halo without issue. The Extension installs easily between the top and sides of the Halo, and is ideal for larger rigs.

Struggling to fit larger lenses in with the Halo, or wanting to mount your camera vertically without clipping the top of the cage? With the Halo Vertical Extension, you can give your camera room to breathe whilst still benefitting from the Halo's Universal design. Simply screw the Extensions into place to give yourself 30mm of extra height. Ideal for larger or vertically-mounted camera bodies, the Vertical Extension gives you expanded possibilities with minimal limitations.

Camera Clearance
With 30mm of extra height on your Halo, you can expand the rigging capabilities of your setup. Give yourself extra height over larger lenses, or on cameras at the 15mm LWS optical height. If you're shooting vertically on a compact cine or hybrid stills camera, the Vertical Extension ensure that your cage doesn't clash with the lens.

Seamless Installation
The Vertical Extension comes in two parts, which are screwed in to each of the Halo side ribs with just a few twists of a 3mm Hex Key. Once installed, it becomes part of the sturdy Halo system: giving you a rigid wraparound cage for any camera. We've made the Extension pieces a lighter gray than the Halo, so you can quickly tell when you're using the extended model.

Part of the Halo System
The Halo is our best universal camera cage: offering total freedom and scope for customization in a single package. Ideal for filmmakers with constantly changing setups, the Halo provides a consistent starting point for any camera and any rig.

Compatibility
The Halo Vertical Extension is designed to fit onto the Halo Universal Camera Cage: adding 30mm of height to the camera. This allows larger lenses to fit within the camera cage, especially when using cameras with higher optical centers.