MRMC Robotic Pod
Description
The Robotic Pod system is a leading, next generation, remote production tool. Designed for the toughest of tasks, in the most remote of locations, this system helps capture new angles with ease.
ROBOTIC POD SYSTEM
The Robotic Pod sets a new level of safety for remote event capture. By having only one cable between the Robotic Pod and the arm the chances of the robot becoming entangled are significantly decreased and – unlike other pan/tilt arms – there’s no birds nest of cables that could potentially come loose during operation.
MODULAR SYSTEM
The modular system enables you to quickly and easily change your remote position from a wide to a super-tight shot. The Nikon FX full-frame sensor provides fantastic dynamic range, colour depth and low noise sensor performance – as well as a vast range of lens options.
NIKON TECHNOLOGY
In the middle of every Robotic Pod is a Nikon D5 DSLR camera. With it’s class leading performance, focus accuracy and incredible image quality – for both stills and video, it is the perfect capture device for almost any application.
Specially modified boards integrate the camera with the robot, allowing the two components to work as one and ensuring the capture of video and still imagery is effortless.
EASY INSTALLATION
The Pod breaks down into three key components, enabling even the largest robotic pod to be installed by one person. The Robotic Pod is one of the fastest and easiest systems to rig on the market.
MODULAR SYSTEM
By using a modular system it is easy to quickly change the Robotic Pod, in minutes you can change your remote position from a wide to a super tight shot. The Nikon FX size sensor means you get the advantage of fantastic dynamic range, colour depth and low noise sensor performance as well a vast range of lens options.
Choice of Lenses:
- 38-120mm
- 24-70mm
- 70-200mm
- 80-400mm
- 200-500mm
EASY TO USE INTERFACE
MHC is a class-leading next generation remote control platform. This software comes in two parts, MHC server and MHC client. MHC server can dynamically control an unlimited number of robotic pods.
The server’s role is to take input information, from multiple users and sources, and then translate this to smooth fluid camera moves on any of the MRMC robotic heads.