TVBEurope 77 IBC2012 Show Preview Pedestal enters virtual reality
Shotoku Broadcast Systems
By David Fox
A NEWtwo-stage pneumatic pedestal, with pan and tilt head, for VR applications has been introduced by Shotoku. Based on its popular TP200 pedestal, the new VR model is ergonomically designed and features reliable and accurate mechanical X-Y tracking technology. The lightweight, high-capacity unit has a maximum payload of
an ergonomic design. Its recently-introduced SP tripod series provides
easy-to-operate, robust systems claimed to offer smooth and stress-free movement, for
payloads from 2kg to 15kg. The lightweight units include pan and tilt brake knobs, a
bowl clamping knob, and leg locks for firm, quick locking. 11.F40
FULL CONTROL IN YOUR HANDS.
Let VSM integrate and simplify your world.
VR on a pedestal: The TP200VR 2-stage pneumatic VR pedestal and SX300VR head has a perfect balance column
more than 80kg and supports a wide-range of camera configurations. Its perfect balance column and base offer stability and operational flexibility. A foot operated parking brake and single-action cable guard enables precise movements and control at all times for fast and easy positioning.
It is fitted with the new SX300VR EFP VR tracking pan and tilt head, with reliable and accurate VR tracking technology. It offers a continuously adjustable perfect counterbalance system, while Viscam ultimate fluid drag system ensures smooth, adjustable pan and tilt drag with enhanced torque. Also new is the SG900 Pan and Tilt Head, for OB, studio and portable cameras with teleprompters. It supports 90kg and features smooth operation, single knob balance adjustment, and robust construction in
All Major Brands Supported
Global Snapshots
Free User Interface Design
Crosspoint & Parameter Control
VSM (Virtual Studio Manager) is the solution to integrate third party broadcast devices and bring control to users in customised interfaces thus simplifying and streamlining operational workfl ows. VSM integrates old and new equipment and translates different protocols for the control via one single system.