TORC Robotics Announces Remote Control System for Caterpillar Loaders

By Mike Ball / 18 Dec 2015

TORC Robotics RemoteTaskTORC Robotics, a provider of unmanned and autonomous ground vehicle solutions, has announced the availability of its RemoteTask remote control system for Caterpillar’s Cat D-Series Skid Steer, Multi-Terrain and Compact Track Loaders. The RemoteTask system enables operators to precisely control the machines from outside the cab as far away as 1,000 ft (300 m) and at a safe distance from potentially hazardous tasks and environments.

“Providing customers a solution to remove the operator from harm’s way while operating Cat compact loaders in certain applications further supports Caterpillar’s commitment to safety,” stated Jeff Griffith, Sr. Market Professional for Caterpillar. “TORC Robotics and Caterpillar have teamed up on the development of this solution for SSLs, MTLs, and CTLs.”

The RemoteTask controls feature virtually no lag in machine response time. With RemoteTask, the remote operator’s performance is as fast and smooth as in-cab operation. The intuitive remote control interface is designed to closely mimic in-cab machine controls, creating an easy operator transition from manual to remote operation.

“When using the RemoteTask controller, the machine response is instantaneous,” said Bob Shoop, Product Demonstrator/Instructor for Caterpillar. “The feel and response mirrors the operator controls of the machine itself. Remote controls I’ve tested previously often had a delayed response.”

Transforming a machine takes about an hour for installation of the RemoteTask system. With the system installed, the machine can transition from manual to remote mode at the turn of a key switch. The system is completely transferable between units.

The portable yet durable console allows the operator to move as needed for good lines of sight. RemoteTask can be integrated into 16 models of Cat D Series Skid Steer, Multi-Terrain and Compact Track Loaders and can control more than 200 work tools with all hydraulic functions controlled via the remote system.

Posted by Mike Ball Mike Ball is our resident technical editor here at Unmanned Systems Technology. Combining his passion for teaching, advanced engineering and all things unmanned, Mike keeps a watchful eye over everything related to the unmanned technical sector. With over 10 years’ experience in the unmanned field and a degree in engineering, Mike’s been heading up our technical team here for the last 8 years. Connect & Contact