Philadelphia-based FORT Robotics has introduced the Safe Remote Control Pro, a cutting-edge remote control system designed to empower users to command multiple machines, including autonomous robots and heavy equipment, from a secure distance. Notable features include a rugged gaming-style controller and a built-in SIL 3–certified emergency stop button, enhancing safety measures.
Key attributes of the Safe Remote Control Pro include the ability to pair with up to 30 machines, streamlining the management of a fleet of machines through a single remote control. This advanced remote control facilitates the temporary takeover of autonomous vehicles, enabling users to seamlessly transition between manual and autonomous modes while efficiently directing vehicles to and from their missions.
Designed to cater to various industries, the Safe Remote Control Pro finds applications in warehousing, manufacturing, agriculture, construction, mining, and more. Its deployment in these sectors not only reduces the risk of injuries around hazardous machinery but also contributes to increased productivity, minimizes the need for additional personnel, and helps prevent unplanned downtime.
By offering users the capability to take command of machines remotely, FORT Robotics aims to address safety concerns associated with working in proximity to heavy machinery. The user-friendly design of the controller ensures ease of operation, making it a valuable tool for operators in diverse industries.
The integration of SIL 3–certified emergency stop functionality underscores FORT Robotics’ commitment to adhering to stringent safety standards. As industries continue to embrace automation and autonomous technologies, solutions like the Safe Remote Control Pro play a crucial role in ensuring a balance between operational efficiency and safety.
FORT Robotics remains at the forefront of developing innovative solutions that redefine safety protocols in industrial settings. The Safe Remote Control Pro represents a significant step toward creating a secure and efficient environment for machine management across various sectors.