FORT Robotics Introduces Safe Remote Control Pro

FORT Robotics has introduced the Safe Remote Control Pro, a remote control designed to enable users to command multiple machines, such as autonomous robots and heavy equipment, from a safe distance while also offering a built-in SIL 3-certified emergency stop button.

The rugged gaming-style controller can be paired with up to 30 machines, giving users the ability to manage a fleet of machines with a single remote control. The Safe Remote Control Pro can be used to take temporary control of autonomous vehicles, enabling users to move vehicles to and from their missions and easily switch between manual and autonomous mode.

The remote can be used with robots in warehousing and manufacturing as well as heavy machinery in agriculture, construction, mining and more.

FORT’s Safe Remote Control Pro uses Bluetooth Low Energy (BLE) for short-range applications and an ISM radio band for longer ranges (915 and 868 MHz). It has an SIL 3–certified emergency stop button for immediate shutdown to prevent injury, damage, or downtime in an unsafe situation. The lightweight, rugged remote is designed for comfortable all-day use, and the familiar gaming-style design requires minimal training, allowing users to get up and running quickly. The controller also features drop, orientation, and abandonment detection, which will pause a machine or vehicle if the remote is incorrectly handled, dropped, or has been dormant for prolonged periods. Additional features include CANOpen programming, IP65 housing, and an 18-hour battery life.

Like other FORT Pro Series devices, the Safe Remote Control Pro features secure firmware to protect against cybersecurity threats, including protocols for secure boot, configuration, and updates, ensuring that only approved devices can communicate with one another. The controller can also be securely configured and managed using the FORT Manager cloud platform, available via a no-code web application or through API access for direct integration with an existing system.