Battery hours decide the shift
Efficient drive control and low quiescent draw keep a robot working through the shift, not charging.
Automated guided vehicles and mobile robots run their shifts in the same dust, wash-down and traffic as the machines around them. Makersan supplies the drive and I/O control, the sensing and the connectivity that keep a fleet of them working, on hardware qualified for mobile machinery rather than for a bench.

Efficient drive control and low quiescent draw keep a robot working through the shift, not charging.
Deterministic CAN messaging and hard-wired stop paths support the vehicle's own safety concept.
Angle, inertial and wheel sensing feed navigation with stable, repeatable measurement.
Telemetry and remote configuration keep a growing fleet on one software version and one dashboard.
CAN-native modules that fit the packaging and the voltage rails a mobile robot is built around.

Motor, valve and I/O control for drive and payload functions.

Angle, inertial, pressure and temperature sensing for navigation and health.

Fleet telemetry, remote configuration and over-the-air updates.

Status and service displays for operators and maintenance.

Sealed keypads for mode selection and manual functions.

Joysticks for manual jogging, teaching and recovery.
Vibration, ingress and EMC qualification carried over from our off-highway line, on the voltage rails mobile robots use.
Tell us the drive architecture, the payload functions and the fleet size, and our engineers will spec the control, sensing and connectivity around them.