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Maximum payload: 300 kg Maximum speed: 1.4 METERS / SECOND Runtime: UP TO 6 HOURS
Maximum payload: 300 kg Maximum speed: 1.4 METERS / SECOND Runtime: UP TO 6 HOURS Battery voltage: 48V Battery capacity: 23Ah Positioning accuracy: ±10 mm / (±0.39 in) Length: 104.4 Depth: 50.0 Height: 172.2 Weight: 270.0 kg Autonomous mobile robots in this class commonly rely on laser SLAM, sensor-assisted localization, obstacle detection, safety devices, battery management, and fleet-level dispatch software.
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Buyers typically assess models like the SOF-300EU by comparing payload, body size
Buyers typically assess models like the SOF-300EU by comparing payload, body size, turning requirements, battery runtime, navigation method, charging options, software compatibility, and the availability of accessories or upper modules needed for a specific process.
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Battery, Payload, and Operating Fit Payload, runtime, and charging strategy are central
Battery, Payload, and Operating Fit Payload, runtime, and charging strategy are central buying criteria for any autonomous mobile robot.
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As with most autonomous mobile robots, the practical value of the platform depends on
As with most autonomous mobile robots, the practical value of the platform depends on the exact operating layout, payload requirement, traffic design, docking accuracy, safety configuration, and integration with upstream systems such as warehouse management software, manufacturing execution systems, conveyors, lifts, stations, and charging infrastructure.
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It works as part of an AMR system that uses onboard robot control, navigation sensors
It works as part of an AMR system that uses onboard robot control, navigation sensors, safety functions, battery power, and fleet or task-management software to move materials through defined workflows.