SIASUN's Self-Driving Robots are a range of autonomous mobile platforms — spanning AGV (automated guided vehicle) and AMR (autonomous mobile robot) architectures — developed for smart manufacturing and intelligent logistics. Each platform is built around a rigid chassis with electric drive modules, onboard battery power, and a choice of payload interfaces: roller or conveyor top modules, lift tables, shelves, towing hitches, fork-style lifting structures, or custom fixtures matched to totes, pallets, racks, and tooling carts. Navigation options across the category include laser/LiDAR localization, vision-assisted navigation, SLAM for dynamic or frequently changing environments, and sensor fusion combining IMU, wheel odometry, LiDAR, depth sensors, and cameras — with the appropriate approach selected to suit facility layout, environmental conditions, and performance requirements.

Within SIASUN's ecosystem, self-driving robots operate as part of an integrated automation stack: the mobile platforms handle movement, scheduling and fleet-management software coordinates multi-robot traffic, and standard interfaces connect job orders to MES, WMS, and ERP systems over Wi-Fi or industrial wireless networks. Typical missions include internal transport, line-side replenishment, kitting, warehouse order movement, and inter-process delivery. Because these robots are designed to share space with people, the category incorporates safety-rated scanners with protective slow-down and stop fields, emergency stop buttons and safety I/O, audible and visual signalling, and traffic-management rules such as right-of-way, virtual lanes, and no-go zones — consistent with the ISO 3691-4 framework for driverless industrial trucks.