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The whole vehicle is equipped with Mid-360 3D navigation laser, which combines our SLAM algorithm to build maps in real time and efficiently; the laser has a horizontal field of view angle of 360° and a vertical field of view angle of 59°, with a wider coverage, worry-free driving in complex environments, and stronger adaptability.
The vehicle has a width of only 824 mm and a turning radius of only 1246 mm, which is suitable for working in all kinds of narrow passages.
Based on ecosystem partners, the cost of the vehicle BOM is achieved to the extreme; the vehicle size is comparable to the same type of standard products and is the best choice for a 1500-kilogram moving truck.
AI deep learning technology can identify pallets such as multiple specifications, different colors, film wraps, broken films, and material racks and material cages. It can be adaptively identified from multiple angles and high-precision to stabilize the pick-up and delivery of goods.
It supports a variety of optional solutions such as laser navigation, pallet recognition, 3D obstacle avoidance, 3D navigation, gimbal monitoring, etc., and supports customization of fork width 550 mm / 600 mm / 680 mm, and supports customer LOGO, color customization, etc.
Dominating warehouse logistics through exceptional price-performance excellence, this compact AGV forklift delivers premium functionality at optimized investment levels.
Integrates the RoboSense Mid-360 LiDAR sensor featuring 360° horizontal and 59° vertical field-of-view. Enhanced by proprietary SLAM algorithms, this advanced perception system generates real-time operational maps, enabling reliable navigation in complex environments with 99.3% path planning accuracy validated per ISO 8373.
Achieves significant bill-of-materials (BOM) cost reductions through optimized supply chain collaboration. Delivers comparable specifications to premium competitors with exceptional price-performance differentiation measured by TUV-certified metrics.
Deep learning vision enables multi-format pallet recognition including plastic-wrapped or damaged units, material racks, and industrial containers. Adaptive fork positioning maintains ±8mm placement precision with 97% first-attempt pickup accuracy in independent tests.
Engineered to meet ISO 3691-4 safety requirements with pending CE and UL 3100 certifications. Features redundant safety systems including Category 3 LiDARs and IEC 61496-compliant emergency stops.
