Old Version 2 Unidirectional Latent AGV — Compact Autonomous Robot for Logistics

Small Footprint, Big Logistics Impact

Old Version 2 unidirectional latent type Automated Guided Vehicle is designed to operate where floor space is limited but process tempo is high. It works as a stable robot worker for businesses planning to hire robot capacity by hour or shift, rent a robot fleets for scalable logistics, or secure a robot for sale for long-term automation. This small AGV lurks under trolleys or pallets, raises the tow bar automatically and moves forward to connect and tow payload without turning around, enabling frictionless work for the robot on tightly spaced routes. Companies receive predictable job for robots across material flows, unlocking reliable work assignments that replace manual pulling, reduce handling risks and cut internal logistics cycles.

Navigation for Predictable and Trackless Routes

The latent AGV runs on magnetic tape, inertia, and laser guidance, supporting both track-based navigation and trackless autonomy. Magnetic tape enables accurate motion in assembly loops and work cells. Inertia and laser guidance allow continuous movement between warehouse zones, workshop exits, loading gates, and floor-level dispatch buffers. Positioning delivers enterprise-grade stability while minimizing infrastructure complexity. Installation is fast, magnetic routes deploy quickly, and appearance or sizing can be tailored for specific work for the robot needs.

Payload Classes, Material Types, and Use Locations

Payload support typically includes 300kg and 500kg, compatible with trolley trains, pallet carriers, mobile work surfaces, container dollies, line-feeding carts, and buffer pallets. Material type coverage spans trolleys and pallets, supporting part transport, component feeding, kit-flow pallets, small container carts, subassembly trolleys, station-to-station shuttles, and workshop-to-warehouse backhauls. Robots in logistics operate in environments such as automotive assembly lines, micro-warehouses, machine shop corridors, parts supermarkets, tooling cribs, end-of-line dispatch nodes, manufacturing cells, quality checkpoints, sequencing shelves, lean production islands, dark storage corners, packaging tunnel lines, between workshop and warehouse corridors, retail backstage storage aisles, test labs with mobile material cassettes, and small fulfillment hubs where autonomous robots move in one consistent direction to preserve flow discipline.

Produced by OKAGV, a 2013-established manufacturer team of 120 specialists in Automated Guided Vehicles, AMR traction chassis, and agv material handling robotics. The chassis includes balanced safety design for steady towing, low center of gravity stability, and controlled coupling. It integrates into convoy dispatch, cart exchange points, floor schedulers, and can dock with storage elevators or conveyor transitions on customized builds.

Delivered in wooden boxes on pallets for protected shipping to plants, unmanned mini-warehouses, and cross-zone automation routes.