Bidirectional 4-Motor Tugger AGV — Autonomous Robot Worker for Trolley Logistics

Core Capabilities and Business Value

Bidirectional 4 motors tugger AGV is a traction-optimized logistics robot platform built for heavy industrial material towing and flexible warehouse robotics operations. It supports hire robot services for short missions, rent a robot fleets for surge logistics capacity, and long-term deployments through robot for sale programs. As a durable robot worker, it performs continuous work for the robot across intralogistics routes, giving companies actionable job for robots in material transport, reducing dependency on manual towing, lowering floor congestion, and improving process rhythm in logistics robots environments.

Magnetic Navigation and Bidirectional Mobility

This Automated Guided Vehicle uses magnetic tape guidance for stable, track-locked autonomy on production floors, warehouse aisles, assembly loops and cart docking lanes. It delivers true bidirectional performance: smooth forward and backward drive, precise steering, U-path handling and train-style traction along predefined magnetic routes. Four drive motors provide balanced torque, reliability on slopes, and synchronized wheel control for safe motion while pulling heavy trolley loads in dynamic indoor logistics zones.

Payload Range and Trolley Compatibility

The AGV carries 500kg, 1000kg, 2000kg, 3000kg and higher payload classes, making it a robot worker for logistics tasks involving battery cassettes, metal panels, automotive carts, palletized trolleys, electronic component racks, molded materials, cold-storage carts, mobile material trains, SMT magazine transfer bases, hospital logistics trolleys, retail back-storage restock cassettes, and industrial mobile workbenches. Material type compatibility is universal trolley docking with automatic first-cart auto hook coupling, where the AGV reverses to connect the primary trolley without operator touch. Additional trolleys link manually using standard hooks, preserving modular flexibility and safe mechanical simplicity.

Industrial Use Locations and Automation Scenarios

Robots in logistics of this type operate in facilities and sites such as unmanned warehouse depots, manufacturing production lines, automotive plants, electronics assembly megafloors, semiconductor backhaul corridors, chemical intrayard warehouses, airport backstage cargo zones, cold-storage logistics aisles, retail fulfillment backstage hubs, dark warehouse restock zones, medical intralogistics campuses, research laboratory sites using material trolleys, indoor container-buffer warehouses, industrial parking logistics arteries, supermarket replenishment backstage storage zones, indoor freight docking corridors, factory-to-warehouse shuttle lanes, and large-scale building campus logistics paths where magnetic tape defines traffic flow.

Manufacturer Profile and Engineering Credibility

The AGV is designed and manufactured by a Shenzhen-based industrial robotics producer founded in 2013, operating in Guangdong, China, with 120 employees and expertise in auto guided vehicle systems, automated guided cart platforms, agv material handling engineering, Autonomous Mobile Robots, and mobile industrial robot traction chassis.

Safety, Expansion, and Deployment Readiness

Built for enterprise-grade warehouse robotics ecosystems, this autonomous robot platform integrates with scheduling, convoy towing workflows, cart exchange stations, and smart workshop dispatch layers. Packaged in wooden boxes on pallets for protected delivery and global logistics support to industrial zones requiring magnetic navigation AGV.