Heavy Interlogistics

Heavy‑Duty Logistics Robots

Carrier robots are engineered for demanding logistics environments—factories, yards, ports, warehouses and industrial campuses. Built for reliability, autonomous navigation and real‑time connected operations.

Carrier: Heavy-duty autonomous mobile robot for industrial logistics
500kg
Max Towing Capacity
Omni
Directional Drive
IP65
Outdoor Rated
5G
Swarm Connected
Carrier logistics robot navigating outdoor factory campus asphalt

Beyond the Warehouse Floor.

Traditional Autonomous Mobile Robots (AMRs) are strictly designed for pristine indoor warehouse floors. Carrier breaks that barrier.

Built with a ruggedized chassis, active suspension, and an IP65 weather rating, Carrier seamlessly bridges the gap between disconnected production units. It moves heavy goods across cracked campus asphalt, through rain, and up steep loading ramps.

  • Unifies disjointed campus logistics
  • Eliminates manual forklift transit between buildings
  • Active thermal management for outdoor shifts

Massive Payload.
Precision Movement.

Moving a massive 500kg payload safely requires absolute precision. Carrier utilizes advanced omni-directional wheel technology and 3D LiDAR mapping to navigate with millimeter accuracy.

Instead of requiring wide turning radii like traditional carts, Carrier can crab-walk sideways, pivot on a dime, and slide perfectly into tight warehouse racks or crowded assembly lines without disrupting human workflows.

Carrier robot demonstrating omni-directional precision movement with a heavy payload
Industrial Deployment

Where Carrier Fits Best

Automate heavy material flow in the world's most demanding logistics environments.

Automotive Assembly

Just-in-time delivery of heavy components like chassis and engine blocks directly to the assembly line.

Cross-Campus Transit

Automate the transfer of raw materials from outdoor storage yards to indoor production facilities.

Aerospace Manufacturing

Safely transport high-value, uniquely shaped composite parts using custom top-deck attachments.

Cold Storage Logistics

Operate continuously in sub-zero environments where human labor faces extreme physical strain.

Port & Dock Handling

Navigate complex, dynamic port environments to relay cargo between shipping containers and transit trucks.

Heavy Fabrication

Tow custom trolleys filled with steel beams and sheet metal through chaotic fabric shops.

Technical Specifications

Key specifications for logistics managers and integrators. Full CAD files available under NDA.

Form Factor Heavy-Duty Autonomous Mobile Robot (AMR)
Dimensions Approx. 1200 Ă— 850 Ă— 400 mm (L Ă— W Ă— H)
Payload Capacity 100 kg (Top-Deck) / Up to 500 kg (Towing/Cart)
Mobility System Omni-directional Mecanum/Swerve drive, active suspension
Max Speed Configurable up to ~8 km/h (loaded)
Runtime Up to 10 hours continuous (Hot-swappable batteries supported)
Sensors & Safety 3D LiDAR, 360° Safety Scanners, Depth Cameras, Bumper Switches
Connectivity 5G, Wi-Fi 6, Dual-band roaming support
Ingress Protection IP65 outdoor-ready, industrial grade seals
Charging Autonomous contact charging dock (fast-charge capable)
Software Integration GridLogix Fleet Management, WMS/ERP API endpoints

Explore the Fleet

Discover the other purpose-built robotic solutions in our hardware lineup.

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