Move what the facility needs next.
AR-M is designed for autonomous material movement through factories, warehouses and large operational facilities. Instead of requiring fixed rails or conveyors, the platform plans routes through mapped environments and adapts to changing operational conditions.
Representative engineering targets. Final configuration depends on system and deployment.
Material flow should not depend on fixed paths.
Factories change. Production layouts move. Priorities shift. Queues appear. A mobile robotic system should operate inside that reality rather than assuming the facility remains permanently fixed. AR-M treats logistics as a continuously updated routing problem.
A mobile base built around payload, routes and uptime.
Chassis
Structural deck and load interface for internal material movement.
Motion
Drive modules support repeatable routes, turns and controlled stopping.
Battery
Runtime and charging strategy are treated as fleet constraints.
Deck
Configurable payload interface for carts, carriers and handoff geometry.
Perimeter
Spatial sensing supports localization, obstacle handling and safe zones.
Scene input
Vision inputs help read markers, docks, zones and task context.
Onboard control
Local planning and safety decisions continue near the machine.
Charging
Automatic docking keeps charge and task allocation in the same loop.
One vehicle moves. The fleet coordinates.
Multiple AR-M units are coordinated through task allocation, traffic management, congestion avoidance and charging logic. The fleet planner decides which unit moves next, where it travels and when it returns to charge.
Finish the task. Find the dock.
Auto-docking
Positioning and approach logic align the robot with charging or handoff points.
Charging
Charging windows are coordinated with task demand and fleet state.
Pickup
Payload pickup depends on deck geometry, route state and facility process.
Handoff
Arrival is verified against the receiving area, not only a map coordinate.
Connected to the work system.
AR-M interfaces are considered around WMS, MES, ERP, facility systems and fleet orchestration. Integration depends on the deployment architecture and is defined with the operating team.
Built for material flow inside working sites.
Warehouse transport
Movement between staging, storage, picking and dispatch zones.
Line replenishment
Parts and material delivery to production points as demand changes.
Facility transport
Internal movement across campuses, workshops and industrial floors.
Internal delivery
Repeatable delivery loops with dynamic route and charge coordination.
Discuss AR-M deployment.
AR-M deployment starts with material flow: payloads, pickup points, route width, traffic, dock positions, charging windows and the systems that create transport demand.