

Heavy Mecanum Transport

Characteristics
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Payload Up to 25t – Built for heavy logistics with precision ~ ± 3 mm.
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360° Agile Navigation – Omni-directional Mecanum drive enables operation in tight-space, and rotational maneuvering.
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Vehicle variants with various power systems, safety features, and more.
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Smart Autonomy – Powered by HSE's control system offering a choice of QR code, infrared tracker, remote or hybrid navigation.
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Industry-Grade Safety & Reliability utilizing laser obstacle detection, emergency stops, and features tailored to your sector.
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Experience enhanced operations and cost savings.
​Primary Missions​
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Intralogistics & Material Transport
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Moving large, heavy, or bulky loads (such as molds, tools, coils, plates, or machinery) across a factory floor.
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Replacing forklifts and cranes for safer, more flexible transport.
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Enabling just-in-time delivery of materials directly to workstations or assembly lines.
Assembly Line Integration
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Positioning and aligning large components with millimeter precision for robotic processing or manual assembly.
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Feeding materials to automated production cells without disrupting workflow.
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Supporting synchronized movement with robotic arms, welders, or automated tooling.
Aerospace Refurbishment Depot
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Transporting large aircraft parts wings, fuselage sections or entire aircraft.
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Enabling safe handling of fragile but heavy assemblies with precision docking at production stations.
Heavy Industry
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Moving casting molds, stamping dies, or other XXL tools within foundries and manufacturing plants.
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Reducing downtime by quickly and safely exchanging production tools.

HSE's Heavy Mecanum Transport platform is engineered for precision movement and exact positioning, enabling seamless alignment with robotic processes on the assembly line. Using advanced omnidirectional drive technology and intelligent navigation software, the system can maneuver smoothly in any direction, rotate on the spot, and position heavy payloads with millimeter-level accuracy. This ensures that components arrive at the exact location and orientation required, reducing setup time, minimizing manual adjustments, and allowing downstream robots to operate without interruption. The result is a fully synchronized workflow where mobile platforms and fixed robotic stations work in harmony delivering higher efficiency, repeatability, and productivity in complex assembly operations.

