Jaten Robot Heavy-duty AGV MHDU80T-M280-VER

Product Overview

Core Features

1. Extreme Load Capacity

• Innovative six-wheel independent drive chassis design with a maximum load capacity of 80 tons, breaking the limits of similar products in the industry.
• Adaptive hydraulic suspension system that automatically adjusts the vehicle height and center of gravity according to the load, ensuring operational stability.
• The vehicle's torsional stiffness is increased by 30%, adapting to complex factory environments with slopes of ±5° and potholes of 10mm.

2. Intelligent Control Technology

• The M280 control system is equipped with a multi-core processor, featuring a computing power of 1.2 Tops and a path planning response time of <100ms.
• Integration of multi-line lidar, 3D vision sensors, and IMU inertial navigation, achieving a repeat positioning accuracy of ±3mm.
• Support for 5G + Wi-Fi6 dual-redundancy communication to meet the requirements of millisecond-level data transmission and multi-vehicle collaborative scheduling.

3. Full-scenario Adaptability

• Environmental temperature adaptation range: -20°C to +55°C; humidity adaptation range: 5% to 95%RH (non-condensing).
• Optional explosion-proof, dust-proof, and waterproof protection levels to meet the requirements of special industries such as nuclear power and chemical engineering.
• Support for both automatic charging and battery swapping modes, with a ç»­èªæ¶é´ (endurance time) of 12 hours (fully loaded).

4. Safety Protection System

• 360° dead-angle-free safety monitoring system with an obstacle detection distance of up to 30 meters.
• Emergency braking deceleration ≥0.5m/s² and braking distance <0.5m (fully loaded).
• Prognostics and Health Management (PHM) system that warns of potential risks 72 hours in advance.

Typical Applications

1. Heavy Equipment Manufacturing

• Welding and transportation of ultra-large workpieces such as large shield machines and nuclear power pressure vessels.
• Three-dimensional warehousing and intelligent distribution during ship segment manufacturing.
• Multi-station material supply for wind turbine assembly lines.

2. Rail Transit

• Automated assembly logistics for high-speed rail bogies and car body assemblies.
• Intelligent transportation systems for wheel set maintenance in subway depots.
• Automated container loading and unloading operations in railway freight yards.

3. Aerospace

• Flexible assembly and transportation of large aircraft components (wings, fuselages).
• Dust-free workshop transportation of aerospace rocket segments.
• Precision positioning and docking during satellite assembly.

4. Energy Industry

• Modular transportation of offshore drilling platform equipment.
• In-plant intelligent logistics for large transformers and generator sets.
• Unmanned material flow in photovoltaic silicon material workshops.