Integrated BLDC Traction Motors for Heavy-Duty AGVs & Industrial AMRs
Engineering considerations for integrated BLDC traction motors used in heavy-duty AGV and industrial AMR applications, including torque density, drive integration, and continuous duty requirements.
Engineering Challenges in AGV & AMR Traction Systems
Heavy-duty AGVs and autonomous mobile robots (AMRs) face severe powertrain limitations:
Radial Load & Space Constraints: Bulky gearbox-motor assemblies consume chassis clearance and fail under heavy wheel loads.
Thermal Overload Under Load: Continuous low-speed, high-torque maneuvering leads to motor heat spikes and battery drain.
24/7 Mechanical Strain: Inadequate bearing support causes premature shaft wear and alignment failure in warehouse environments.
Technical Comparison
Feature | Traditional Gearbox + Motor Setup | MYSUN POWER Integrated Traction Solution |
Footprint | Bulky dual-stage assembly | Compact integrated drive / Direct-drive hub (40% space saved) |
Load Capacity | Standard ball bearings | Heavy-duty dual-tapered roller bearings (High radial load support) |
Efficiency & Control | Open/Closed-loop variable | Integrated driver with communication protocol options (CANopen / Modbus) |
Key Specifications & Customization
Operating Voltage: 24V – 96V DC (Industrial battery platforms)
Peak Torque & Payload: Customized for payloads from 500 kg to 5+ tons
Customization Scope: Integrated planetary/hub gear ratios, electromagnetic brakes, and absolute encoders.
Ready to Optimize Your Motor Performance & Lower TCO?
Guangdong MYSUN Power Technology Co., Ltd. delivers customized BLDC, AC, and high-torque geared motor solutions tailored to your thermal, mechanical, and efficiency specs. Engineering proposals in 14–30 days; prototype batches (3–5 units) and production timelines confirmed following engineering review.