With the widespread adoption of intelligent warehouses, flexible factories and unmanned sorting systems, AGV mobile robots have become core equipment for industrial material handling. In practical operation, many enterprises are plagued by insufficient endurance, frequent failures, high maintenance costs and short overall equipment service life. Most of these issues stem not from defects in main‑body design, but from high losses and heavy wear inherent to conventional split transmission structures. The integrated robotic in‑wheel motor optimizes the structure starting from the power source and cuts down losses, making it an excellent new option for AGV power‑system upgrades.
Traditional AGVs mostly adopt a split transmission solution consisting of “motor + reducer + transmission shaft + chain”. Multi‑stage mechanical connections give rise to substantial frictional losses and transmission backlash. Under long‑term frequent start‑stop cycles and continuous operation, gear wear, chain slackening and transmission misalignment occur frequently. These problems lead to power attenuation, jerky travel and poor positioning accuracy, alongside considerable wasted energy. Conventional transmission structures feature low energy‑use efficiency; a large share of electric energy is dissipated as heat and mechanical wear, severely undermining AGV endurance and operational stability.
Complicated transmission setups also create numerous hidden failure points. Dust, temperature fluctuations and minor vibration in industrial environments accelerate the aging and corrosion of transmission components. Enterprises must carry out regular maintenance, lubrication and part replacement, which consumes labor and material resources. Frequent downtime for repairs disrupts production‑line workflows and causes production losses. Many AGVs retain intact main frames yet end up scrapped early owing to premature deterioration of the transmission system, greatly raising enterprises’ capital expenditure on equipment.
Targeting these industry pain points, our self‑developed and self‑manufactured integrated AGV in‑wheel motor completely reconstructs the drive architecture. Eliminating redundant transmission components, it highly integrates the motor, high‑precision encoder and wheel hub to deliver direct‑drive power output and mitigate transmission losses at the source.
Thanks to the integrated direct‑drive design, power‑transmission efficiency exceeds 80 %, yielding a marked improvement in energy utilization. With identical battery capacity, AGV operating endurance can be increased by 15 %‑25 %, perfectly suiting the 7×24‑hour non‑stop operation mode in factories. Meanwhile, the streamlined structure drastically reduces mechanical friction points and eliminates common failures associated with traditional transmission systems. Equipped with a high‑sealing protection design, the motor copes well with harsh industrial conditions including dust, bumpy ground and high‑frequency operation. Operational stability is significantly enhanced, effectively extending the overall service life of AGVs.
Furthermore, this in‑wheel motor boasts outstanding compatibility. It is widely applicable to intelligent mobile devices such as warehouse AGVs, AMR robots and park inspection robots. Its compact integrated form greatly simplifies robot chassis structures and lowers equipment assembly and commissioning difficulty, helping manufacturers shorten R&D and production cycles. Built‑in high‑precision encoders paired with a closed‑loop control system realize low‑speed high‑torque output, delivering smooth start‑stop, precise speed regulation and jitter‑free travel, balancing operational accuracy and working efficiency.
In the era of smart manufacturing, core priorities for equipment operation lie in loss reduction, stable performance, long service life and low maintenance. Replacing conventional split‑transmission schemes with integrated in‑wheel motors addresses industry‑wide challenges including excessive power loss, high failure rates and short service life, and continuously cuts enterprises’ costs for operation, maintenance and equipment renewal.
Cut losses through technical refinement; extend equipment service life with superior quality. Our industrial‑grade in‑wheel motors provide efficient, durable and cost‑effective power solutions for intelligent mobile robots via stable and reliable drive performance, assisting enterprises in achieving cost reduction, quality improvement and efficiency gains in smart manufacturing.
Post time: Nov-03-2026