Standard drones (multicopters) perform complex flight operations—including ascending, descending, reversing, and turning—through the independent rotation of several propellers. To maintain flight stability, the system dictates instantaneous adjustments to the rotational speed of each motor. Gyro, acceleration, and pressure sensors continuously supply data to the flight controller, enabling it to send precise commands to the motors.

For heavy-payload, long-endurance industrial drones, motors must deliver raw power while maximizing battery efficiency and minimizing noise. Additionally, bearings play a crucial role in maximizing motor performance by enabling smooth, high-speed rotation. In harsh outdoor environments, our ultra-precision ball bearings offer exceptional dust and water resistance, preventing the ingress of debris and moisture, which ensures the drone's safety and maximizes operational lifespan.

MinebeaMitsumi's product lineup extends beyond these power components. By integrating various precision parts—such as GNSS antennas for highly accurate autonomous flight and gimbal motors that absorb in-flight vibrations for clear video capture—our products ensure highly stable, high-performance drone operations.

Drone ports are as essential as the drones themselves in realizing fully autonomous operations. They handle the return and storage of drones, automatic battery charging, and data transfer. This system allows operators to command multiple drones remotely over extended periods, eliminating the need to travel to the operational sites.

Drone ports combine a weather-resistant, robust housing with highly precise automated mechanical systems. For example, stepping motors and DC motors deliver the precise, powerful drive necessary for automatic operation of the heavy overhead shutters during takeoff and landing and also ensure accurate connection with charging terminals. To protect internal electronics from charging heat and direct sunlight, it is critical for outdoor-rated fan motors with water and dust resistance to operate continuously.

Safe automated flights rely on environmental sensors to track real-time weather conditions and power supply ICs to optimize system power management. MinebeaMitsumi supplies a diverse range of ultra-precision components not only for drones in flight but also for ground-based drone ports, supporting next-generation autonomous infrastructure.

Industrial and commercial drones are now utilized across diverse fields—including logistics, infrastructure inspection, surveying, and agriculture—serving as vital social infrastructure to enhance operational efficiency and resolve labor shortages. Particularly in logistics, driven by a severe shortage of drivers, there is an accelerating shift toward using autonomous, heavy-payload drones for urban last-mile deliveries and remote transport to mountainous and island regions.

For hazardous infrastructure inspections, such as bridges and power lines, drones utilize gimbal mechanisms to enable stable, safe, and precise assessments. Furthermore, they are indispensable for high-precision 3D surveying at construction sites and automated pesticide spraying in smart agriculture.

MinebeaMitsumi drives the evolution of drones by supplying a wide array of ultra-precision components for propulsion, control, and sensing. By integrating our advanced technologies—such as highly efficient, low-vibration brushless motors, highly dust-resistant bearings, and high-precision GNSS antennas—we ensure safe, stable, and extended flights even in harsh environments.