Drone
MinebeaMitsumi Solutions
for Drone
As the commercial use of drones for logistics, surveying, and infrastructure inspection enters a phase of
full-scale adoption, the industry faces critical challenges: equipment wear and tear, mechanical failure,
and the need for operational stability in harsh environments.
Minebeamitsumi addresses these challenges head-on with a comprehensive portfolio of high-performance
components. Leveraging our decades of engineering expertise, we provide solutions that include
ultra-efficient and silent motors, as well as dustproof and waterproof bearings. Our advanced technology
ensures the reliability and durability required for the next generation of commercial drones.
Challenges of Commercial Drones
Autonomous Operations
Operations such as charging, battery replacement, anomaly detection, and data uploading/downloading must be fully automated at the drone port. Additionally, there is an increasing demand for smarter and faster flight control and data analysis, powered by AI.
Improving Operational Efficiency
By utilizing drone ports, operators can manage multiple drones without being physically present on-site. This centralized control significantly enhances operational efficiency.
Ensuring Flight Safety
To enable Beyond Visual Line of Sight (BVLOS) operations—where the pilot operates the drone without maintaining a direct line of vision—it is essential to detect positioning information with high precision.
Minebeamitsumi Solutions Supporting Commercial Drones
Drone
Brushless Motors for Drone Propellers
Our unique magnetic structure achieves high efficiency and low vibration, contributing to enhanced flight stability and noise reduction.
Built on our expertise in the automotive sector, these antennas offer high reliability, superior quality, and exceptional environmental resistance. Supporting L1, L2, and L6 frequency bands, they enable high-precision positioning.
Our lineup ranges from high-dustproof bearings for propellers to ultra-miniature bearings designed for camera stabilizers.
Compact and high-torque, these motors meet the stringent weight and space constraints unique to drone-mounted equipment.
To minimize the impact on the drone's overall weight, our compact fan motors are utilized for efficient cooling of the main circuit boards.
These ICs control overcharge, over-discharge, and overcurrent to prevent ignition and overheating, ensuring the highest level of battery safety.
Our lineup includes LDO regulators for power stabilization and Reset ICs, providing a reliable and steady power supply for complex drone systems.
Drone Ports
A wide range of motor options enables optimal selection for various drone port applications, such as shutter opening/closing mechanisms and charging ports.
Leveraging MEMS and optical technologies, these ultra-miniature sensors provide precise weather and atmospheric monitoring for drone operations.
Designed for power supply heat dissipation, these fan motors feature potting treatment for superior waterproofing and dustproofing, ensuring reliable performance in demanding outdoor environments.
Our lineup includes LDO regulators for power stabilization and Reset ICs, providing a reliable and steady power supply for complex drone systems.
High-Performance Brushless DC Motors Optimized for Drone Applications
Low Vibration
Our ring magnet structure minimizes vibration, contributing to enhanced flight stability for drones.
Low Power Consumption
Optimized magnetic circuit design using our in-house magnets enables a highly efficient motor with reduced power consumption.
Corrosion Resistance
The motors feature our in-house corrosion-resistant bearings (Giga Protection®), utilizing materials with superior corrosion and rust resistance.
If you are looking for components suitable for commercial drones, please feel free to contact us.
Inquire about Commercial Drone ComponentsContact Us
Please click the inquiry type below according to your question. Each product / sales representative will respond to you.
