Driving the Low-Altitude Economy—Aerospace New-Energy Motors
Employing a unique electromagnetic structure combined with new winding materials, we provide solutions for application scenarios such as heavy-duty drones and high operating temperatures. Our laboratory specializes in the R&D of permanent magnet synchronous motors that feature high power density, high torque density, and high control precision. We also offer integrated product solutions encompassing controllers and battery systems.
▎ Industry Direction: Pure-electric/hybrid drone power kit; single kit rated pull range: 30 kg – 500 kg.
▎ Core Technology: Motors with specialized electromagnetic and structural designs; high-precision controllers with strong resistance to electromagnetic interference.
▎ Performance Features: By using lower electrical power while delivering the same tensile force, the entire system can reduce its reliance on batteries. High power density, high torque density, compact size, large torque, direct drive.
▎ Industrialization Progress: Equipped with R&D and testing facilities (a 500 kg tensile-force paddle testing platform); possesses production capabilities and has established small-batch production capacity. Orders delivered to domestic and international customers.
High efficiency
Features high energy utilization, reduces airborne energy load, and enhances overall aircraft endurance.
Laminated Winding, High-Efficiency Permanent Magnet, SiC Driver, Oriented Silicon Steel/Amorphous Materials
High torque density
Features low self-weight and a high load-to-weight ratio, matching the dynamic characteristics of loads such as propellers.
Unique structural design, optimized magnetic circuit design, and TECO high-temperature-resistant windings.
High reliability
Possesses high environmental adaptability, capable of handling harsh operating conditions such as rain, snow, wind, sand, corrosion, and high-altitude environments. Fully enclosed structure, heavy-duty bearing
It has an average efficiency advantage of 4% over competing products, and near the power peak, the efficiency advantage is even closer to 6%.
When delivering the same level of tensile force, the FLASH series motors require 20-40% less electrical power compared to competing products, significantly reducing the overall system’s reliance on energy sources and providing more space for payload.
The FLASH motor series is a direct-drive, naturally air-cooled motor that achieves lightweight and compact design while maintaining a high degree of protection. It’s an aviation-grade motor with low-speed, high-torque, and high-load capabilities.
Leading power density—An intuitive manifestation of lightweight design.
Significantly superior torque density—featuring higher load-carrying capacity.
Clear efficiency advantage—fully leveraging limited aerial energy.
Power System Innovation — Distributed Hybrid Electric Propulsion System
Distributed Hybrid Electric Propulsion System
A new propulsion system concept that uses a conventional engine to drive a generator, which in turn supplies power to multiple motors and propellers distributed across the wings or fuselage. These motors then drive the propellers, providing the vast majority or even all of the thrust (while the engine itself may contribute only partially to the thrust or not provide any thrust at all).
Address
Building A2, No. 18 Jinxing Road, Huaqiao Town, Kunshan City
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