From May 21 to May 23, 2026, the global drone industry’s attention will once again turn to Shenzhen, China. The 2026 World Drone Conference and UASE Drone Expo, themed “Low-Altitude Economy: Flying Toward the Future,” will be officially held at the Shenzhen Futian Convention and Exhibition Center.
The event is expected to attract over 1,200 exhibitors, covering the entire industry chain—from complete UAV systems, flight control systems, and power systems to eVTOLs, low-altitude safety, and AI-driven solutions—making it one of the most influential drone industry gatherings in Asia in 2026.
For drone motor manufacturers, this is not merely an industry exhibition; it signifies that, in the era of the low-altitude economy, competition in power system technology has entered a new phase.
Why Has Shenzhen Become the Global Hub of the Drone Industry?
Shenzhen has long been regarded as a key hub for the global drone industry. The city is home to a large number of drone manufacturers, flight control system companies, electronics supply chains, and core component manufacturers, forming an exceptionally well-developed industrial ecosystem. With the continued advancement of low-altitude economy policies, Shenzhen is further accelerating the commercialization, industrialization, and intelligent implementation of drones.
This year’s exhibition will highlight:
Industrial-grade drones
FPV racing drones
Agricultural crop protection drones
eVTOL aircraft
AI-powered unmanned systems
Drone power systems and core components
Low-altitude safety and anti-drone technologies
Among these, drone motors, ESCs, batteries, and propulsion systems will be the focal points of the industry chain.
As the range of drone applications continues to expand, the powertrain is no longer merely an “accessory component,” but has become a core module that directly determines a drone’s performance and commercial value.
Demand for high-performance drone motors is growing rapidly, particularly in the following areas:
1. The trend toward higher speeds in FPV racing dronesIn recent years, the popularity of FPV racing drones has continued to rise, making external rotor brushless motors with higher KV ratings, lighter weight, and greater burst power a hot commodity in the market.
To achieve a higher thrust-to-weight ratio, motor manufacturers are continuously optimizing:
Magnet arrangement
Copper winding efficiency
Rotor balance
High-temperature resistance
Heat dissipation design
High-speed response and instantaneous torque output have become key competitive factors for FPV motors.
2. Industrial Drones Enter the Heavy-Load Era
Drones used in logistics, inspection, power generation, surveying, and agricultural crop protection are evolving toward “high payload capacity and long flight endurance.”
This means that drone motors must possess:
Higher continuous torque
Lower energy consumption
Greater operational stability
Stronger vibration resistance
The ability to operate continuously for extended periods
Particularly in multi-rotor heavy-load drones, there has been a significant increase in demand for large-sized external rotor motors (such as the 62XX, 80XX, and 100XX series).
3. eVTOLs Drive Advancements in Powertrain Technology
This year’s Shenzhen Drone Expo will also feature a focus on eVTOLs and low-altitude air traffic technologies.
Compared to traditional drones, eVTOLs place higher demands on electric motors:
Ultra-high power density
Redundant safety design
Long-life bearing systems
High-efficiency thermal management structures
Extremely low vibration control
The future commercialization of low-altitude air traffic will further drive advancements in high-end brushless motor technology.
1.Higher Efficiency
As demand for longer flight times grows, drone manufacturers are placing increasing emphasis on motor efficiency. Higher efficiency translates to:
Longer flight times
Lower temperature rise
Lower energy loss
Greater overall flight stability
Consequently, low-loss silicon steel sheets, high-precision magnetic circuit design, and FOC control technology will continue to gain widespread adoption
2.Weighing Down
Every gram of weight saved on a drone can lead to significant improvements in flight performance.
The industry is currently widely adopting:
7075 aerospace-grade aluminum
Hollow titanium alloy shafts
Ultra-thin magnet designs
Integrated CNC-machined housings
In the FPV racing sector in particular, weight reduction has become a key competitive advantage.
3.Intelligent Systems
With the deep integration of AI and drones, powertrain systems are also entering the era of intelligent systems.
In the future, drone motors may feature:
Real-time temperature monitoring
Vibration analysis
Fault prediction
Automatic power regulation
Data feedback systems
Intelligent powertrain systems will become a key development direction for high-end industrial drones.
As a professional manufacturer with over 30 years of experience in motor production, BGS Motor is continuously advancing the research and development of drone outer-rotor motors and high-performance brushless motors.
The company boasts:
A 12,000-square-meter modern production facility
Multiple automated production lines
CE, CCC, FCC, and other certifications
Extensive experience in OEM/ODM customization
Professional capabilities in drone power system development
Currently, BGS Motor has been actively expanding its offerings in the following areas:
Motors for FPV racing drones
Motors for multi-rotor industrial drones
Power systems for agricultural crop protection drones
High-efficiency external rotor brushless motors
Customized drone propulsion solutions
With the rapid global growth of the low-altitude economy, high-performance motors will become the core of competition in the drone industry, and a stable and reliable power system supply chain will become increasingly important.
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