HOBBYWING is a specialist developer of brushless motors for multirotor and VTOL drones, as well as electronic speed controllers and propellers. Our advanced propulsion solutions have been delivered to clients worldwide to support a wide range of commercial, civil and industrial applications, including aerial photography, inspection, surveys and mapping, emergency response, cargo delivery, and more.
In addition to our COTS products, we provide tailored drone propulsion through OEM/ODM services, leveraging more than 20 years of R&D and manufacturing expertise to support dependable UAV performance.
Integrated Propulsion Systems
Our integrated propulsion solutions for professional and commercial drone systems combine motors, electronic speed controllers (ESCs) and precision-matched propellers to provide convenient and highly efficient all-in-one solutions that meet varying thrust demands and application requirements.
The X Series has been specifically engineered for precision agriculture drones, and is ideal for supporting a wide range of tasks including seeding, spraying, and crop data collection. Featuring superior corrosion and humidity resistance, these systems provide long service life in outdoor field environments.
The new generation G2 propulsion systems also excel in industrial applications such as drone inspection, training and delivery.
X8 G2
Rated Thrust 5~7.5kg/rotor
Efficiency at Rated Thrust 9.7~8.4 g/W
X15
Rated Thrust 32.5-37.5kg/rotor
Efficiency at Rated Thrust 8.2-7.6g/W
The H Series is ruggedized against environmental stressors such as humidity, temperature, and electromagnetic interference (EMI), making it highly suited for aerial photography, inspection, surveying and heavy-lift drone delivery tasks at higher altitudes and in demanding regions such as coastal areas.
H8M
Rated Thrust 3kg/rotor
Efficiency at Rated Thrust 11.5g/W
H13 Coaxial 54×20″/57×20″
Rated Thrust 45kg/rotor
Efficiency at Rated Thrust 6.8g/W / 7.2g/W
The P Series features high voltage, with 400V~800V range, enhanced EMI resistance and automotive-grade architecture to ensure maximum system reliability, making it ideal for long-range and heavy-duty missions such as drone delivery and logistics, power line monitoring, and energy facilities inspection.
Multirotor Drone Motors
Our M Series brushless motors ensure stable and ultra-efficient operation for industrial multirotor drones, engineered with robust materials and offering options to suit a wide range of platforms from small quadcopters through to heavy-lift UAVs.
The M Series offers two types of motor with a thrust range of 0.6~40kg – UL (Ultralight) models feature a hollowed-out design for minimal weight and enhanced flight times, and HP (High Protection) motors are housed in a semi-enclosed structure for robust protection against dust and debris.
UL (Ultralight)
HP (High Protection)VTOL Fixed-Wing Drone Motors
Optimized for VTOL fixed-wing drone platforms, our V Series motors offer a thrust range of 3.5~26kg, providing extensive lift capacity for heavy-payload platforms undertaking mission-critical tasks such as emergency response, surveillance, and industrial inspection.
V Series motors feature Intelligent Propeller Control (IPC) technology, enabling flexible adjustment of propeller stop positions when paired with one of our IPC-capable electronic speed controllers. This capability reduces drag during cruising phases of flight, and significantly extends flight endurance and efficiency.
Electronic Speed Controllers
Our electronic speed controllers are purpose-built for multirotor and VTOL UAVs. While FOC vector control ensures precise control, fast response, efficient driving, and low noise, BLDC offers enhanced compatibility and stability across different drone platforms. An advanced black box function provides millisecond-level data recording for rapid fault diagnosis and performance analysis.
The ESCs support both our proprietary customizable HWCAN protocol and the open-source DroneCAN protocol, ensuring compatibility with a wide range of UAV systems and applications. They also provide dual CAN and PWM dual throttle signals, and optional dual CAN/RS485 bus communications.
H Series ESCs can be optionally equipped with IPC (Intelligent Propeller Control) technology, providing VTOL fixed-wing UAVs with the ability to adjust propeller stop positions to reduce drag and improve flight efficiency.
Drone Propellers
HOBBYWING’s industrial-grade carbon fiber propellers offer high efficiency and durable operation for both multirotor and VTOL drones.
Product ranges include:
- MP Series – General-purpose matt-finish propellers for multirotor drones, with high specific strength and corrosion resistance
- MV Series – Matt-finish propellers for VTOL drones, featuring high thrust capacity
- ML Series – Lightweight propellers for long-endurance and SWaP-restricted applications
- GP Series – Glossy-finish propellers for multirotor drones with high strength
- HF Series – Folding propellers with high thrust capacity and efficient design
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