HOBBYWING UAV Propulsion System
Product Name Change Announcement
Website & Marketing Materials: Starting today, UAV product line will transition to a new naming rule. Relevant information on the product page will be updated gradually until all is updated.
TITC 2026 has Come to a Successful Conclusion, HOBBYWING drivers shining brightly
The 2026 TITC (Thailand International Touring Car Championship), which garnered significant attention from RC car enthusiasts worldwide, has successfully concluded.
P115M,Industry's First 800V Integrated Propulsion System Empowering 700kg-Class Hybrid Multirotor UAV
The XJ-X250 hybrid multirotor UAV, developed by STAR Technology, features a lightweight yet high-strength full titanium alloy airframe and is equipped with HOBBYWING’s newly released P115M coaxial propulsion system. This integrated design maximizes the UAV’s payload capacity potential.
HOBBYWING 2025 Annual Gala Concludes Successfully
On January 30, 2025, HOBBYWING held our annual gala under the theme “Eagle Soars High with Ambition, HOBBYWING Embarks on a New Chapter.” The event featured speeches by leadership, employee performances, awards ceremonies, and a strategic outlook for 2026, reinforcing its commitment to innovation in brushless power systems.
24/7 Geo-Hazard Monitoring with VTOL Drone-in-a-Box System,
Powered by HOBBYWING VTOL Motors
Recently, during a geological hazard monitoring mission, an unattended VTOL drone-in-a-box system equipped with HOBBYWING VTOL motors was deployed to carry out continuous automated patrol and aerial surveying operations over the affected area.
HOBBYWING Racing Team Welcomes Three European Young Talents Drivers
HOBBYWING is proud to announce that three top European young Off-Road drivers: Daniel Pariente and David Todd from Spain, along with Hugo Tavernon from France, have joined the HOBBYWING RC car racing team.
P50M 400V Propulsion System Powering 510kg MTOW Hybrid-Electric Coaxial UAV
In UAV applications requiring long endurance and heavy payloads in complex environments, the reliability, efficiency, and environmental adaptability of the propulsion system are critical.
NEWS CENTER
TITC 2026 has Come to a Successful Conclusion, HOBBYWING drivers shining brightly
The 2026 TITC (Thailand International Touring Car Championship), which garnered significant attention from RC car enthusiasts worldwide, has successfully concluded.
Learn More >
P115M,Industry's First 800V Integrated Propulsion System Empowering 700kg-Class Hybrid Multirotor UAV
The XJ-X250 hybrid multirotor UAV, developed by STAR Technology, features a lightweight yet high-strength full titanium alloy airframe and is equipped with HOBBYWING’s newly released P115M coaxial propulsion system. This integrated design maximizes the UAV’s payload capacity potential.
Learn More >
HOBBYWING 2025 Annual Gala Concludes Successfully
On January 30, 2025, HOBBYWING held our annual gala under the theme “Eagle Soars High with Ambition, HOBBYWING Embarks on a New Chapter.” The event featured speeches by leadership, employee performances, awards ceremonies, and a strategic outlook for 2026, reinforcing its commitment to innovation in brushless power systems.
Learn More >
24/7 Geo-Hazard Monitoring with VTOL Drone-in-a-Box System,
Powered by HOBBYWING VTOL Motors
Recently, during a geological hazard monitoring mission, an unattended VTOL drone-in-a-box system equipped with HOBBYWING VTOL motors was deployed to carry out continuous automated patrol and aerial surveying operations over the affected area.
Learn More >
HOBBYWING Racing Team Welcomes Three European Young Talents Drivers
HOBBYWING is proud to announce that three top European young Off-Road drivers: Daniel Pariente and David Todd from Spain, along with Hugo Tavernon from France, have joined the HOBBYWING RC car racing team.
Learn More >
P50M 400V Propulsion System Powering 510kg MTOW Hybrid-Electric Coaxial UAV
In UAV applications requiring long endurance and heavy payloads in complex environments, the reliability, efficiency, and environmental adaptability of the propulsion system are critical.
Learn More >
