EMAX brushless motors can be used for FPV drones, RC cars, planes, helicopters, and boats, robotics and automation projects, and DIY electronics builds. They’re ideal for high-speed propulsion, precision motion control, custom cooling fans, gimbals, 3D-printed mechanisms, and STEM or engineering prototypes.
If you’re building lightweight, high-efficiency systems that need reliable power, smooth operation, and long service life, EMAX brushless motors are the go-to solution.
EMAX brushless motors are suitable for a wide range of hobby, engineering, and custom motion-control applications. They're...
EMAX brushless motors are suitable for a wide range of hobby, engineering, and custom motion-control applications. They're...
EMAX brushless motors are suitable for a wide range of hobby, engineering, and custom motion-control applications. They're...
EMAX brushless motors are suitable for a wide range of hobby, engineering, and custom motion-control applications. They're ideal...
EMAX brushless motors are suitable for a wide range of hobby, engineering, and custom motion-control applications. They're ideal...
TH1103 — Genuine EMAX replacement part for the Tinyhawk II Race or optional upgrade for Tinyhawk Freestyle. Size:...
Specifications Framework: 9N12P Length: 31.2mm | Diameter: 18.8mm Propeller: 3"–4" | Weight: 13.7g (w/o wire) Prop adapter: M5...
Specifications Framework: 9N12P Length: 31.2mm | Diameter: 18.8mm Propeller: 3"–4" | Weight: 13.7g (w/o wire) Prop adapter: M5...
Specifications Framework: 9N12P Length: 31.2mm | Diameter: 18.8mm Propeller: 3"–4" | Weight: 13.7g (w/o wire) Prop adapter: M5...
Specifications Framework: 9N12P Length: 19.75mm | Diameter: 18.8mm Propeller: 2.5"–4" | Weight: 8.6g (w/o wire) Prop adapter shaft:...
Specifications Framework: 9N12P Length: 19.75mm Diameter: 18.8mm Propeller: 2.5" - 4" Weight: 8.6g (W/O Silicone Wire) Prop adapter...
Specifications Framework: 9N12P Length: 19.9mm | Diameter: 14.2mm Propeller: 2"–3" | Weight: 6.7g (w/o wire) Prop adapter shaft:...




































