Our Motors Concept

Motor outer casing

Precision Rotor Housing

Rigid outer shell keeps rotating mass stable and protects the motor assembly under extreme load.

Motor magnet ring

High Density Magnet Ring

Segmented magnets deliver consistent torque response while keeping the motor compact and efficient.

Motor stator core

Advanced Stator Geometry

Custom-wound stator utilizes high-purity oxygen-free copper and premium laminations. This maximizes magnetic flux density and significantly reduces eddy current losses, ensuring peak efficiency under extreme loads.

Motor copper winding

Copper Winding System

Dense copper windings improve thermal behavior and preserve clean power delivery at high current.

Motor shaft assembly

Reinforced Shaft Assembly

Balanced shaft hardware transfers torque cleanly while maintaining alignment through repeated acceleration cycles.

Our focus

Motor-G develops and manufactures electric propulsion systems for UAV platforms. Combining engineering expertise, real-world operational experience, and scalable production, we deliver reliable solutions for FPV, fixed-wing, interceptor, and heavy-lift aircraft.

Mission-Critical Reliability: Every motor is engineered for high thermal stability and structural integrity to eliminate power fade under demanding conditions.

Scalable Production: Combining in-house R&D with streamlined manufacturing, we provide repeatable quality and meet high-volume demands on time.

Engineered for Performance Under Real Conditions

MGF 3115

(FPV 10")

3115 — a power-oriented motor designed for 10–11” propellers, with support for up to 12S systems.

OTHER MOTORS

MGF 3115

MGF 3115

(FPV 10")

3115 — a power-oriented motor designed for 10–11” propellers, with support for up to 12S systems.

OTHER MOTORS

Let's Build the Next UAV Platform Together

Whether you're developing FPV drones, fixed-wing aircraft, interceptor systems, or custom autonomous platforms, our team is ready to help you find the right propulsion solution.

Every motor is designed for mission performance, thermal stability, and long-term reliability under demanding operating conditions.

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