210KV MAD COMPONENTS brushless Motor for Multirotor Quadcopter Hexrcopter Drone RC DIY Hobby rig

MAD Antimatter M6C12 IPE V3 long range motors Antimatter M6C12 IPE is designed to carry payload of 2.5-4kg, supports 6S-12S voltage. Comparing with equivalent same class motors in the market, our M6C12 IPE has higher efficiency, and about 30 gram lighter. It’s your best to go motor in this load for endurance flight. INDUSTRY PROFESSIONAL EDITION Upgrade M6C12 IPE V3 is improved to get higher reliability and stability for long range flight. It also maintains the excellent properties and characteristics of the previous generation and enhances motor safety and service life that fully meets the demanding requirements of various industries. Higher protection level IP45, best for harsh environment KV Option: 150KV170KV280KV400KV DESCRIPTIONTEST BENCHMARKPRODUCT VIDEOINQUIRY NOW M6C12 IPE V3 VERSATILE, EFFICIENT AND RELIABLE The M6C12 IPE V3 introduces design improvements and optimizations of assembly parts to increase reliability and stability over its predecessor. It also maintains the excellent properties and characteristics of the previous generation and enhances motor safety and service life that fully meets the demanding requirements of various industries. V3 revision can bear heavier task loads and provide more power redundancy to improve the wind resistance and maneuverability of the platform. Powertrain maximum pulling force up to 10.8 kg/rotor (48V, sea level) Recommended takeoff weight 2.5 – 4.0 kg/rotor Motor weight only 280 g VERSATILE, EFFICIENT AND RELIABLE The M6 series has a new iron core design. Several months of simulation and real practical tests lead engineers to the optimal solution, obtained after repeated comparison of series of various parameters of the iron core. The lightweight design of the iron core (12% lighter than the motor of the same level) thanks to less inertia, produces greater thrust with extremely high efficiency. COOL IN, HOT OUT The internal upgrade of the MAD M6C12 V3 motor improves a centrifugal cooling fan design.