Product overview
The MAD Antimatter M6C10 EEE is a brushless motor for multirotor UAV propulsion, offered in 150KV, 200KV, 250KV and 300KV versions. Its D:72 × 31.4 mm dimensions establish the basic installation envelope, and its leads are 60 mm black silicone cables in 16# AWG. The motor has rain protection. Integrating the selected version requires a suitable battery voltage, ESC and propeller, together with checks of installation clearance and the motor and propeller mounting patterns.
The MAD M6C10 EEE V2.0 configuration has 14 pole pairs, an anticorrosive stator, independent centrifugal heat dissipation and 696ZZ*2 bearings. Its shaft diameter notation is IN: 6 mm. Three propeller mounting patterns and two motor mounting patterns define its mechanical interfaces. Varnished wire and magnet degree values are 180°C and 150°C, respectively. Rotor balance is ≤5 mg and motor balance is ≤10 mg. Thrust and current assessment requires the exact propulsion combination; KV alone does not determine payload capacity or flight time.
Specifications
| Specification | Value & conditions |
|---|---|
| Product purpose | MAD Antimatter M6C10 EEE brushless motor for multirotor UAV propulsion. |
| Available KV | 150KV, 200KV, 250KV, 300KV |
| Motor dimensions | D:72 × 31.4 mm |
| Motor leads | 60 mm 16# Awg(Black) silicone |
| Protection | Rain protection |
| Motor data model | MAD M6C10 EEE V2.0 |
| Number of pole pairs | 14MAD M6C10 EEE V2.0. |
| Stator | AnticorrosiveMAD M6C10 EEE V2.0. |
| Varnished wire degree | 180°CMAD M6C10 EEE V2.0. |
| Magnet degree | 150°CMAD M6C10 EEE V2.0. |
| Centrifugal heat dissipation | IndependentMAD M6C10 EEE V2.0. |
| Rotor balance | ≤5 mgMAD M6C10 EEE V2.0. |
| Propeller mounting holes | D:12 M3×4,D:18 M3×4,D:22 M3×4MAD M6C10 EEE V2.0. |
| Motor balance | ≤10 mgMAD M6C10 EEE V2.0. |
| Shaft diameter | IN: 6 mmMAD M6C10 EEE V2.0. |
| Motor mounting holes | D:25 M3×4, D:32 M4×4MAD M6C10 EEE V2.0. |
| Bearing | 696ZZ*2MAD M6C10 EEE V2.0. |
| Disruptive test | 500 VMAD M6C10 EEE V2.0. |
| Propulsion integration | Match battery voltage, ESC and propeller to the selected KV version. Assess thrust and current for that exact combination and check mounting patterns before installation. KV alone does not determine payload capacity or flight time.Selected KV version matched with a suitable battery voltage, ESC and propeller. |
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