TMotor MN8012 Antigravity Multirotor VTOL UAV Motor (KV100)

About T-MOTOR MN8012 Multirotor VTOL UAV Motor KV100

T-Motor Antigravity MN8012 KV100 is a lightweight, high-efficiency motor engineered to deliver powerful and stable performance for professional UAV applications, including multi-rotors, VTOLs, and industrial drones. Designed with advanced materials and cutting-edge technology, this motor ensures long-lasting durability and optimal functionality.

Antigravity MN8012 Highlights:

Max.Thrust:11.8kg, Motor Weight:351g, Power Ratio:34
Employment of 15mm aluminium shaft and 24mm big bearing for stability improvement and service life extension.
Motor service life: 800 hours
Self-circulating cooling system, high-temperature-resistant wires and arc magnets help release all potential for high efficiency.
Imported bearings and high strength 7075 aviation aluminium alloy for long motor endurance.
220ºC high-temperature resistance Wires
Anti-rust treatment Stator with 180°C high temperature-resisting coatings

" Antigravity Series" motors are an ultra-light zero gravity for Multi-rotor motor.
High-Qualityimported Materials; High Slot Space Factor On Winding For Longer, Clearer And More Stable Flight.

Technical Drawing

Specification

Motor Size	Φ87.8*29mm	Magnet Level	180℃high temperature resistance
Stator	Anti-rust treatment; 180℃high temperature-resisting coatings	Lead	16AWG*90mm
Configuration	36N42P	Copper Wire	220℃ high temperature resistance
Shaft Diameter	IN：12mm	Coil Insulation Test	1000V/5s
Bearing	Imported 6901ZZ	Rotor Dynamic Balance Standard	≤15Mg

KV	100	Rated Voltage(Lipo)	12S
Idle Current(24V)	1.0A	Internal Resistance	85mΩ
Peak Current(180s)	40A	Weight (Incl. Cable)	351g
Max. Power (180s)	1873W	Package Weight	558g

Test Data

Type	Propeller	Throttle	Voltage (V)	Thrust (g)	Torque (N*m)	Current (A)	RPM	Power (W)	Efficiency (g/W)	Operating Temperature (℃)
MN8012 KV100	T-MOTOR G28*9.2"	40%	47.76	1674	0.55	2.63	1632	125	13.34	45℃
		45%	47.74	2076	0.68	3.51	1811	167	12.41
		50%	47.71	2565	0.83	4.54	2003	217	11.85
		55%	47.68	3194	1.03	6.12	2218	292	10.96
		60%	47.62	3810	1.22	7.85	2412	374	10.19
		65%	47.59	4433	1.39	9.63	2594	458	9.68
		70%	47.54	5132	1.61	11.85	2781	563	9.11
		75%	47.49	5872	1.84	14.41	2968	685	8.58
		80%	47.44	6513	2.03	16.78	3125	796	8.18
		90%	47.33	7936	2.47	22.52	3431	1066	7.45
		100%	47.19	9546	2.97	29.64	3751	1399	6.83
	T-MOTOR G29*9.5"	40%	47.75	1987	0.68	3.06	1619	146	13.59	56℃
		45%	47.71	2487	0.84	4.19	1802	200	12.45
		50%	47.69	3135	1.04	5.75	2008	274	11.43
		55%	47.62	3788	1.26	7.46	2203	356	10.66
		60%	47.58	4447	1.48	9.44	2384	449	9.90
		65%	47.53	5169	1.71	11.74	2561	558	9.27
		70%	47.47	5892	1.95	14.19	2730	674	8.75
		75%	47.42	6679	2.20	17.04	2909	808	8.27
		80%	47.36	7380	2.43	19.85	3052	940	7.85
		90%	47.11	8925	2.93	26.39	3336	1243	7.18
		100%	46.93	10582	3.47	34.05	3612	1598	6.62
	T-MOTOR G30*10.5"	40%	47.70	2285	0.80	3.61	1581	172	13.27	74℃
		45%	47.64	2882	1.00	4.92	1774	234	12.30
		50%	47.52	3636	1.27	6.83	1984	324	11.21
		55%	47.43	4370	1.52	8.88	2166	421	10.38
		60%	47.40	5109	1.77	11.14	2339	528	9.68
		65%	47.30	5885	2.04	13.72	2501	649	9.07
		70%	47.21	6663	2.30	16.58	2654	783	8.51
		75%	47.20	7536	2.59	19.96	2813	942	8.00
		80%	47.08	8344	2.87	23.26	2954	1095	7.62
		90%	47.01	9952	3.43	30.62	3223	1439	6.92
		100%	46.81	11826	4.06	40.02	3483	1873	6.31
Note: Motor temperature is motor surface temperature at 100% throttle running 10mins. (Date above based on benchtest are for reference only, comparion with that of other motor types is not recommended.)