TMotor MN3510 Multirotor Fixed Wing UAV Motor (KV360 / KV630 / KV700)

About T-MOTOR MN3510 Multirotor Fixed Wing UAV Motor KV360/KV630/KV700

T-Motor MN3510 KV360/KV630/KV/700 Navigator Series brushless motor is designed for superior performance in UAV applications. With oversized high-quality ball bearings, it ensures smooth, stable operation at low speeds and withstands pressure for enhanced frame stability. Featuring a maximum thrust of 2.2kg and an MTBF of about 1000 hours, the MN3510 offers exceptional balance and durability. Ideal for multi-rotors, VTOL, and fixed-wing UAVs, it combines precision engineering with high-strength construction for reliable, long-lasting performance.

Navigator MN3510 Highlights:

Max. thrust:2.2kg
MTBF：About1000hours
Features：Super Balance; High Strength Construction

Technical Drawing

Specification

Test Item	MN3510 KV360	Configuration	12N14P
Internal Resistance	188mΩ	Motor Dimensions	Φ41.8×28.5mm
Shaft Diameter	4mm	StatorHeight	10mm
Stator Diameter	35mm	Cable Length	600mm
AWG	18#	Weight Excluding Cables	97g
Weight Including Cables	117g	Idle Current@10v	0.4A
No.of Cells(Lipo)	3-6S	Max Continuous Current 180S	15A
Max Power (180S)	330W

Test Item	MN3510 KV630	Configuration	12N14P
Internal Resistance	65mΩ	Motor Dimensions	Φ41.8×28.5mm
Shaft Diameter	4mm	Stator Height	10mm
Stator Diameter	35mm	Cable Length	600mm
AWG	18#	Weight Excluding Cables	97g
Weight Including Cables	119g	Idle Current@10v	0.5A
No.of Cells(Lipo)	3-4S	Max Continuous Current 180S	22A
Max Power (180S)	495W

Test Item	MN3510 KV700	Configuration	12N14P
Internal Resistance	50mΩ	Motor Dimensions	Φ41.8×28.5mm
Shaft Diameter	4mm	Stator Height	10mm
Stator Diameter	35mm	Cable Length	600mm
AWG	18#	Weight Excluding Cables	97g
Weight Including Cables	118g	Idle Current@10v	0.5A
No.of Cells(Lipo)	3-4S	Max Continuous Current 180S	25A
Max Power (180S)	555W

Test Data

Item No.	Voltage (V)	Prop	Throttle	Current (A)	Power (W)	Thrust (G)	RPM	Efficiency (G/W)	Operating Temperature (℃)
MN3510 KV360	14.8	T-MOTOR 14*4.8CF	50%	1.2	17.76	280	2600	15.77	40
			65%	2.5	37.00	500	3400	13.51
			75%	3.5	51.80	620	3800	11.97
			85%	4.9	72.52	760	4300	10.48
			100%	5.7	84.36	870	4600	10.31
		T-MOTOR 15*5CF	50%	1.5	22.20	340	2600	15.32	42
			65%	3	44.40	580	3300	13.06
			75%	4.5	66.60	760	3800	11.41
			85%	5.8	85.84	900	4100	10.48
			100%	6.8	100.64	1000	4400	9.94
		T-MOTOR 16*5.4CF	50%	1.73	25.60	380	2450	14.84	40
			65%	3.6	53.28	630	3200	11.82
			75%	5.3	78.44	800	3700	10.20
			85%	6.9	102.12	1000	4000	9.79
			100%	8.1	119.88	1100	4300	9.18
	22.2	T-MOTOR 12*4CF	50%	1.6	35.52	350	4300	9.85	43
			65%	2.7	59.94	560	5300	9.34
			75%	4	88.80	760	6000	8.56
			85%	5.5	122.10	930	6600	7.62
			100%	6.4	142.08	1060	7000	7.46
		T-MOTOR 13*4.4CF	50%	1.8	39.96	460	4200	11.51	43
			65%	3.4	75.48	730	5300	9.67
			75%	4.8	106.56	900	5900	8.45
			85%	6.2	137.64	1100	6500	7.99
			100%	7.5	166.50	1300	6900	7.81
		T-MOTOR 14*4.8CF	50%	2.5	55.50	660	4000	11.89	50
			65%	4.7	104.34	1000	4900	9.58
			75%	6.8	150.96	1280	5500	8.48
			85%	8.8	195.36	1500	6000	7.68
			100%	10.6	235.32	1700	6500	7.22
		T-MOTOR 15*5CF	50%	3	66.60	780	3800	11.71	60
			65%	5.6	124.32	1180	4500	9.49
			75%	7.7	170.94	1460	5300	8.54
			85%	10.6	235.32	1700	5720	7.22
			100%	12.5	277.50	1900	6040	6.85
Notes:The test condition of temperature is motor surface temperature at 100% throttle while the motor run 10min.
MN3510 KV630	14.8	T-MOTOR 12*4CF	50%	2.8	41.44	440	4500	10.62	43
			65%	5.3	78.44	750	5700	9.56
			75%	7.6	112.48	910	6500	8.09
			85%	10	148.00	1100	7000	7.43
			100%	12.3	182.04	1260	7500	6.92
		T-MOTOR 13*4.4CF	50%	3.4	50.32	540	4500	10.73	44
			65%	6.1	90.28	860	5500	9.53
			75%	8.8	130.24	1100	6300	8.45
			85%	11.8	174.64	1300	6800	7.44
			100%	14	207.20	1500	7300	7.24
		T-MOTOR 14*4.8CF	50%	4.6	68.08	700	4100	10.28	53
			65%	8.7	128.76	1110	5300	8.62
			75%	11.8	174.64	1360	5700	7.79
			85%	16.4	242.72	1700	6300	7.00
			100%	20	296.00	1850	6600	6.25
Notes:The test condition of temperature is motor surface temperature at 100% throttle while the motor run 10min.
MN3510 KV700	11.1	T-MOTOR 12*4CF	50%	2.5	27.75	350	4000	12.61	40
			65%	4.8	53.28	550	4900	10.32
			75%	6.6	73.26	700	5500	9.56
			85%	9.1	101.01	870	6300	8.61
			100%	11.1	123.21	1000	6600	8.12
		T-MOTOR 13*4.4CF	50%	2.9	32.19	400	3800	12.43	42
			65%	5.6	62.16	650	4900	10.46
			75%	7.9	87.69	830	5300	9.47
			85%	10.5	116.55	1000	6000	8.58
			100%	12.6	139.86	1100	6400	7.87
		T-MOTOR 14*4.8CF	50%	4.1	45.51	550	3500	12.09	43
			65%	7.7	85.47	890	4500	10.41
			75%	10.7	118.77	1060	4900	8.92
			85%	14.5	160.95	1300	5500	8.08
			100%	17.3	192.03	1460	5800	7.60
	14.8	T-MOTOR 11*3.7CF	50%	3.2	47.36	460	5300	9.71	43
			65%	6	88.80	710	6500	8.00
			75%	8.2	121.36	870	7500	7.17
			85%	11	162.80	1080	8200	6.63
			100%	13	192.40	1230	8700	6.39
		T-MOTOR 12*4CF	50%	3.8	56.24	580	5000	10.31	43
			65%	7.4	109.52	880	6300	8.04
			75%	10.3	152.44	1100	7300	7.22
			85%	14	207.20	1360	7700	6.56
			100%	16.8	248.64	1600	8300	6.44
		T-MOTOR 13*4.4CF	50%	4.7	69.56	730	4900	10.49	47
			65%	9	133.20	1120	6100	8.41
			75%	12.3	182.04	1400	6800	7.69
			85%	16	236.80	1600	7400	6.76
			100%	19.4	287.12	1800	7850	6.27
Notes:The test condition of temperature is motor surface temperature at 100% throttle while the motor run 10min.