Overview

MAD M50C60 PRO IPE Manned Motor is a high-thrust propulsion motor designed for high-voltage (100S) heavy-lift multirotor/VTOL and advanced aerial mobility platforms.

Sustained thrust	50~60 kg
Max thrust	123 kg
Support voltage	100S
Motor weight	7200 g

Key Features

10 KV
Recommended hover thrust: 50~60 kgf
Maximum thrust: 123 kgf (maximum thrust may depend on battery level, propeller type, air pressure and other conditions)
Efficiency: >85%
Optimized for 6364 inch propellers (recommended propellers: 63×22, 64×20)
High-voltage test data available at 354 V and 400 V

Specifications

Motor model	MAD M50C60 IPE V1.0
KV	10 KV
Number of pole pairs	31
Stator	Anticorrosive
Varnished wire degree	220C
Magnet degree	180C
Motor size	D:196 120.5 mm
Degree of protection	IP35
Cable length	200 mm (extended enameled wires)
Centrifugal heat dissipation	YES
Rotor balance	20 mg
Motor balance	30 mg
Propeller mounting holes	D:50 M66
Motor mounting holes	D:80 M66
Shaft diameter	IN: 25 mm
Bearing	6805ZZ *2 / 6818ZZ
Disruptive test	1000 V
Sustained thrust	50~60 kg
Max thrust	123 kg
Support voltage	100S
Nominal voltage	354-400V
Internal resistance	65m
No load current	1.5A/30V
Maximum current	70.7 A
Maximum power	27673 W
Maximum torque	83.4 Nm
Product boxed weight	8750 g (330 x 265 x 135 mm)
Recommended ESC	SineSic Pro 80A 16KW (150V-435V)
Recommended propellers	63×22, 64×20
UAV take-off weight	400V-63″/ 240kg-Quadcopter; 360kg-Hexacopter; 480kg-Octocopter
Single rotor take-off weight	50kg ~ 60kg
Drawing dimensions (mm)	120.5; 11; 196; 194; 70; 25 x 35; 50-6.2 x 6

Applications

Manned UAVs and eVTOL platforms
Aerial cargo delivery drones with extreme payload requirements
Ultra-heavy multirotor or hybrid-electric aircraft development

For configuration support, integration questions, or spare parts availability, contact support@ or visit https:///.

Whats Included

Motor x1
Propeller Plate x1
Locating Pin x1
8.0mm Bullet Connector x3
Heat Shrinkable Tube x3
M6*25 Motor Screws x4
M6*60 Propeller Screws x4
Sticker x2

Motor Operation Data (as provided)

Analytical Graph of Motor Operation definitions: I – Current, P – Input Power, – Electrical Efficiency, T – Thrust, N – Rotational Speed. The data above was measured with an input voltage of 400 V, at a temperature of 25C and sea level. The rotational speed was adjusted by the throttle.

Performance Table – FLUXER PRO 63X22 GLOSSY (354V)

Throttle [%]	Voltage [V]	Current [A]	Input Power [W]	Output Power [W]	Torque [N*m]	RPM	Thrust [gf]	Efficiency [%]	Efficiency [gf/W]
30	353.68	5.89	2083.2	1683.1	13.472	1193	19880	80.8	9.5
35	353.68	8.62	3048.7	2540.9	17.659	1374	26618	83.3	8.7
40	353.67	12.01	4247.6	3585.5	22.291	1536	33407	84.4	7.9
45	353.67	15.89	5619.8	4852.6	27.226	1702	39997	86.3	7.1
50	353.68	20.72	7328.5	6453.2	33.131	1860	49907	88.1	6.8
55	353.67	25.95	9177.7	8131.9	38.827	2000	58320	88.6	6.4
60	353.6	31.37	11092.4	9881.7	44.095	2140	67003	89.1	6.0
65	353.59	37.26	13174.8	11835.1	49.569	2280	74074	89.8	5.6
70	353.59	43.61	15420.1	13800.7	55.072	2393	84299	89.5	5.5
75	353.55	50.43	17829.5	15835.4	60.803	2487	91371	88.8	5.1
80	353.51	59.07	20881.8	18641.9	68.468	2600	101782	89.3	4.9
85	353.55	67.08	23716.1	21048.3	74.443	2700	111500	88.8	4.7
90	353.41	69.62	24604.4	21799.5	77.077	2701	115132	88.6	4.7
95	353.42	70.15	24792.4	21916.5	77.577	2698	115683	88.4	4.7
100	353.2	70.65	24953.6	22059.0	78.023	2700	116435	88.4	4.7

Performance Table – FLUXER PRO 63X22 GLOSSY (400V)

Throttle [%]	Voltage [V]	Current [A]	Input Power [W]	Output Power [W]	Torque [N*m]	RPM	Thrust [gf]	Efficiency [%]	Efficiency [gf/W]
30	399.44	5.17	2065.1	1601.8	12.854	1190	19599	77.6	9.5
35	399.44	7.78	3107.6	2514.1	17.511	1371	26283	80.9	8.5
40	399.41	10.78	4305.6	3601.0	22.185	1550	34632	83.6	8.0
45	399.41	14.34	5727.5	4888.1	27.313	1709	40203	85.3	7.0
50	399.39	18.47	7376.7	6352.5	32.614	1860	50756	86.1	6.9
55	399.39	23.28	9297.8	8092.7	38.640	2000	59618	87.0	6.4
60	399.33	28.15	11241.1	9845.2	43.932	2140	67092	87.6	6.0
65	399.34	33.31	13302.0	11672.6	49.321	2260	75834	87.8	5.7
70	399.31	39.37	15720.8	13912.4	55.821	2380	82938	88.5	5.3
75	399.31	45.41	18132.7	16024.4	61.430	2491	93049	88.4	5.1
80	399.31	53.69	21437.9	18822.0	69.450	2588	103286	87.8	4.8
85	399.33	57.38	22913.6	20297.9	71.789	2700	106096	88.6	4.6
90	399.25	67.16	26813.6	23756.9	80.999	2801	121311	88.6	4.5
95	399.24	68.32	27276.1	24139.3	82.244	2803	122365	88.5	4.5
100	399.21	69.32	27673.2	24463.1	83.437	2800	122869	88.4	4.4

Performance Table – CB2 PROP 64X20 MATT (354V)

Throttle [%]	Voltage [V]	Current [A]	Input Power [W]	Output Power [W]	Torque [N*m]	RPM	Thrust [gf]	Efficiency [%]	Efficiency [gf/W]
30	353.7	5.03	1779.1	1391.6	11.626	1143	17353	78.2	9.8
35	353.65	7.62	2694.8	2159.7	16.000	1289	23929	80.1	8.9
40	353.7	10.28	3636.0	3012.8	19.638	1465	30042	82.9	8.3
45	353.69	13.79	4877.4	4149.2	24.534	1615	37372	85.1	7.7
50	353.69	17.7	6260.3	5385.6	29.204	1761	44290	86.0	7.1
55	353.69	22.53	7967.3	6953.0	35.056	1894	52335	87.3	6.6
60	353.61	26.8	9476.7	8311.0	39.192	2025	59523	87.7	6.3
65	353.62	31.69	11206.2	9850.0	44.098	2133	67655	87.9	6.0
70	353.65	36.45	12890.5	11402.7	48.373	2251	73317	88.5	5.7
75	353.61	42.33	14968.3	13351.6	53.774	2371	82256	89.2	5.5
80	353.54	49.13	17369.4	15499.7	59.972	2468	91225	89.2	5.3
85	353.56	57.39	20290.8	18025.9	67.240	2560	100770	88.8	5.0
90	353.51	64.09	22656.5	20110.6	72.551	2647	108212	88.8	4.8
95	353.51	68.89	24353.3	21536.5	76.001	2706	113475	88.4	4.7
100	353.52	68.34	24159.6	21368.8	75.409	2706	111456	88.4	4.6

Performance Table – CB2 PROP 64X20 MATT (400V)

Throttle [%]	Voltage [V]	Current [A]	Input Power [W]	Output Power [W]	Torque [N*m]	RPM	Thrust [gf]	Efficiency [%]	Efficiency [gf/W]
30	399.39	4.42	1765.3	1298.8	11.094	1118	17514	73.6	9.9
35	399.39	6.63	2648.0	2072.8	15.320	1292	24172	78.3	9.1
40	399.43	9.39	3750.6	3053.2	19.956	1461	31382	81.4	8.4
45	399.41	12.58	5024.6	4219.8	24.752	1628	38589	84.0	7.7
50	399.41	15.87	6339.0	5391.1	29.234	1761	44907	85.0	7.1
55	399.39	19.84	7923.9	6853.5	34.301	1908	53178	86.5	6.7
60	399.39	24.17	9652.8	8421.7	39.675	2027	59431	87.2	6.2
65	399.29	28.14	11236.0	9782.9	43.654	2140	67535	87.1	6.0
70	399.38	32.88	13131.6	11492.8	48.604	2258	74092	87.5	5.6
75	399.29	38.98	15564.3	13731.2	55.373	2368	84233	88.2	5.4
80	399.31	43.27	17278.1	15235.4	58.854	2472	90668	88.2	5.2
85	399.28	50.96	20347.3	17964.5	67.011	2560	101922	88.3	5.0
90	399.29	57.14	22815.4	20125.3	72.549	2649	108629	88.2	4.8
95	399.27	61.21	24439.3	21549.1	75.905	2711	114912	88.2	4.7
100	399.24	61.71	24637.1	21682.0	76.458	2708	114400	88.0	4.6

Details

The MAD M50C60 PRO IPE motor drawing provides key overall dimensions and bolt-circle layouts to help confirm fitment during mounting.

MAD M50C60 PRO IPE motor hardware includes a propeller plate, locating pin, 8.0mm bullet connectors, heat shrink, and mounting screws for setup.

The MAD M50C60 PRO IPE manned motor is listed with a 10kV rating, a 5060 kgf thrust range, and performance data for 400V operation.

Test tables list throttle-by-throttle current, power, torque, RPM, thrust, and efficiency for the MAD M50C60 IPE 10KV motor at 354V and 400V with different prop setups.

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MAD M50C60 PRO IPE Manned Motor 10KV – 5060 kgf sustained thrust, 123 kgf max, 100S