MAD M17 IPE V1.1 Drone Motor 100KV/110KV, 12S-14S Heavy-Lift, Up to 28.8kg Thrust, IP35

Description

Overview

The MAD M17 IPE V1.1 is a heavy-lift drone motor designed for high-thrust industrial UAV builds. It is optimized for use with 3236 inch carbon fiber propellers and targets a high thrust-to-weight ratio for demanding payload platforms.

Sustained (recommended hover) thrust	7.09.0 kgf
Maximum thrust	28.8 kgf (100KV) / 20.3 kgf (110KV)
Support voltage	12S/14S (100KV: 1214S LiPo; 110KV: 12S LiPo)
Motor weight	857 g (100KV) / 860 g (110KV)
Efficiency	>76%

Key Features

• Two KV options shown: 100KV and 110KV
• Number of pole pairs: 15
• Anticorrosive stator (listed as TAIWAN / Anticorrosive)
• Varnished wire degree: 220C
• Magnet degree: 180C
• Degree of protection: IP35
• Centrifugal heat dissipation: YES
• Rotor balance: 10 mg; motor balance: 20 mg
• Disruptive test: 500 V

Specifications

Motor Data (Common)

Motor model	MAD M17 IPE V1.1
Number of pole pairs	15
Stator	TAIWAN / Anticorrosive
Varnished wire degree	220C
Magnet degree	180C
Motor size	D:118 41.3 mm
Degree of protection	IP35
Cable length	150 mm (extended enameled wires)
Centrifugal heat dissipation	YES
Rotor balance	10 mg
Motor balance	20 mg
Propeller mounting holes	D:23 M34
Shaft diameter	IN: 15 mm
Motor mounting holes	D:40 M44, D:50 M44
Bearing	EZO 6902ZZ *2
Disruptive test	500 V

100KV Specifications

RPM/V	100 KV
Nominal voltage	1214S lipo battery
No load current	3.1 A / 30 V
Internal resistance	27.5 m
Motor weight	857 g
Product boxed weight	1240 g (200 150 70 mm)
Maximum current	134.5 A
Maximum power	7520 W
Maximum thrust	28.8 kg
Maximum torque	11.7 Nm
Recommended ESC	MAD AMPX 120A (514S), AMPX 200A (514S)
Recommended propellers	32×9.6, 34×11.2, 36×11.5
Single rotor take-off weight	7 kg ~ 9 kg
UAV take-off weight	14S-34″ / 30kg–Quadcopter; 45kg–Hexacopter; 60kg–Octocopter

110KV Specifications

RPM/V	110 KV
Nominal voltage	12S lipo battery
No load current	3.6 A / 30 V
Internal resistance	22.5 m
Motor weight	860 g
Product boxed weight	1243 g (200 150 70 mm)
Maximum current	88 A
Maximum power	4188 W
Maximum thrust	20.3 kg
Maximum torque	7.6 Nm
Recommended ESC	MAD AMPX 120A (514S)
Recommended propellers	32×9.6
Single rotor take-off weight	7 kg ~ 9 kg
UAV take-off weight	12S-32″ / 28kg–Quadcopter; 42kg–Hexacopter; 56kg–Octocopter

Mounting / Drawing Dimensions

• Motor diameter: 118
• Side dimension shown: 37.3; spacing shown: 4
• Motor mounting holes: 40-M44 and 50-M44
• Propeller mounting holes: 23-M34
• Additional hole patterns shown: 20-M34; 20-3.24; 6
• Additional dimensions shown: 19, 10, 10.8, 4.2, 3, 1

Whats Included

• Motor x1
• Propeller plate x1
• Prop adapter x1
• 4.0mm bullet connector x3
• Heat shrinkable tube x3
• M4*10 motor screws x4
• M4*10 prop adapter screws x4
• M3*14 propeller screws x4
• Sticker x2

Applications

• Heavy-lift drones for logistics, firefighting, and industrial inspection
• UAV platforms requiring high thrust with weight efficiency
• High-payload aerial platforms requiring stable power output

For ESC/propeller matching and integration questions, contact [email protected] or visit https://rcdrone.top/.

Test Data (48 V reference)

Analytical graph definition: I = Current, P = Input Power, = Electrical Efficiency, T = Thrust, N = Rotational Speed. The data was measured with an input voltage of 48 V, at a temperature of 25C and sea level; rotational speed was adjusted by throttle.

100KV – FLUXER PRO 32×9.6 MATT – AMPX 120A (5-14S) – 12S (MAX 74C)

Throttle (%)	Voltage (V)	Current (A)	Input Power (W)	Output Power (W)	Torque (N*m)	RPM	Thrust (gf)	Efficiency (%)	Efficiency (gf/W)
30	48.21	2.99	143.6	88.6	0.629	1347	1752	61.7	12.2
35	48.21	4.12	198.2	130.7	0.815	1533	2268	65.95	11.4
40	48.2	5.74	276.2	195.8	1.070	1747	2968	70.84	10.7
45	48.2	7.87	378.8	280.7	1.362	1969	3828	74.06	10.1
50	48.15	10.14	487.7	371.8	1.645	2159	4646	76.19	9.5
55	48.17	12.84	618.1	478.0	1.943	2350	5483	77.28	8.9
60	48.2	16.77	807.9	625.1	2.335	2556	6649	77.33	8.2
65	48.14	19.72	948.9	778.8	2.686	2769	7632	82.03	8.0
70	48.16	25.3	1217.7	994.3	3.190	2977	8976	81.62	7.4
75	48.14	32.51	1564.5	1212.7	3.637	3184	10315	77.51	6.6
80	48.13	36.64	1763.1	1455.5	4.126	3369	11627	82.5	6.6
85	48.08	40.67	1954.8	1690.3	4.544	3552	12731	86.43	6.5
90	48.02	50.77	2437.6	2010.7	5.150	3729	14365	82.44	5.9
95	47.97	58.46	2803.7	2314.8	5.655	3909	15841	82.53	5.7
100	47.94	65.02	3117.0	2667.2	6.240	4082	17411	85.54	5.6

100KV – FLUXER PRO 34×11.2 GLOSSY – AMPX 120A (5-14S) – 12S (MAX 92C)

Throttle (%)	Voltage (V)	Current (A)	Input Power (W)	Output Power (W)	Torque (N*m)	RPM	Thrust (gf)	Efficiency (%)	Efficiency (gf/W)
30	48.21	3.58	172.1	119.3	0.882	1293	2243	69.28	13.0
35	48.2	5.29	254.5	180.9	1.163	1485	2947	71.07	11.6
40	48.22	7.52	361.8	264.3	1.489	1695	3804	73	10.5
45	48.18	10.86	522.9	391.7	1.952	1917	4940	74.88	9.4
50	48.21	14.37	692.5	514.1	2.337	2101	5944	74.23	8.6
55	48.16	18.63	896.5	667.6	2.789	2286	7108	74.43	7.9
60	48.13	23.06	1109.6	857.1	3.315	2469	8397	77.21	7.6
65	48.14	27.39	1318.2	1071.1	3.840	2664	9603	81.21	7.3
70	48.13	32.55	1566.3	1305.6	4.354	2863	11084	83.34	7.1
75	48.04	41.03	1970.7	1602.4	5.023	3047	12865	81.28	6.5
80	48.04	50.9	2444.8	1876.0	5.552	3227	14086	76.74	5.8
85	48.02	56.48	2711.4	2163.3	6.079	3398	15416	79.78	5.7
90	48.02	63.05	3025.1	2486.4	6.681	3554	16985	82.22	5.6
95	47.99	76.5	3671.5	2857.7	7.362	3707	18693	77.78	5.1
100	47.94	86.05	4124.9	3227.6	7.988	3858	20282	78.2	4.9

100KV – FLUXER PRO 34×11.2 GLOSSY – AMPX 200A (5-14S) – 14S (MAX 133C)

Throttle (%)	Voltage (V)	Current (A)	Input Power (W)	Output Power (W)	Torque (N*m)	RPM	Thrust (gf)	Efficiency (%)	Efficiency (gf/W)
30	55.75	5.38	299.1	224.2	1.370	1564	3306	74.92	11.0
35	55.77	8.23	458.8	364.0	1.878	1852	4549	79.3	9.9
40	55.74	11.51	641.2	520.6	2.384	2085	5838	81.14	9.1
45	55.78	15.78	879.8	722.6	2.985	2312	7159	82.13	8.1
50	55.77	20.83	1161.3	977.0	3.657	2552	8882	84.18	7.7
55	55.75	26.11	1454.7	1280.9	4.358	2807	10578	88.01	7.3
60	55.76	36.87	2055.6	1669.1	5.227	3049	12778	81.25	6.2
65	55.8	44.9	2505.2	2016.7	5.858	3287	14487	80.5	5.8
70	55.81	53.04	2959.8	2420.6	6.606	3499	16353	81.78	5.5
75	55.81	60.31	3365.8	2866.6	7.390	3704	18115	85.15	5.4
80	55.78	67.48	3764.1	3355.3	8.204	3905	20364	89.1	5.4
85	55.79	79.7	4446.1	3846.3	8.942	4108	22182	86.48	5.0
90	55.86	94.6	5283.6	4392.8	9.784	4287	24097	83.1	4.6
95	55.86	112.66	6293.2	4931.7	10.554	4462	26067	78.32	4.1
100	55.91	134.5	7520.0	5689.9	11.657	4661	28763	75.61	3.8

100KV – FLUXER PRO 36×11.5 GLOSSY – AMPX 120A (5-14S) – 12S (MAX 122C)

Throttle (%)	Voltage (V)	Current (A)	Input Power (W)	Output Power (W)	Torque (N*m)	RPM	Thrust (gf)	Efficiency (%)	Efficiency (gf/W)
30	44.17	3.66	161.3	128.2	0.971	1261	2358	79.45	14.6
35	44.19	5.65	249.3	200.9	1.323	1451	3285	80.54	13.2
40	44.19	8.68	382.9	319.7	1.815	1682	4467	83.46	11.6
45	44.17	11.84	522.5	448.1	2.286	1872	5611	85.72	10.7
50	44.21	16.16	713.9	594.5	2.763	2055	6773	83.26	9.5
55	44.18	20.01	883.5	771.0	3.290	2238	8072	87.23	9.1
60	44.2	26.35	1164.2	1010.4	3.963	2435	9610	86.8	8.3
65	44.23	34.8	1538.7	1286.0	4.668	2631	11227	83.54	7.3
70	44.22	41.33	1827.1	1603.5	5.455	2807	13110	87.74	7.2
75	44.24	51.89	2294.9	1937.9	6.223	2974	14851	84.41	6.5
80	44.27	62.69	2774.3	2274.8	6.924	3137	16112	81.99	5.8
85	44.27	74.59	3301.8	2703.4	7.879	3277	18481	81.83	5.6
90	44.3	87.58	3879.3	3094.8	8.621	3428	20046	79.75	5.2
95	44.28	97.44	4314.7	3572.0	9.584	3559	21793	82.74	5.0
100	44.36	122.62	5438.6	4199.6	10.765	3725	24431	77.18	4.5

The above data are the theoretical values when the input voltage is 48 V, for reference only. In the case of room temperature of 25C and no additional cooling device, the current over 123 A is non-working zone. 35123 A is short-term (about 1030 s), working zone, and below 35 A is sustainable working zone. In actual use, control the motor running time according to the working environment temperature and heat dissipation conditions.

110KV – FLUXER PRO 32×9.6 MATT – AMPX 120A (5-14S) – 12S (MAX 98C)

Throttle (%)	Voltage (V)	Current (A)	Input Power (W)	Output Power (W)	Torque (N*m)	RPM	Thrust (gf)	Efficiency (%)	Efficiency (gf/W)
30	47.89	3.99	190.5	122.9	0.828	1417	2165	64.46	11.4
35	47.9	5.56	266.1	181.6	1.076	1612	2823	68.22	10.6
40	47.9	7.98	381.7	275.2	1.408	1867	3766	72.06	9.9
45	47.86	10.76	514.5	387.7	1.780	2081	4758	75.33	9.3
50	47.85	13.45	642.9	518.7	2.169	2284	5836	80.65	9.1
55	47.83	16.48	787.8	659.5	2.535	2485	6836	83.67	8.7
60	47.81	21.17	1011.8	838.2	2.962	2702	7995	82.81	7.9
65	47.8	26.31	1257.2	1093.9	3.583	2916	9640	86.96	7.7
70	47.81	34.61	1653.9	1329.5	4.042	3141	10874	80.37	6.6
75	47.78	42.87	2047.6	1640.2	4.696	3336	12625	80.05	6.2
80	47.75	52.72	2516.9	1946.8	5.276	3524	14050	77.52	5.6
85	47.68	57.74	2752.7	2268.5	5.853	3701	15632	82.37	5.7
90	47.64	64.11	3053.9	2623.9	6.458	3880	17186	85.97	5.6
95	47.67	81.52	3886.0	3000.3	7.066	4055	18760	77.17	4.8
100	47.57	88.04	4187.9	3374.9	7.629	4225	20316	80.54	4.9

The above data are the theoretical values when the input voltage is 48 V, for reference only. In the case of room temperature of 25C and no additional cooling device, the current over 88 A is non-working zone. 2688 A is short-term (about 1030 s), working zone, and below 26 A is sustainable working zone. In actual use, control the motor running time according to the working environment temperature and heat dissipation conditions.

Details

MAD M17 IPE V1.1 motor mounting dimensions include a 37.3 mm body diameter, 18 mm height, and multiple M3/M4 bolt patterns for fitment.

The MAD M17 IPE V1.1 motor kit includes a motor, propeller plate and adapter, screws, 4.0mm bullet connectors, heat-shrink tubing, and stickers.

MAD M17 IPE V1.1 motor documentation includes key stats like 100KV and 857g weight, plus thrust curves and mounting dimensions for easier setup.

MAD M17 IPE V1.1 motor test data lists thrust, RPM, current, and efficiency across multiple prop sizes on 12S and 14S setups.

The MAD M17 IPE V1.1 motor is rated at 110KV with up to 12S input, with a performance chart and spec table for tuning and setup reference.