Overview

MAD 8112 IPE is a 100KV drone motor designed for industrial UAV platforms and professional aerial mapping missions. It supports 12S voltage systems for high-power applications and uses a 36N40P multi-slot multipole structure (20 pole pairs). The design includes centrifugal heat dissipation and an integrated fan structure to improve airflow and thermal management.

Key Features

Supports 12S voltage systems
36N40P multi-slot multipole structure; 20 pole pairs
Integrated fan structure for faster airflow and efficient heat dissipation
Precision-engineered for long life in demanding environments
High-quality bearings for stable, smooth rotation
5% lighter than comparable 81-series motors from other brands

Specifications

Motor Model	MAD 8112 IPE V1.0 black
KV (RPM/V)	100 KV
Number of pole pairs	20
Structure	36N40P
Stator	Anticorrosive
Varnished wire degree	180C
Magnet degree	150C
Motor size	D:88.6 32.5 mm
Degree of protection	IP35
Cable length	150 mm 16# AWG (Black) silicone
Centrifugal heat dissipation	YES
Rotor balance	10 mg
Motor balance	20 mg
Propeller mounting holes	D:20 M34, D:23 M44
Motor mounting holes	D:40 M44
Shaft diameter	IN: 15 mm
Bearing	6902ZZ*2
Disruptive test	500 V

Mechanical drawing (dimensions shown)

Diameter marking: 88.6
Length marking: 29.5
Step marking: 3
Hub marking: 29
Motor mounting pattern marking: 40-M4*4
Prop mounting pattern marking: 20-M3*4; 23-M4*4
Plate hole marking: 20-4*3.2

Poster specifications (100KV / 12S)

Recommended hover thrust: 4.0~6.0 kgf
Maximum thrust: 11.1 kgf
Optimized weight: 382 g
Efficiency: >80%
Nominal voltage: 12S lipo battery
No load current: 1.1A / 30V
Internal resistance: 91 m
Maximum current: 41 A
Maximum power: 1937 W
Maximum torque: 3.9 N.m
Recommended propellers: 28×8.4, 29×8.7, 30×10.0
Recommended ESC: MAD AMPX 40A (5-14S) HV
UAV take-off weight: 12S-28″/14kg-Quadcopter; 21kg-Hexacopter; 28kg-Octocopter
Single rotor take-off weight: 4kg ~ 6kg
Product boxed weight: 682 g (150 x 150 x 65 mm)

Test notes (poster)

I = Current, P = Input Power, = Electrical efficiency, T = Thrust, N = Rotational Speed
Measured with input voltage of 48 V, at 25C and sea level; rotational speed adjusted by throttle
48V reference: current over 41A is non-working zone; 16-41A is short-term (about 10-30s) working zone; below 16A is sustainable working zone

Performance table: FLUXER PRO 28×8.4 MATT (12S, MAX 70C)

Throttle [%]	Voltage [V]	Current [A]	Input Power [W]	Output Power [W]	Torque [N.m]	RPM	Thrust [gf]	Efficiency [%]	Efficiency [gf/W]
30	48.19	1.91	91.5	64.0	0.408	1497	1240	69.99	13.5
35	48.18	2.68	128.9	95.0	0.531	1710	1635	73.67	12.7
40	48.17	3.63	174.2	131.9	0.658	1915	2045	75.67	11.7
45	48.16	4.77	229.4	179.3	0.807	2124	2524	78.13	11.0
50	48.15	6.38	306.5	246.0	0.995	2360	3118	80.19	10.2
55	48.12	8.21	394.3	320.1	1.178	2595	3642	81.14	9.2
60	48.05	10.39	498.9	409.1	1.394	2802	4365	81.95	8.7
65	48.05	12.57	603.7	498.5	1.591	2992	4985	82.53	8.3
70	48	15.24	730.9	601.5	1.813	3169	5647	82.23	7.7
75	47.97	17.55	841.9	704.2	2.008	3349	6285	83.6	7.5
80	47.88	20.37	974.7	832.1	2.260	3516	7109	85.34	7.3
85	47.87	23.88	1142.5	962.4	2.483	3701	7852	84.19	6.9
90	47.86	29.05	1390.1	1105.4	2.734	3862	8666	79.49	6.2
95	47.76	35.36	1688.3	1310.9	3.079	4066	9646	77.61	5.7
100	47.71	40.73	1958.8	1595.8	3.064	4059	9543	81.62	6.0

Performance table: FLUXER PRO 29×8.7 MATT (12S, MAX 83C)

Throttle [%]	Voltage [V]	Current [A]	Input Power [W]	Output Power [W]	Torque [N.m]	RPM	Thrust [gf]	Efficiency [%]	Efficiency [gf/W]
30	48.2	1.99	95.6	72.3	0.463	1493	1425	75.65	14.8
35	48.2	2.82	135.2	107.5	0.603	1703	1868	79.44	13.8
40	48.19	3.86	185.5	149.9	0.752	1906	2295	80.76	12.3
45	48.18	5.18	249.1	205.0	0.931	2103	2884	82.26	11.6
50	48.17	6.94	333.7	274.9	1.125	2334	3494	82.34	11.0
55	48.11	9.07	435.8	361.5	1.352	2554	4220	82.92	9.7
60	48.07	11.31	543.2	452.6	1.568	2757	4874	83.2	9.0
65	48.06	13.82	663.6	550.4	1.789	2953	5572	82.89	8.4
70	48.06	17.04	818.6	656.9	2.016	3113	6234	80.2	7.6
75	47.95	20.14	965.3	770.6	2.246	3278	6973	79.79	7.2
80	47.87	22.11	1057.6	835.5	2.486	3441	7716	84.65	7.3
85	47.81	25.84	1234.8	1046.0	2.767	3610	8516	84.67	6.9
90	47.79	30.37	1450.8	1183.3	3.005	3760	9276	81.52	6.4
95	47.69	35.81	1707.3	1378.4	3.323	3961	10199	80.69	6.0
100	47.67	35.91	1711.1	1378.2	3.337	3944	10292	80.51	6.0

Performance table: FLUXER PRO 30×10.0in MATT (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	48.2	2.37	113.4	89.8	0.587	1462	1684	79.15	14.8
35	48.19	3.35	160.8	130.0	0.744	1669	2174	80.76	13.5
40	48.18	4.64	223.0	180.3	0.923	1865	2714	80.89	12.1
45	48.16	6.22	298.9	244.2	1.139	2049	3324	81.65	11.1
50	48.15	8.23	395.6	324.5	1.369	2223	3996	81.97	10.1
55	48.09	10.7	513.9	422.6	1.635	2468	4835	82.17	9.4
60	48.07	13.68	656.9	531.5	1.915	2650	5644	80.87	8.6
65	48.03	16.26	780.3	641.4	2.168	2825	6379	82.17	8.2
70	47.96	19.89	953.4	754.2	2.409	2790	7071	79.08	7.4
75	47.95	23.94	1147.4	878.6	2.677	3134	7861	76.54	6.8
80	47.84	26.3	1258.0	1015.0	2.952	3284	8531	80.65	6.8
85	47.77	30.96	1478.2	1154.5	3.218	3427	9432	78.08	6.4
90	47.66	35.47	1690.0	1314.1	3.509	3576	10163	77.71	6.0
95	47.59	42.58	2030.3	1516.2	3.881	3731	11258	74.63	5.5
100	47.57	40.73	1937.0	1498.6	3.854	3714	11738	77.36	5.7

Whats Included

Motor x1
Propeller Plate x1
Locating Pin x1
3.5mm Bullet Connector x3
Heat Shrinkable Tube x3
M4*10 Motor Screws x4
M3*12 Propeller Screws x4
Sticker x2

Applications

High-end industrial drone platforms
Professional surveying and mapping UAVs
Multi-rotor builds requiring 12S power and 100KV class motors

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

Details

The MAD 8112 IPE motor drawing provides key outer diameter, height, and mounting hole measurements for accurate installation.

The MAD 8112 IPE motor package includes a propeller plate, locating pin, bullet connector set with heat shrink tubing, and mounting/propeller screws for installation.

The MAD 8112 IPE motor is rated at 100KV for 1015S setups, with a listed weight of 3827g and 80% efficiency.

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