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MAD V128 IPE V2.0 eVTOL UAV Drone Motor 50KV/65KV 24S, 1910g, 60–62kgf Max Thrust

MAD V128 IPE V2.0 eVTOL UAV Drone Motor 50KV/65KV 24S, 1910g, 60–62kgf Max Thrust

MAD

سعر عادي $1,033.50 USD
سعر عادي سعر البيع $1,033.50 USD
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Overview

MAD V128 is an eVTOL UAV drone motor designed for heavy-payload, long-endurance aircraft applications. It supports up to 62 kgf maximum thrust per rotor (recommended hover thrust 20–27 kgf), with an optimized motor weight of 1910 g.

Key Features

  • Heavy lift capability: up to 62 kgf maximum thrust; recommended hover thrust 20–27 kgf
  • Lightweight design: 1910 g motor weight
  • Centrifugal heat dissipation: YES
  • Optional ENCR (Electronic Control)

Specifications

Motor Data (MAD V128 IPE V2.0)

Motor model MAD V128 IPE V2.0
Number of pole pairs 19
Stator Anticorrosive
Varnished wire degree 220°C
Magnet degree 180°C
Motor size D:145 x 59 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:24 M4 x 4; D:30 M5 x 4
Motor mounting holes D:50 M6 x 4
Shaft diameter IN: 20 mm
Bearing 6904ZZ*2
Disruptive test 500 V

Mounting / Drawing Dimensions (selected)

Outer diameter (drawing) D144.6
Motor mounting pattern (drawing) Ø50-M6*4
Prop mounting pattern (drawing) Ø30-M4*4
Hub detail (drawing) Ø30-M5*4; Ø24-M4*4; Ø7.2; Ø4.2
Additional detail (drawing) Ø24; Ø30; Ø4.1; Ø5.2; Ø10; Ø44; thickness 3
Body width (drawing) 50
Side feature (drawing) Ø43

65KV (24S) Performance Summary

RPM/V 65 KV
No-load current 3.5A/30V
Motor weight 1910 g
Nominal voltage 24S lipo battery
Internal resistance 18.4 mOhm
Maximum current 238.1 A
Maximum power 19854 W
Maximum torque 30.2 Nm
Maximum thrust 62 kg
Recommended ESC MAD AMPX 300A (12-24S)
Recommended propellers 42x14
Single rotor take-off weight 20kg ~ 27kg
Product boxed weight 2860g (260 x 210 x 120 mm)
Efficiency (sheet) >82%
24S temperature limit shown MAX 139°C

50KV (24S) Performance Summary

RPM/V 50 KV
No-load current 2.45A/30V
Motor weight 1910 g
Nominal voltage 24S lipo battery
Internal resistance 34 mOhm
Maximum current 165 A
Maximum power 15886 W
Maximum torque 25.4 Nm
Maximum thrust 60 kg
Recommended ESC MAD AMPX 200A (12-24S)
Recommended propellers 40x13.1
Single rotor take-off weight 20kg ~ 27kg
Product boxed weight 2860g (260 x 210 x 120 mm)
Efficiency (sheet) >85%
24S temperature limits shown MAX 116°C; MAX 98°C

For ESC/prop matching and wiring/connector questions, contact support@rcdrone.top or visit https://rcdrone.top/.

Recommended Setup (Solution)

VTOL Motor/KV MAD V128 IPE 50KV
VTOL Prop Fluxer VTOL 40x13.1
VTOL ESC MAD AMPX 200A (12-24S)
VTOL Battery (LiPo) / Voltage 24S (4.3V/S) / 84–104V
VTOL thrust per motor 20kg ~ 27kg
Recommended takeoff weight (4 axes) 80kg

Alternative VTOL prop listed: Fluxer VTOL 42x14. Note: For a coaxial configuration, a total thrust loss of 25% should be considered.

What’s Included

  • Motor x1
  • Propeller Plate x1
  • Prop Adapter x1
  • 8.0mm Bullet Connector x3
  • Heat Shrinkable Tube x3
  • M6*25 Motor Screws x4
  • M4*12 Prop Adapter Screws x4
  • M4*20 Propeller Screws x4

Applications

  • Surveying
  • Logistics
  • Agriculture
  • Other heavy-payload, long-endurance UAV aircraft applications

Performance Data (from provided motor sheets)

Test / graph notes

  • Analytical Graph of Motor Operation variables: I (current), P (input power), η (electrical efficiency), T (thrust), N (rotational speed).
  • Data notes (as stated): measured with input voltage 96 V, at 25°C and sea level; rotational speed adjusted by throttle.
  • Maximum thrust may depend on battery level, propeller type, air pressure and other conditions.

65KV (MAD V128 IPE 65KV, 24S, sheet header: CB2 42x14 MATT, AMPX 300A (12-24S))

Throttle [%] Voltage [V] Current [A] Input Power [W] Output Power [W] Torque [N*m] RPM Thrust [gf] Efficiency [%] Efficiency [gf/W]
30 88.51 9.61 850.7 600.8 3.403 1686 7638 70.63 9.0
35 88.54 12.88 1140.7 856.2 4.297 1903 9670 75.03 8.5
40 88.53 17.39 1539.7 1174.9 5.278 2126 12140 76.29 7.9
45 88.53 25.14 2226.0 1761.7 7.024 2395 15386 79.11 6.9
50 88.48 36.91 3266.1 2498.2 8.915 2676 19360 76.52 5.9
55 88.32 44.43 3924.0 3333.4 10.880 2926 23402 84.99 6.0
60 88.36 55.25 4881.9 4270.2 12.885 3165 27519 87.59 5.6
65 88.33 74.41 6573.0 5302.4 14.972 3382 31769 80.69 4.8
70 88.17 86.92 7663.7 6324.7 16.779 3600 36173 82.56 4.7
75 88.18 104.89 9248.9 7803.7 19.543 3813 41327 84.37 4.5
80 88.09 133.99 11803.7 9308.3 22.097 4023 46276 78.86 3.9
85 87.91 150.12 13196.4 11040.1 25.122 4197 50971 83.67 3.9
90 87.8 176.23 15473.6 12899.3 28.136 4378 55732 83.36 3.6
95 87.72 211.96 18593.6 13956.4 29.434 4528 60244 75.06 3.2
100 83.38 238.12 19854.5 14438.5 30.190 4567 62039 72.72 3.1

65KV note (as stated): values are theoretical at 96 V for reference only. With no additional cooling at 25°C, current over 238 A is non-working zone; 74–238 A is short-term (about 10–30 s) working zone; below 74 A is sustainable working zone. Control running time according to environment temperature and heat dissipation conditions.

50KV (MAD V128 IPE 50KV, 24S, sheet header: FLUXER PRO 40x13.1 GLOSSY, AMPX 200A (12-24S))

Dataset A (sheet shows: 24S MAX 98°C)

Throttle [%] Voltage [V] Current [A] Input Power [W] Output Power [W] Torque [N*m] RPM Thrust [gf] Efficiency [%] Efficiency [gf/W]
30 88.77 5.43 482.0 360.6 2.508 1373 4605 74.8 9.6
35 88.73 7.67 680.6 501.8 3.025 1584 6200 73.7 9.1
40 88.73 10.12 897.9 717.8 3.886 1764 7604 79.9 8.5
45 88.69 13.31 1180.5 962.8 4.710 1952 9339 81.6 7.9
50 88.65 18.04 1599.2 1316.0 5.829 2156 11735 82.3 7.3
55 88.58 23.51 2082.5 1803.8 7.216 2387 14521 86.6 7.0
60 88.48 30.54 2702.2 2367.0 8.680 2604 17625 87.6 6.5
65 88.42 37.98 3358.2 2950.0 10.050 2803 20350 87.8 6.1
70 88.34 46.58 4114.9 3659.9 11.642 3002 23401 88.9 5.7
75 88.21 56.52 4985.6 4297.6 12.842 3196 26851 86.2 5.4
80 88.11 67.6 5956.2 5021.1 14.157 3387 30300 84.3 5.1
85 87.98 80.41 7074.5 5822.3 15.527 3581 33893 82.3 4.8
90 87.83 96.39 8465.9 6891.2 17.443 3773 38225 81.4 4.5
95 88.13 113.42 9995.7 8006.6 19.135 3996 42544 80.1 4.3
100 87.46 131.22 11476.5 8986.1 20.599 4166 48549 78.3 4.2

Dataset B (sheet shows: 24S MAX 116°C)

Throttle [%] Voltage [V] Current [A] Input Power [W] Output Power [W] Torque [N*m] RPM Thrust [gf] Efficiency [%] Efficiency [gf/W]
30 97.77 6.41 626.7 476.3 3.012 1510 5720 76 9.1
35 97.76 8.77 857.4 681.6 3.787 1719 7394 79.5 8.6
40 97.71 11.79 1152.0 946.9 4.725 1914 9263 82.2 8.0
45 97.7 15.79 1542.7 1311.3 5.896 2124 11506 85 7.5
50 97.66 21.22 2072.3 1742.8 7.011 2374 13989 84.1 6.8
55 97.6 28.42 2773.8 2427.1 8.847 2620 17665 87.5 6.4
60 97.47 36.62 3569.4 3198.2 10.736 2845 21049 89.6 5.9
65 97.38 45.39 4420.1 3907.4 12.187 3062 24705 88.4 5.6
70 97.28 54.93 5343.6 4681.0 13.633 3279 28433 87.4 5.3
75 97.15 66.3 6441.0 5429.8 14.901 3480 31669 84.3 4.9
80 97.03 80.19 7780.8 6426.9 16.642 3688 36031 82.6 4.6
85 96.85 96.35 9331.5 7427.9 18.217 3894 40981 79.6 4.4
90 96.62 114.79 11091.0 8628.8 20.094 4101 45965 77.8 4.1
95 96.43 136.12 13126.1 9989.0 22.299 4278 51733 76.1 3.9
100 96.08 165.34 15885.9 11962.1 25.347 4507 59518 75.3 3.7

50KV note (as stated): values are theoretical at 96 V for reference only. With no additional cooling at 25°C, current over 165 A is non-working zone; 45–165 A is short-term (about 10–30 s) working zone; below 45 A is sustainable working zone. Control running time according to environment temperature and heat dissipation conditions.

Details