HOBBYWING: UAV Propulsion Systems, RC Motors & ESCs, e-Vehicle Power System
Fixed Wing and VTOL Drone Motor T8020
C8020

Universally versatile for both fixed-wing and
vertical take-off and landing (VTOL) drones.
Meant to seamlessly replace 55CC combustion engines.
Efficient Cooling with Great Power
Paired with 25-inch propellers,
the motor delivers up to a
maximum thrust of
22.6kg at 48V
It can handle
rapid transitions
in diverse
flight conditions
22.6kg thrust Drone Motor
Efficient Cooling UAV Motor
The rotor bracket features a
rectangular exhaust outlet
with a centrifugal fan design,
reducing airflow resistance
and turbulence, enhancing
heat exhaust efficiency
The motor dissipation efficiency improves by 20%
The winding temperature rise is
significantly reduced compared
to motors of other brands with
similar specifications, ensuring
stable and long-term operation
even in high-load flight conditions.
High Protection,
Superior Reliability

The bottom of the motor is designed with upper and lower steel mesh structure,

effectively preventing particles ≥1mm in diameter,

allowing the motor to adapt to harsh flight environments, such as dust and rain.

High Protection Drone Electric Motor
Flexible Choice,
Convenient Application
Electric Locking Drone Propeller Component
  • The stator base is compatible with an IPC
  • (Intelligent Propeller Control) component,
  • allowing for flexible selection.
Motor Magnetic Encoder Cable
  • Paired with an IPC ESC,
  • users can customize the propeller stopping position
  • to minimize the risk of colliding with the ground.
HOBBYWING T8030 Drone Motor 210KV
  • The rotor bracket adopts a boss clearance design that effectively
  • prevents interference with the edge structure of propeller roots,
  • accommodating the installation for both non-folding and folding propellers.
Industrial Drone Motor eVTOL Motor
  • Supports multiple mounting configurations for quick adaptation,
  • to meet the demands of diverse applications.
Superior Material and
Design for a Safer Flight
detachable propeller adapter base
Detachable Propeller
Mounting Base
The anti-loosening propeller adapter structure
features a double-nut and dual-rotation design
to achieve skid resistance and interlocking,
preventing the propeller from detachment due
to nut loosen, thereby enhancing flight safety.
Patented design certification [Patent No.: 202311210278.7]
Knurled Shaft for dual redundant security
Knurled Design
The innovative knurled
shaft-to-bracket fitting with
side set screw locking ensures
dual redundant security
and prevents looseness.
vtol drone motor with multi-layer securing mechanisms
Anti-Loosening
Design
The rotor shaft end is
fixed by copper washers,
circlips, and screws to
enhance motor reliability.
0.2mm low-loss silicon steel cores
Silicon Steel and
Enameled Wires
It is designed with
industry-leading
0.2mm low-loss silicon steel
cores and high-grade 240°C
temperature-resistant enameled wires.
Triple-Bearing System
Triple-Bearing
Architecture
The triple-bearing architecture
optimizes dynamic balance,
enhancing impact resistance
and durability of the motor
to ensure safe flights.
Silicone Rubber Cable Sleeves
Silicone Rubber
Cable Sleeves
The motor’s three-phase wire outlet
comes with a custom silicone rubber
cable sleeve, combining aesthetic
appeal with superior insulation.
Magnet Segment
Magnet Segment
The high-grade, strong
magnetic arc-shaped magnets
enhance the magnetic energy
density, delivering powerful
torque for the motor.
This meets large-thrust needs during climbing,
while maintaining high efficiency during cruise,
improving cruise flight efficiency by 2-4%
compared to motors of similar grades.
Brand-New Magnetic Circuit,
Optimized Design

The newly designed magnetic circuit highly

matches the driving parameter requirements,

ensuring a more rapid propulsion output response.

Innovative Magnetic Circuit Design
Rigorous Testing Ensures High Reliability
and Extended Lifespan

The motor undergoes stringent industrial tests,

including drive compatibility, water proof test, salt spray test,

mechanical stress test, temperature/humidity combined vibration test,

and 1000 hours of laboratory fatigue life test,

ensuring sustained stable performance in challenging environments.

Water Ingress Testingf or VTOL Motors
Water Proof Test
Salt Spray Testing for Drone Motors
Low Temperature
Operation Test
High and Low Temperature Operation Test
High Temperature
Operation Test
The-Winding-Temperature-Rise-Is-Reduced
Recommended Combinations
Motor
C8020-180KV / 210KV
Propeller
22x10 / 23x10 / 24x10 / 25x10
ESC
XRotor Pro H200A 14S BLDC IPC
Battery
12S LiPo
Takeoff weight of single motor
35~40kg
C8020 CAD
Product NameC8020
  • 180KV
  • 210KV
Specifications Ⅰ
  • Model
  • Protection level
  • Motor Size
  • Slot& Pole
  • Stator Size
  • Dynamic balance
  • Stator process
  • Bearing
  • Enamelled wire
  • Motor axle diameter
  • Magnet
  • Props mounting dimensions
  • Isolation test
  • Motor mounting dimensions
  • Rated power input
  • Rated power output
  • C8020-180KV
  • IPX5
  • Φ89.1*H59.5mm
  • 24N28P
  • 80x20 mm
  • ≤20mg
  • High standard silicon steel sheet, rust proof, 180℃ high temperature resistance paint-coat
  • Water proof bearing
  • 240℃
  • Φ10mm
  • 180℃
  • 4×M3@D20mm & 8×M5@D30mm
  • 500V AC high voltage resistance test
  • 4×M5@D45mm
  • 1270W
  • 1060W
  • C8020-210KV
  • IPX5
  • Φ89.1*H59.5mm
  • 24N28P
  • 80x20 mm
  • ≤20mg
  • High standard silicon steel sheet, rust proof, 180℃ high temperature resistance paint-coat
  • Water proof bearing
  • 240℃
  • Φ10mm
  • 180℃
  • 4×M3@D20mm & 8×M5@D30mm
  • 500V AC high voltage resistance test
  • 4×M5@D45mm
  • 1430W
  • 1180W
Specification Ⅱ
  • KV
  • Battery(LiPo)
  • No-load current
  • Maximum current (non-hermetic ambient temperature ≤ 25℃)
  • Rated thrust
  • Max thrust
  • Resistance
  • Wire Size
  • Three-phase wires length
  • Magnetic encoder cable length
  • Weight(with wires)
  • 180KV
  • LiPo-12S (48V)
  • 5A
  • 189A
  • 7.5kg(48V@25x10)
  • 22.6kg(48V@25x10)
  • 11.2mΩ
  • enameled wire direct lead-out
  • 100mm
  • 130mm
  • 834g
  • 210KV
  • LiPo-12S (48V)
  • 6.93A
  • 160A
  • 7.5kg(48V@23x10)
  • 22kg(48V@23x10)
  • 9.08mΩ
  • enameled wire direct lead-out
  • 100mm
  • 130mm
  • 838g
Recommended combinations
  • Motor
  • Propeller
  • ESC
  • Battery
  • Takeoff weight of Single motor
  • C8020-180KV
  • 23x10/24x10/25x10
  • XRotor Pro H130A/200A 14S BLDC IPC
  • 12S LiPo
  • 35~40kg
  • C8020-210KV
  • 22x10/23x10
  • XRotor Pro H130A/200A 14S BLDC IPC
  • 12S LiPo
  • 35~40kg
180KV-24x10-40V Load Performance Parameters
180KV-24x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

24x10

35%

2241

6.6

265.1

2741

8.4

0.65

186.6

/

37%

2488 

7.5 

298.4 

2880 

8.3 

0.72 

217.1 

39%

2761 

8.4 

338.0 

3028 

8.2 

0.79 

250.5 

42%

3205 

10.2 

408.9 

3255 

7.8 

0.92 

313.6 

45%

3673 

12.2 

489.8 

3479 

7.5 

1.05 

382.5 

48%

4154 

14.5 

578.7 

3694 

7.2 

1.19 

460.3 

51%

4644 

16.8 

673.6 

3900 

6.9 

1.33 

543.1 

54%

5144 

19.3 

773.8 

4096 

6.6 

1.48 

634.8 

57%

5656 

22.0 

879.9 

4286 

6.4 

1.62 

727.0 

60%

6189 

24.8 

994.0 

4472 

6.2 

1.78 

833.5 

63%

6749 

27.9 

1117.4 

4658 

6.0 

1.94 

946.2 

66%

7345 

31.3 

1254.0 

4847 

5.9 

2.11 

1070.9 

69%

7983 

35.1 

1406.6 

5041 

5.7 

2.29 

1208.8 

72%

8667 

39.4 

1579.2 

5241 

5.5 

2.49 

1366.5 

75%

9396 

44.3 

1774.6 

5449 

5.3 

2.71 

1546.3 

78%

10167 

49.8 

1994.9 

5662 

5.1 

2.94 

1743.1 

81%

10966 

55.9 

2238.8 

5878 

4.9 

3.19 

1963.4 

84%

11776 

62.4 

2498.7 

6088 

4.7 

3.45 

2199.3 

87%

12567 

68.9 

2760.6 

6283 

4.6 

3.70 

2434.3 

90%

13302 

75.0 

3003.8 

6449 

4.4 

3.93 

2653.9 

100%

14616 

85.0 

3402.6 

6691 

4.3 

4.30 

3012.7 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-24x10-44V Load Performance Parameters
180KV-24x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo)

24x10

35%

2671

7.5

330.1

2980

8.1

0.77

240.3

/

37%

2956 

8.4 

371.1 

3128 

8.0 

0.85 

278.4 

39%

3268 

9.6 

420.9 

3284 

7.8 

0.94 

323.2 

42%

3772 

11.6 

511.2 

3527 

7.4 

1.08 

398.9 

45%

4305 

14.0 

616.1 

3769 

7.0 

1.24 

489.4 

48%

4859 

16.6 

732.4 

4005 

6.6 

1.41 

591.3 

51%

5431 

19.5 

857.6 

4232 

6.3 

1.57 

695.7 

54%

6021 

22.5 

989.8 

4450 

6.1 

1.75 

815.4 

57%

6636 

25.6 

1129.5 

4661 

5.9 

1.93 

942.0 

60%

7282 

29.0 

1278.0 

4866 

5.7 

2.11 

1075.1 

63%

7966 

32.6 

1438.4 

5068 

5.5 

2.31 

1225.9 

66%

8696 

36.6 

1613.8 

5270 

5.4 

2.51 

1385.1 

69%

9476 

41.1 

1809.1 

5474 

5.2 

2.73 

1564.8 

72%

10310 

46.1 

2030.7 

5684 

5.1 

2.97 

1767.7 

75%

11193 

51.8 

2284.6 

5901 

4.9 

3.24 

2002.0 

78%

12118 

58.5 

2576.3 

6128 

4.7 

3.52 

2258.7 

81%

13068 

65.9 

2905.5 

6362 

4.5 

3.83 

2551.5 

84%

14021 

74.1 

3264.3 

6596 

4.3 

4.15 

2866.3 

87%

14943 

82.4 

3631.4 

6815 

4.1 

4.47 

3189.8 

90%

15789 

90.2 

3975.1 

7001 

4.0 

4.76 

3489.5 

100%

17237 

102.8 

4528.2 

7245 

3.8 

5.23 

3967.7 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-24x10-48V Load Performance Parameters
180KV-24x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

24x10

35%

3112

8.5

408.6

3209

7.6

0.89

299.1

77°C

37%

3442

9.6

461.0

3372

7.5

0.99

349.6

39%

3808

10.9

524.0

3544

7.3

1.09

404.5

42%

4406

13.2

636.4

3808

6.9

1.26

502.4

45%

5044

16.0

766.7

4068

6.6

1.45

617.7

48%

5711

19.0

911.9

4319

6.3

1.64

741.7

51%

6400

22.2

1068.6

4559

6.0

1.84

878.4

54%

7111

25.7

1236.4

4790

5.8

2.05

1028.2

57%

7848

29.5

1416.1

5014

5.5

2.27

1191.8

60%

8618

33.5

1608.9

5234

5.4

2.49

1364.7

63%

9427

37.8

1818.5

5453

5.2

2.73

1558.8

66%

10284

42.6

2049.2

5674

5.0

2.98

1770.5

69%

11192

48.0

2306.4

5900

4.9

3.24

2001.7

72%

12153

54.0

2596.7

6130

4.7

3.53

2265.9

75%

13163

60.9

2926.5

6367

4.5

3.84

2560.1

78%

14211

68.7

3301.9

6607

4.3

4.18

2891.9

81%

15279

77.5

3724.9

6846

4.1

4.54

3254.5

84%

16338

87.2

4189.3

7079

3.9

4.92

3647.0

87%

17349

97.3

4676.7

7296

3.7

5.31

4056.7

90%

18258

107.2

5153.1

7487

3.5

5.68

4453.0

100%

19639

123.6

5940.0

7764

3.3

6.30

5121.8

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-25x10-40V Load Performance Parameters
180KV-25x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

25x10

35%

2900

8.3

333.7

2660

8.7

0.91

253.5

/

37%

3228 

9.5 

381.4 

2799 

8.5 

1.00 

293.1 

39%

3595 

11.0 

439.1 

2948 

8.2 

1.12 

345.7 

42%

4196 

13.5 

540.0 

3178 

7.8 

1.30 

432.6 

45%

4831 

16.4 

655.4 

3403 

7.4 

1.50 

534.5 

48%

5484 

19.5 

781.6 

3616 

7.0 

1.71 

647.5 

51%

6146 

22.9 

915.8 

3817 

6.7 

1.91 

763.4 

54%

6817 

26.4 

1057.3 

4005 

6.4 

2.12 

889.1 

57%

7501 

30.2 

1207.5 

4185 

6.2 

2.34 

1025.4 

60%

8208 

34.2 

1368.5 

4359 

6.0 

2.56 

1168.5 

63%

8948 

38.5 

1543.5 

4531 

5.8 

2.79 

1323.7 

66%

9732 

43.4 

1737.4 

4704 

5.6 

3.04 

1497.4 

69%

10571 

48.8 

1955.2 

4881 

5.4 

3.31 

1691.7 

72%

11469 

55.0 

2201.9 

5064 

5.2 

3.60 

1908.9 

75%

12429 

62.0 

2482.7 

5255 

5.0 

3.91 

2151.5 

78%

13443 

69.9 

2800.3 

5451 

4.8 

4.25 

2425.8 

81%

14497 

78.8 

3153.9 

5650 

4.6 

4.62 

2733.3 

84%

15565 

88.3 

3535.2 

5846 

4.4 

5.00 

3060.7 

87%

16608 

98.1 

3926.9 

6027 

4.2 

5.37 

3389.0 

90%

17574 

107.4 

4300.2 

6180 

4.1 

5.72 

3701.5 

100%

19230 

123.3 

4938.2 

6390 

3.9 

6.31 

4222.1 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-25x10-44V Load Performance Parameters
180KV-25x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo))

25x10

35%

3558

10.4

459.7

2944

7.7

1.12

345.3

98℃

37%

3956 

11.9 

526.2 

3094 

7.5 

1.25 

405.0 

39%

4371 

13.5 

595.8 

3242 

7.3 

1.38 

468.5 

42%

5019 

16.1 

708.2 

3461 

7.1 

1.57 

569.0 

45%

5699 

18.9 

833.4 

3674 

6.8 

1.78 

684.8 

48%

6413 

22.1 

974.8 

3884 

6.6 

2.00 

813.4 

51%

7164 

25.8 

1136.1 

4091 

6.3 

2.24 

959.6 

54%

7959 

30.0 

1320.8 

4297 

6.0 

2.50 

1124.9 

57%

8802 

34.8 

1531.4 

4503 

5.7 

2.77 

1306.1 

60%

9699 

40.1 

1769.0 

4710 

5.5 

3.07 

1514.1 

63%

10653 

46.1 

2033.4 

4916 

5.2 

3.39 

1745.1 

66%

11665 

52.7 

2322.0 

5122 

5.0 

3.72 

1995.2 

69%

12730 

59.7 

2631.9 

5323 

4.8 

4.07 

2268.5 

72%

13841 

67.2 

2960.2 

5519 

4.7 

4.43 

2560.1 

75%

14984 

75.1 

3310.1 

5708 

4.5 

4.80 

2868.9 

78%

16139 

83.8 

3691.3 

5892 

4.4 

5.18 

3195.9 

81%

17277 

93.5 

4122.3 

6074 

4.2 

5.58 

3549.0 

84%

18363 

104.9 

4622.9 

6260 

4.0 

6.01 

3939.5 

87%

19349 

117.9 

5195.9 

6451 

3.7 

6.49 

4384.0 

90%

20178 

131.7 

5802.3 

6640 

3.5 

6.96 

4839.2 

100%

21097 

151.0 

6652.8 

6892 

3.2 

7.61 

5491.9 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-25x10-48V Load Performance Parameters
180KV-25x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

25x10

35%

4212

11.0

530.7

3165

7.9

1.29

427.5

/

37%

4658 

12.5 

599.9 

3318 

7.8 

1.42 

493.4 

39%

5115 

14.2 

684.0 

3470 

7.5 

1.57 

570.5 

42%

5833 

17.4 

836.9 

3702 

7.0 

1.80 

697.8 

45%

6603 

21.2 

1021.0 

3938 

6.5 

2.06 

849.5 

48%

7432 

25.7 

1234.0 

4175 

6.0 

2.35 

1027.4 

51%

8327 

30.6 

1472.9 

4412 

5.7 

2.65 

1224.3 

54%

9289 

36.0 

1731.0 

4643 

5.4 

2.97 

1443.9 

57%

10316 

41.7 

2002.6 

4866 

5.2 

3.30 

1681.4 

60%

11403 

47.5 

2282.4 

5079 

5.0 

3.63 

1930.6 

63%

12539 

53.5 

2571.2 

5283 

4.9 

3.97 

2196.2 

66%

13712 

59.9 

2878.3 

5480 

4.8 

4.32 

2478.9 

69%

14907 

67.0 

3220.0 

5678 

4.6 

4.71 

2800.4 

72%

16105 

75.4 

3624.2 

5881 

4.4 

5.13 

3159.1 

75%

17284 

85.7 

4120.7 

6093 

4.2 

5.60 

3572.9 

78%

18418 

98.5 

4735.8 

6313 

3.9 

6.12 

4045.6 

81%

19482 

114.0 

5480.3 

6538 

3.6 

6.68 

4573.2 

84%

20444 

131.8 

6333.3 

6755 

3.2 

7.25 

5128.1 

87%

21273 

150.6 

7236.9 

6951 

2.9 

7.79 

5670.0 

90%

21934 

168.3 

8087.5 

7111 

2.7 

8.26 

6150.5 

100%

22610 

189.3 

9095.4 

7277 

2.5 

8.77 

6682.6 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-22x10-40V Load Performance Parameters
210KV-22x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

22x10

35%

2180

7.4

294.7

3081

7.4

0.62

198.9

/

37%

2423 

8.2 

330.2 

3240 

7.3 

0.68 

231.0 

39%

2689 

9.3 

373.1 

3407 

7.2 

0.75 

268.7 

42%

3120 

11.2 

449.2 

3660 

6.9 

0.87 

334.3 

45%

3572 

13.4 

536.5 

3909 

6.7 

1.00 

409.2 

48%

4036 

15.8 

631.8 

4146 

6.4 

1.13 

491.0 

51%

4509 

18.3 

733.0 

4372 

6.2 

1.26 

579.1 

54%

4990 

21.0 

839.5 

4589 

5.9 

1.40 

673.1 

57%

5486 

23.8 

951.8 

4799 

5.8 

1.54 

773.7 

60%

6002 

26.8 

1071.8 

5007 

5.6 

1.68 

882.5 

63%

6548 

30.0 

1201.7 

5216 

5.4 

1.83 

1001.9 

66%

7131 

33.6 

1345.0 

5430 

5.3 

2.00 

1134.6 

69%

7759 

37.6 

1505.4 

5651 

5.2 

2.17 

1283.5 

72%

8435 

42.2 

1687.5 

5880 

5.0 

2.36 

1452.1 

75%

9159 

47.4 

1895.7 

6117 

4.8 

2.57 

1643.2 

78%

9927 

53.3 

2133.5 

6359 

4.7 

2.79 

1858.6 

81%

10726 

60.0 

2400.8 

6601 

4.5 

3.03 

2097.3 

84%

11538 

67.2 

2691.9 

6837 

4.3 

3.29 

2354.4 

87%

12334 

74.7 

2991.5 

7056 

4.1 

3.54 

2617.1 

90%

13076 

81.8 

3275.6 

7249 

4.0 

3.78 

2866.9 

100%

14423 

94.0 

3761.7 

7565 

3.8 

4.17 

3304.1 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-22x10-44V Load Performance Parameters
210KV-22x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo)

22x10

35%

2612

8.4

371.9

3353

7.0

0.73

258.0

/

37%

2893 

9.5 

417.4 

3522 

6.9 

0.81 

299.1 

39%

3200 

10.7 

471.6 

3700 

6.8 

0.90 

347.2 

42%

3696 

12.9 

567.2 

3970 

6.5 

1.04 

430.4 

45%

4219 

15.4 

676.5 

4237 

6.2 

1.18 

525.3 

48%

4759 

18.1 

796.6 

4493 

6.0 

1.34 

629.6 

51%

5312 

21.0 

925.4 

4739 

5.7 

1.50 

742.7 

54%

5883 

24.1 

1062.7 

4976 

5.5 

1.66 

864.4 

57%

6474 

27.4 

1209.2 

5207 

5.4 

1.83 

996.0 

60%

7096 

31.0 

1367.3 

5437 

5.2 

2.00 

1139.5 

63%

7756 

35.0 

1539.9 

5667 

5.0 

2.19 

1297.4 

66%

8463 

39.3 

1731.2 

5901 

4.9 

2.38 

1473.0 

69%

9222 

44.2 

1946.1 

6141 

4.7 

2.60 

1670.0 

72%

10036 

49.7 

2190.4 

6388 

4.6 

2.83 

1892.3 

75%

10904 

56.1 

2470.0 

6642 

4.4 

3.08 

2143.8 

78%

11816 

63.3 

2790.1 

6902 

4.2 

3.36 

2427.6 

81%

12756 

71.6 

3152.1 

7163 

4.0 

3.66 

2744.0 

84%

13700 

80.6 

3550.0 

7418 

3.9 

3.98 

3088.1 

87%

14610 

90.0 

3966.5 

7656 

3.7 

4.30 

3446.3 

90%

15440 

99.2 

4370.5 

7865 

3.5 

4.61 

3794.6 

100%

16760 

114.5 

5043.9 

8176 

3.3 

5.12 

4383.2 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-22x10-48V Load Performance Parameters
210KV-22x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

22x10

35%

3115

9.6

460.8

3644

6.8

0.87

331.7

82℃

37%

3437 

10.8 

517.0 

3822 

6.6 

0.96 

382.3 

39%

3781 

12.1 

582.7 

4003 

6.5 

1.05 

439.8 

42%

4329 

14.5 

697.9 

4278 

6.2 

1.20 

538.8 

45%

4912 

17.3 

831.2 

4552 

5.9 

1.37 

652.8 

48%

5527 

20.4 

980.9 

4821 

5.6 

1.55 

781.1 

51%

6174 

23.8 

1145.6 

5086 

5.4 

1.73 

923.7 

54%

6857 

27.6 

1324.8 

5347 

5.2 

1.93 

1081.2 

57%

7579 

31.6 

1518.9 

5606 

5.0 

2.14 

1254.6 

60%

8345 

36.0 

1729.2 

5863 

4.8 

2.35 

1445.1 

63%

9157 

40.8 

1958.3 

6120 

4.7 

2.58 

1654.8 

66%

10018 

46.0 

2210.4 

6378 

4.5 

2.82 

1886.3 

69%

10927 

51.9 

2491.5 

6638 

4.4 

3.08 

2143.6 

72%

11880 

58.5 

2809.7 

6901 

4.2 

3.36 

2431.2 

75%

12869 

66.1 

3174.0 

7167 

4.1 

3.67 

2755.1 

78%

13880 

74.8 

3593.0 

7434 

3.9 

4.01 

3119.7 

81%

14893 

84.7 

4071.1 

7700 

3.7 

4.38 

3527.8 

84%

15882 

95.8 

4603.2 

7959 

3.5 

4.77 

3975.1 

87%

16810 

107.6 

5169.5 

8204 

3.3 

5.18 

4447.0 

90%

17635 

119.3 

5730.3 

8422 

3.1 

5.57 

4912.1 

100%

18893 

139.4 

6695.0 

8756 

2.8 

6.23 

5712.1 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-23x10-40V Load Performance Parameters
210KV-23x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

23x10

35%

2559

8.2

327.5

3056

7.8

0.73

234.9

/

37%

2843 

9.2 

367.9 

3206 

7.7 

0.81 

271.5 

39%

3144 

10.4 

416.8 

3362 

7.5 

0.89 

313.7 

42%

3617 

12.6 

503.9 

3602 

7.2 

1.03 

387.1 

45%

4108 

15.1 

604.2 

3842 

6.8 

1.17 

471.2 

48%

4612 

17.9 

714.8 

4078 

6.5 

1.32 

564.8 

51%

5131 

20.8 

833.5 

4307 

6.2 

1.48 

667.2 

54%

5667 

24.0 

959.7 

4530 

5.9 

1.64 

778.2 

57%

6228 

27.3 

1093.8 

4748 

5.7 

1.81 

898.6 

60%

6819 

30.9 

1237.2 

4962 

5.5 

1.98 

1029.4 

63%

7451 

34.8 

1392.3 

5174 

5.4 

2.16 

1172.4 

66%

8128 

39.0 

1562.1 

5385 

5.2 

2.36 

1329.6 

69%

8856 

43.7 

1751.0 

5598 

5.1 

2.57 

1503.8 

72%

9636 

49.1 

1964.1 

5814 

4.9 

2.79 

1698.2 

75%

10467 

55.1 

2207.2 

6036 

4.7 

3.03 

1916.9 

78%

11339 

62.1 

2484.7 

6266 

4.6 

3.30 

2163.2 

81%

12240 

69.9 

2797.0 

6504 

4.4 

3.58 

2438.6 

84%

13146 

78.3 

3136.3 

6744 

4.2 

3.88 

2737.6 

87%

14029 

87.0 

3483.2 

6973 

4.0 

4.17 

3044.9 

90%

14848 

95.1 

3807.6 

7170 

3.9 

4.44 

3332.5 

100%

16375 

108.7 

4353.3 

7441 

3.8 

4.88 

3805.7 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-23x10-44V Load Performance Parameters
210KV-23x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo)

23x10

35%

3002

9.3

407.7

3301

7.4

0.86

297.0

/

37%

3327 

10.4 

458.6 

3466 

7.3 

0.95 

343.9 

39%

3684 

11.8 

521.5 

3642 

7.1 

1.05 

399.5 

42%

4258 

14.4 

635.4 

3913 

6.7 

1.21 

497.3 

45%

4861 

17.4 

767.7 

4182 

6.3 

1.39 

609.5 

48%

5479 

20.7 

912.8 

4442 

6.0 

1.58 

733.5 

51%

6109 

24.2 

1067.4 

4690 

5.7 

1.77 

867.3 

54%

6752 

27.9 

1230.0 

4927 

5.5 

1.96 

1010.3 

57%

7416 

31.8 

1401.3 

5156 

5.3 

2.16 

1163.5 

60%

8110 

36.0 

1583.7 

5380 

5.1 

2.36 

1328.7 

63%

8846 

40.4 

1781.1 

5602 

5.0 

2.57 

1508.9 

66%

9635 

45.4 

1998.6 

5826 

4.8 

2.80 

1708.0 

69%

10485 

50.9 

2242.9 

6055 

4.7 

3.04 

1930.5 

72%

11402 

57.2 

2521.8 

6291 

4.5 

3.31 

2181.4 

75%

12385 

64.6 

2844.1 

6536 

4.4 

3.60 

2466.2 

78%

13426 

73.0 

3217.1 

6790 

4.2 

3.92 

2789.3 

81%

14508 

82.7 

3643.2 

7051 

4.0 

4.27 

3152.4 

84%

15604 

93.4 

4113.3 

7311 

3.8 

4.64 

3549.0 

87%

16674 

104.5 

4602.2 

7555 

3.6 

5.00 

3959.4 

90%

17664 

115.0 

5066.9 

7764 

3.5 

5.35 

4349.5 

100%

19361 

132.3 

5828.5 

8046 

3.3 

5.92 

4986.2 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-23x10-48V Load Performance Parameters
210KV-23x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

23x10

35%

3546

10.9

524.6

3589

6.8

1.02

382.1

93℃

37%

3925 

12.4 

597.0 

3770 

6.6 

1.12 

444.0 

39%

4338 

14.1 

678.7 

3957 

6.4 

1.24 

514.7 

42%

5000 

17.0 

816.9 

4238 

6.1 

1.43 

635.3 

45%

5701 

20.2 

971.6 

4514 

5.9 

1.63 

771.7 

48%

6428 

23.8 

1141.6 

4781 

5.6 

1.84 

922.6 

51%

7179 

27.6 

1326.7 

5039 

5.4 

2.06 

1087.5 

54%

7957 

31.8 

1528.3 

5290 

5.2 

2.29 

1267.3 

57%

8766 

36.4 

1748.7 

5538 

5.0 

2.53 

1464.5 

60%

9615 

41.4 

1991.3 

5785 

4.8 

2.78 

1681.6 

63%

10512 

47.1 

2260.5 

6035 

4.7 

3.04 

1922.6 

66%

11465 

53.3 

2561.3 

6290 

4.5 

3.33 

2191.6 

69%

12478 

60.3 

2899.0 

6549 

4.3 

3.63 

2491.8 

72%

13553 

68.3 

3279.3 

6813 

4.1 

3.96 

2827.2 

75%

14684 

77.2 

3707.5 

7078 

4.0 

4.32 

3199.3 

78%

15859 

87.2 

4188.3 

7342 

3.8 

4.70 

3609.7 

81%

17056 

98.3 

4723.8 

7598 

3.6 

5.10 

4055.8 

84%

18243 

110.6 

5310.9 

7843 

3.4 

5.52 

4533.8 

87%

19377 

123.5 

5935.2 

8070 

3.3 

5.95 

5031.3 

90%

20398 

136.6 

6562.7 

8276 

3.1 

6.38 

5526.5 

100%

21975 

159.9 

7680.7 

8606 

2.9 

7.11 

6408.3 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
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FAQ

C8020
Fixed Wing and VTOL Drone Motor T8020
C8020

Universally versatile for both fixed-wing and
vertical take-off and landing (VTOL) drones.
Meant to seamlessly replace 55CC combustion engines.
Efficient Cooling with Great Power
Paired with 25-inch propellers,
the motor delivers up to a
maximum thrust of
22.6kg at 48V
It can handle
rapid transitions
in diverse
flight conditions
22.6kg thrust Drone Motor
Efficient Cooling UAV Motor
The rotor bracket features a
rectangular exhaust outlet
with a centrifugal fan design,
reducing airflow resistance
and turbulence, enhancing
heat exhaust efficiency
The motor dissipation efficiency improves by 20%
The winding temperature rise is
significantly reduced compared
to motors of other brands with
similar specifications, ensuring
stable and long-term operation
even in high-load flight conditions.
High Protection,
Superior Reliability

The bottom of the motor is designed with upper and lower steel mesh structure,

effectively preventing particles ≥1mm in diameter,

allowing the motor to adapt to harsh flight environments, such as dust and rain.

High Protection Drone Electric Motor
Flexible Choice,
Convenient Application
Electric Locking Drone Propeller Component
  • The stator base is compatible with an IPC
  • (Intelligent Propeller Control) component,
  • allowing for flexible selection.
Motor Magnetic Encoder Cable
  • Paired with an IPC ESC,
  • users can customize the propeller stopping position
  • to minimize the risk of colliding with the ground.
HOBBYWING T8030 Drone Motor 210KV
  • The rotor bracket adopts a boss clearance design that effectively
  • prevents interference with the edge structure of propeller roots,
  • accommodating the installation for both non-folding and folding propellers.
Industrial Drone Motor eVTOL Motor
  • Supports multiple mounting configurations for quick adaptation,
  • to meet the demands of diverse applications.
Superior Material and
Design for a Safer Flight
detachable propeller adapter base
Detachable Propeller
Mounting Base
The anti-loosening propeller adapter structure
features a double-nut and dual-rotation design
to achieve skid resistance and interlocking,
preventing the propeller from detachment due
to nut loosen, thereby enhancing flight safety.
Patented design certification [Patent No.: 202311210278.7]
Knurled Shaft for dual redundant security
Knurled Design
The innovative knurled
shaft-to-bracket fitting with
side set screw locking ensures
dual redundant security
and prevents looseness.
vtol drone motor with multi-layer securing mechanisms
Anti-Loosening
Design
The rotor shaft end is
fixed by copper washers,
circlips, and screws to
enhance motor reliability.
0.2mm low-loss silicon steel cores
Silicon Steel and
Enameled Wires
It is designed with
industry-leading
0.2mm low-loss silicon steel
cores and high-grade 240°C
temperature-resistant enameled wires.
Triple-Bearing System
Triple-Bearing
Architecture
The triple-bearing architecture
optimizes dynamic balance,
enhancing impact resistance
and durability of the motor
to ensure safe flights.
Silicone Rubber Cable Sleeves
Silicone Rubber
Cable Sleeves
The motor’s three-phase wire outlet
comes with a custom silicone rubber
cable sleeve, combining aesthetic
appeal with superior insulation.
Magnet Segment
Magnet Segment
The high-grade, strong
magnetic arc-shaped magnets
enhance the magnetic energy
density, delivering powerful
torque for the motor.
This meets large-thrust needs during climbing,
while maintaining high efficiency during cruise,
improving cruise flight efficiency by 2-4%
compared to motors of similar grades.
Brand-New Magnetic Circuit,
Optimized Design

The newly designed magnetic circuit highly

matches the driving parameter requirements,

ensuring a more rapid propulsion output response.

Innovative Magnetic Circuit Design
Rigorous Testing Ensures High Reliability
and Extended Lifespan

The motor undergoes stringent industrial tests,

including drive compatibility, water proof test, salt spray test,

mechanical stress test, temperature/humidity combined vibration test,

and 1000 hours of laboratory fatigue life test,

ensuring sustained stable performance in challenging environments.

Water Ingress Testingf or VTOL Motors
Water Proof Test
Salt Spray Testing for Drone Motors
Low Temperature
Operation Test
High and Low Temperature Operation Test
High Temperature
Operation Test
The-Winding-Temperature-Rise-Is-Reduced
Recommended Combinations
Motor
C8020-180KV / 210KV
Propeller
22x10 / 23x10 / 24x10 / 25x10
ESC
XRotor Pro H200A 14S BLDC IPC
Battery
12S LiPo
Takeoff weight of single motor
35~40kg
C8020 CAD
Product NameC8020
  • 180KV
  • 210KV
Specifications Ⅰ
  • Model
  • Protection level
  • Motor Size
  • Slot& Pole
  • Stator Size
  • Dynamic balance
  • Stator process
  • Bearing
  • Enamelled wire
  • Motor axle diameter
  • Magnet
  • Props mounting dimensions
  • Isolation test
  • Motor mounting dimensions
  • Rated power input
  • Rated power output
  • C8020-180KV
  • IPX5
  • Φ89.1*H59.5mm
  • 24N28P
  • 80x20 mm
  • ≤20mg
  • High standard silicon steel sheet, rust proof, 180℃ high temperature resistance paint-coat
  • Water proof bearing
  • 240℃
  • Φ10mm
  • 180℃
  • 4×M3@D20mm & 8×M5@D30mm
  • 500V AC high voltage resistance test
  • 4×M5@D45mm
  • 1270W
  • 1060W
  • C8020-210KV
  • IPX5
  • Φ89.1*H59.5mm
  • 24N28P
  • 80x20 mm
  • ≤20mg
  • High standard silicon steel sheet, rust proof, 180℃ high temperature resistance paint-coat
  • Water proof bearing
  • 240℃
  • Φ10mm
  • 180℃
  • 4×M3@D20mm & 8×M5@D30mm
  • 500V AC high voltage resistance test
  • 4×M5@D45mm
  • 1430W
  • 1180W
Specification Ⅱ
  • KV
  • Battery(LiPo)
  • No-load current
  • Maximum current (non-hermetic ambient temperature ≤ 25℃)
  • Rated thrust
  • Max thrust
  • Resistance
  • Wire Size
  • Three-phase wires length
  • Magnetic encoder cable length
  • Weight(with wires)
  • 180KV
  • LiPo-12S (48V)
  • 5A
  • 189A
  • 7.5kg(48V@25x10)
  • 22.6kg(48V@25x10)
  • 11.2mΩ
  • enameled wire direct lead-out
  • 100mm
  • 130mm
  • 834g
  • 210KV
  • LiPo-12S (48V)
  • 6.93A
  • 160A
  • 7.5kg(48V@23x10)
  • 22kg(48V@23x10)
  • 9.08mΩ
  • enameled wire direct lead-out
  • 100mm
  • 130mm
  • 838g
Recommended combinations
  • Motor
  • Propeller
  • ESC
  • Battery
  • Takeoff weight of Single motor
  • C8020-180KV
  • 23x10/24x10/25x10
  • XRotor Pro H130A/200A 14S BLDC IPC
  • 12S LiPo
  • 35~40kg
  • C8020-210KV
  • 22x10/23x10
  • XRotor Pro H130A/200A 14S BLDC IPC
  • 12S LiPo
  • 35~40kg
180KV-24x10-40V Load Performance Parameters
180KV-24x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

24x10

35%

2241

6.6

265.1

2741

8.4

0.65

186.6

/

37%

2488 

7.5 

298.4 

2880 

8.3 

0.72 

217.1 

39%

2761 

8.4 

338.0 

3028 

8.2 

0.79 

250.5 

42%

3205 

10.2 

408.9 

3255 

7.8 

0.92 

313.6 

45%

3673 

12.2 

489.8 

3479 

7.5 

1.05 

382.5 

48%

4154 

14.5 

578.7 

3694 

7.2 

1.19 

460.3 

51%

4644 

16.8 

673.6 

3900 

6.9 

1.33 

543.1 

54%

5144 

19.3 

773.8 

4096 

6.6 

1.48 

634.8 

57%

5656 

22.0 

879.9 

4286 

6.4 

1.62 

727.0 

60%

6189 

24.8 

994.0 

4472 

6.2 

1.78 

833.5 

63%

6749 

27.9 

1117.4 

4658 

6.0 

1.94 

946.2 

66%

7345 

31.3 

1254.0 

4847 

5.9 

2.11 

1070.9 

69%

7983 

35.1 

1406.6 

5041 

5.7 

2.29 

1208.8 

72%

8667 

39.4 

1579.2 

5241 

5.5 

2.49 

1366.5 

75%

9396 

44.3 

1774.6 

5449 

5.3 

2.71 

1546.3 

78%

10167 

49.8 

1994.9 

5662 

5.1 

2.94 

1743.1 

81%

10966 

55.9 

2238.8 

5878 

4.9 

3.19 

1963.4 

84%

11776 

62.4 

2498.7 

6088 

4.7 

3.45 

2199.3 

87%

12567 

68.9 

2760.6 

6283 

4.6 

3.70 

2434.3 

90%

13302 

75.0 

3003.8 

6449 

4.4 

3.93 

2653.9 

100%

14616 

85.0 

3402.6 

6691 

4.3 

4.30 

3012.7 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-24x10-44V Load Performance Parameters
180KV-24x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo)

24x10

35%

2671

7.5

330.1

2980

8.1

0.77

240.3

/

37%

2956 

8.4 

371.1 

3128 

8.0 

0.85 

278.4 

39%

3268 

9.6 

420.9 

3284 

7.8 

0.94 

323.2 

42%

3772 

11.6 

511.2 

3527 

7.4 

1.08 

398.9 

45%

4305 

14.0 

616.1 

3769 

7.0 

1.24 

489.4 

48%

4859 

16.6 

732.4 

4005 

6.6 

1.41 

591.3 

51%

5431 

19.5 

857.6 

4232 

6.3 

1.57 

695.7 

54%

6021 

22.5 

989.8 

4450 

6.1 

1.75 

815.4 

57%

6636 

25.6 

1129.5 

4661 

5.9 

1.93 

942.0 

60%

7282 

29.0 

1278.0 

4866 

5.7 

2.11 

1075.1 

63%

7966 

32.6 

1438.4 

5068 

5.5 

2.31 

1225.9 

66%

8696 

36.6 

1613.8 

5270 

5.4 

2.51 

1385.1 

69%

9476 

41.1 

1809.1 

5474 

5.2 

2.73 

1564.8 

72%

10310 

46.1 

2030.7 

5684 

5.1 

2.97 

1767.7 

75%

11193 

51.8 

2284.6 

5901 

4.9 

3.24 

2002.0 

78%

12118 

58.5 

2576.3 

6128 

4.7 

3.52 

2258.7 

81%

13068 

65.9 

2905.5 

6362 

4.5 

3.83 

2551.5 

84%

14021 

74.1 

3264.3 

6596 

4.3 

4.15 

2866.3 

87%

14943 

82.4 

3631.4 

6815 

4.1 

4.47 

3189.8 

90%

15789 

90.2 

3975.1 

7001 

4.0 

4.76 

3489.5 

100%

17237 

102.8 

4528.2 

7245 

3.8 

5.23 

3967.7 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-24x10-48V Load Performance Parameters
180KV-24x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

24x10

35%

3112

8.5

408.6

3209

7.6

0.89

299.1

77°C

37%

3442

9.6

461.0

3372

7.5

0.99

349.6

39%

3808

10.9

524.0

3544

7.3

1.09

404.5

42%

4406

13.2

636.4

3808

6.9

1.26

502.4

45%

5044

16.0

766.7

4068

6.6

1.45

617.7

48%

5711

19.0

911.9

4319

6.3

1.64

741.7

51%

6400

22.2

1068.6

4559

6.0

1.84

878.4

54%

7111

25.7

1236.4

4790

5.8

2.05

1028.2

57%

7848

29.5

1416.1

5014

5.5

2.27

1191.8

60%

8618

33.5

1608.9

5234

5.4

2.49

1364.7

63%

9427

37.8

1818.5

5453

5.2

2.73

1558.8

66%

10284

42.6

2049.2

5674

5.0

2.98

1770.5

69%

11192

48.0

2306.4

5900

4.9

3.24

2001.7

72%

12153

54.0

2596.7

6130

4.7

3.53

2265.9

75%

13163

60.9

2926.5

6367

4.5

3.84

2560.1

78%

14211

68.7

3301.9

6607

4.3

4.18

2891.9

81%

15279

77.5

3724.9

6846

4.1

4.54

3254.5

84%

16338

87.2

4189.3

7079

3.9

4.92

3647.0

87%

17349

97.3

4676.7

7296

3.7

5.31

4056.7

90%

18258

107.2

5153.1

7487

3.5

5.68

4453.0

100%

19639

123.6

5940.0

7764

3.3

6.30

5121.8

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-25x10-40V Load Performance Parameters
180KV-25x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

25x10

35%

2900

8.3

333.7

2660

8.7

0.91

253.5

/

37%

3228 

9.5 

381.4 

2799 

8.5 

1.00 

293.1 

39%

3595 

11.0 

439.1 

2948 

8.2 

1.12 

345.7 

42%

4196 

13.5 

540.0 

3178 

7.8 

1.30 

432.6 

45%

4831 

16.4 

655.4 

3403 

7.4 

1.50 

534.5 

48%

5484 

19.5 

781.6 

3616 

7.0 

1.71 

647.5 

51%

6146 

22.9 

915.8 

3817 

6.7 

1.91 

763.4 

54%

6817 

26.4 

1057.3 

4005 

6.4 

2.12 

889.1 

57%

7501 

30.2 

1207.5 

4185 

6.2 

2.34 

1025.4 

60%

8208 

34.2 

1368.5 

4359 

6.0 

2.56 

1168.5 

63%

8948 

38.5 

1543.5 

4531 

5.8 

2.79 

1323.7 

66%

9732 

43.4 

1737.4 

4704 

5.6 

3.04 

1497.4 

69%

10571 

48.8 

1955.2 

4881 

5.4 

3.31 

1691.7 

72%

11469 

55.0 

2201.9 

5064 

5.2 

3.60 

1908.9 

75%

12429 

62.0 

2482.7 

5255 

5.0 

3.91 

2151.5 

78%

13443 

69.9 

2800.3 

5451 

4.8 

4.25 

2425.8 

81%

14497 

78.8 

3153.9 

5650 

4.6 

4.62 

2733.3 

84%

15565 

88.3 

3535.2 

5846 

4.4 

5.00 

3060.7 

87%

16608 

98.1 

3926.9 

6027 

4.2 

5.37 

3389.0 

90%

17574 

107.4 

4300.2 

6180 

4.1 

5.72 

3701.5 

100%

19230 

123.3 

4938.2 

6390 

3.9 

6.31 

4222.1 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-25x10-44V Load Performance Parameters
180KV-25x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo))

25x10

35%

3558

10.4

459.7

2944

7.7

1.12

345.3

98℃

37%

3956 

11.9 

526.2 

3094 

7.5 

1.25 

405.0 

39%

4371 

13.5 

595.8 

3242 

7.3 

1.38 

468.5 

42%

5019 

16.1 

708.2 

3461 

7.1 

1.57 

569.0 

45%

5699 

18.9 

833.4 

3674 

6.8 

1.78 

684.8 

48%

6413 

22.1 

974.8 

3884 

6.6 

2.00 

813.4 

51%

7164 

25.8 

1136.1 

4091 

6.3 

2.24 

959.6 

54%

7959 

30.0 

1320.8 

4297 

6.0 

2.50 

1124.9 

57%

8802 

34.8 

1531.4 

4503 

5.7 

2.77 

1306.1 

60%

9699 

40.1 

1769.0 

4710 

5.5 

3.07 

1514.1 

63%

10653 

46.1 

2033.4 

4916 

5.2 

3.39 

1745.1 

66%

11665 

52.7 

2322.0 

5122 

5.0 

3.72 

1995.2 

69%

12730 

59.7 

2631.9 

5323 

4.8 

4.07 

2268.5 

72%

13841 

67.2 

2960.2 

5519 

4.7 

4.43 

2560.1 

75%

14984 

75.1 

3310.1 

5708 

4.5 

4.80 

2868.9 

78%

16139 

83.8 

3691.3 

5892 

4.4 

5.18 

3195.9 

81%

17277 

93.5 

4122.3 

6074 

4.2 

5.58 

3549.0 

84%

18363 

104.9 

4622.9 

6260 

4.0 

6.01 

3939.5 

87%

19349 

117.9 

5195.9 

6451 

3.7 

6.49 

4384.0 

90%

20178 

131.7 

5802.3 

6640 

3.5 

6.96 

4839.2 

100%

21097 

151.0 

6652.8 

6892 

3.2 

7.61 

5491.9 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
180KV-25x10-48V Load Performance Parameters
180KV-25x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

25x10

35%

4212

11.0

530.7

3165

7.9

1.29

427.5

/

37%

4658 

12.5 

599.9 

3318 

7.8 

1.42 

493.4 

39%

5115 

14.2 

684.0 

3470 

7.5 

1.57 

570.5 

42%

5833 

17.4 

836.9 

3702 

7.0 

1.80 

697.8 

45%

6603 

21.2 

1021.0 

3938 

6.5 

2.06 

849.5 

48%

7432 

25.7 

1234.0 

4175 

6.0 

2.35 

1027.4 

51%

8327 

30.6 

1472.9 

4412 

5.7 

2.65 

1224.3 

54%

9289 

36.0 

1731.0 

4643 

5.4 

2.97 

1443.9 

57%

10316 

41.7 

2002.6 

4866 

5.2 

3.30 

1681.4 

60%

11403 

47.5 

2282.4 

5079 

5.0 

3.63 

1930.6 

63%

12539 

53.5 

2571.2 

5283 

4.9 

3.97 

2196.2 

66%

13712 

59.9 

2878.3 

5480 

4.8 

4.32 

2478.9 

69%

14907 

67.0 

3220.0 

5678 

4.6 

4.71 

2800.4 

72%

16105 

75.4 

3624.2 

5881 

4.4 

5.13 

3159.1 

75%

17284 

85.7 

4120.7 

6093 

4.2 

5.60 

3572.9 

78%

18418 

98.5 

4735.8 

6313 

3.9 

6.12 

4045.6 

81%

19482 

114.0 

5480.3 

6538 

3.6 

6.68 

4573.2 

84%

20444 

131.8 

6333.3 

6755 

3.2 

7.25 

5128.1 

87%

21273 

150.6 

7236.9 

6951 

2.9 

7.79 

5670.0 

90%

21934 

168.3 

8087.5 

7111 

2.7 

8.26 

6150.5 

100%

22610 

189.3 

9095.4 

7277 

2.5 

8.77 

6682.6 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-22x10-40V Load Performance Parameters
210KV-22x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

22x10

35%

2180

7.4

294.7

3081

7.4

0.62

198.9

/

37%

2423 

8.2 

330.2 

3240 

7.3 

0.68 

231.0 

39%

2689 

9.3 

373.1 

3407 

7.2 

0.75 

268.7 

42%

3120 

11.2 

449.2 

3660 

6.9 

0.87 

334.3 

45%

3572 

13.4 

536.5 

3909 

6.7 

1.00 

409.2 

48%

4036 

15.8 

631.8 

4146 

6.4 

1.13 

491.0 

51%

4509 

18.3 

733.0 

4372 

6.2 

1.26 

579.1 

54%

4990 

21.0 

839.5 

4589 

5.9 

1.40 

673.1 

57%

5486 

23.8 

951.8 

4799 

5.8 

1.54 

773.7 

60%

6002 

26.8 

1071.8 

5007 

5.6 

1.68 

882.5 

63%

6548 

30.0 

1201.7 

5216 

5.4 

1.83 

1001.9 

66%

7131 

33.6 

1345.0 

5430 

5.3 

2.00 

1134.6 

69%

7759 

37.6 

1505.4 

5651 

5.2 

2.17 

1283.5 

72%

8435 

42.2 

1687.5 

5880 

5.0 

2.36 

1452.1 

75%

9159 

47.4 

1895.7 

6117 

4.8 

2.57 

1643.2 

78%

9927 

53.3 

2133.5 

6359 

4.7 

2.79 

1858.6 

81%

10726 

60.0 

2400.8 

6601 

4.5 

3.03 

2097.3 

84%

11538 

67.2 

2691.9 

6837 

4.3 

3.29 

2354.4 

87%

12334 

74.7 

2991.5 

7056 

4.1 

3.54 

2617.1 

90%

13076 

81.8 

3275.6 

7249 

4.0 

3.78 

2866.9 

100%

14423 

94.0 

3761.7 

7565 

3.8 

4.17 

3304.1 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-22x10-44V Load Performance Parameters
210KV-22x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo)

22x10

35%

2612

8.4

371.9

3353

7.0

0.73

258.0

/

37%

2893 

9.5 

417.4 

3522 

6.9 

0.81 

299.1 

39%

3200 

10.7 

471.6 

3700 

6.8 

0.90 

347.2 

42%

3696 

12.9 

567.2 

3970 

6.5 

1.04 

430.4 

45%

4219 

15.4 

676.5 

4237 

6.2 

1.18 

525.3 

48%

4759 

18.1 

796.6 

4493 

6.0 

1.34 

629.6 

51%

5312 

21.0 

925.4 

4739 

5.7 

1.50 

742.7 

54%

5883 

24.1 

1062.7 

4976 

5.5 

1.66 

864.4 

57%

6474 

27.4 

1209.2 

5207 

5.4 

1.83 

996.0 

60%

7096 

31.0 

1367.3 

5437 

5.2 

2.00 

1139.5 

63%

7756 

35.0 

1539.9 

5667 

5.0 

2.19 

1297.4 

66%

8463 

39.3 

1731.2 

5901 

4.9 

2.38 

1473.0 

69%

9222 

44.2 

1946.1 

6141 

4.7 

2.60 

1670.0 

72%

10036 

49.7 

2190.4 

6388 

4.6 

2.83 

1892.3 

75%

10904 

56.1 

2470.0 

6642 

4.4 

3.08 

2143.8 

78%

11816 

63.3 

2790.1 

6902 

4.2 

3.36 

2427.6 

81%

12756 

71.6 

3152.1 

7163 

4.0 

3.66 

2744.0 

84%

13700 

80.6 

3550.0 

7418 

3.9 

3.98 

3088.1 

87%

14610 

90.0 

3966.5 

7656 

3.7 

4.30 

3446.3 

90%

15440 

99.2 

4370.5 

7865 

3.5 

4.61 

3794.6 

100%

16760 

114.5 

5043.9 

8176 

3.3 

5.12 

4383.2 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-22x10-48V Load Performance Parameters
210KV-22x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

22x10

35%

3115

9.6

460.8

3644

6.8

0.87

331.7

82℃

37%

3437 

10.8 

517.0 

3822 

6.6 

0.96 

382.3 

39%

3781 

12.1 

582.7 

4003 

6.5 

1.05 

439.8 

42%

4329 

14.5 

697.9 

4278 

6.2 

1.20 

538.8 

45%

4912 

17.3 

831.2 

4552 

5.9 

1.37 

652.8 

48%

5527 

20.4 

980.9 

4821 

5.6 

1.55 

781.1 

51%

6174 

23.8 

1145.6 

5086 

5.4 

1.73 

923.7 

54%

6857 

27.6 

1324.8 

5347 

5.2 

1.93 

1081.2 

57%

7579 

31.6 

1518.9 

5606 

5.0 

2.14 

1254.6 

60%

8345 

36.0 

1729.2 

5863 

4.8 

2.35 

1445.1 

63%

9157 

40.8 

1958.3 

6120 

4.7 

2.58 

1654.8 

66%

10018 

46.0 

2210.4 

6378 

4.5 

2.82 

1886.3 

69%

10927 

51.9 

2491.5 

6638 

4.4 

3.08 

2143.6 

72%

11880 

58.5 

2809.7 

6901 

4.2 

3.36 

2431.2 

75%

12869 

66.1 

3174.0 

7167 

4.1 

3.67 

2755.1 

78%

13880 

74.8 

3593.0 

7434 

3.9 

4.01 

3119.7 

81%

14893 

84.7 

4071.1 

7700 

3.7 

4.38 

3527.8 

84%

15882 

95.8 

4603.2 

7959 

3.5 

4.77 

3975.1 

87%

16810 

107.6 

5169.5 

8204 

3.3 

5.18 

4447.0 

90%

17635 

119.3 

5730.3 

8422 

3.1 

5.57 

4912.1 

100%

18893 

139.4 

6695.0 

8756 

2.8 

6.23 

5712.1 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-23x10-40V Load Performance Parameters
210KV-23x10-40V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

40V(12S LiPo)

23x10

35%

2559

8.2

327.5

3056

7.8

0.73

234.9

/

37%

2843 

9.2 

367.9 

3206 

7.7 

0.81 

271.5 

39%

3144 

10.4 

416.8 

3362 

7.5 

0.89 

313.7 

42%

3617 

12.6 

503.9 

3602 

7.2 

1.03 

387.1 

45%

4108 

15.1 

604.2 

3842 

6.8 

1.17 

471.2 

48%

4612 

17.9 

714.8 

4078 

6.5 

1.32 

564.8 

51%

5131 

20.8 

833.5 

4307 

6.2 

1.48 

667.2 

54%

5667 

24.0 

959.7 

4530 

5.9 

1.64 

778.2 

57%

6228 

27.3 

1093.8 

4748 

5.7 

1.81 

898.6 

60%

6819 

30.9 

1237.2 

4962 

5.5 

1.98 

1029.4 

63%

7451 

34.8 

1392.3 

5174 

5.4 

2.16 

1172.4 

66%

8128 

39.0 

1562.1 

5385 

5.2 

2.36 

1329.6 

69%

8856 

43.7 

1751.0 

5598 

5.1 

2.57 

1503.8 

72%

9636 

49.1 

1964.1 

5814 

4.9 

2.79 

1698.2 

75%

10467 

55.1 

2207.2 

6036 

4.7 

3.03 

1916.9 

78%

11339 

62.1 

2484.7 

6266 

4.6 

3.30 

2163.2 

81%

12240 

69.9 

2797.0 

6504 

4.4 

3.58 

2438.6 

84%

13146 

78.3 

3136.3 

6744 

4.2 

3.88 

2737.6 

87%

14029 

87.0 

3483.2 

6973 

4.0 

4.17 

3044.9 

90%

14848 

95.1 

3807.6 

7170 

3.9 

4.44 

3332.5 

100%

16375 

108.7 

4353.3 

7441 

3.8 

4.88 

3805.7 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-23x10-44V Load Performance Parameters
210KV-23x10-44V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

44V(12S LiPo)

23x10

35%

3002

9.3

407.7

3301

7.4

0.86

297.0

/

37%

3327 

10.4 

458.6 

3466 

7.3 

0.95 

343.9 

39%

3684 

11.8 

521.5 

3642 

7.1 

1.05 

399.5 

42%

4258 

14.4 

635.4 

3913 

6.7 

1.21 

497.3 

45%

4861 

17.4 

767.7 

4182 

6.3 

1.39 

609.5 

48%

5479 

20.7 

912.8 

4442 

6.0 

1.58 

733.5 

51%

6109 

24.2 

1067.4 

4690 

5.7 

1.77 

867.3 

54%

6752 

27.9 

1230.0 

4927 

5.5 

1.96 

1010.3 

57%

7416 

31.8 

1401.3 

5156 

5.3 

2.16 

1163.5 

60%

8110 

36.0 

1583.7 

5380 

5.1 

2.36 

1328.7 

63%

8846 

40.4 

1781.1 

5602 

5.0 

2.57 

1508.9 

66%

9635 

45.4 

1998.6 

5826 

4.8 

2.80 

1708.0 

69%

10485 

50.9 

2242.9 

6055 

4.7 

3.04 

1930.5 

72%

11402 

57.2 

2521.8 

6291 

4.5 

3.31 

2181.4 

75%

12385 

64.6 

2844.1 

6536 

4.4 

3.60 

2466.2 

78%

13426 

73.0 

3217.1 

6790 

4.2 

3.92 

2789.3 

81%

14508 

82.7 

3643.2 

7051 

4.0 

4.27 

3152.4 

84%

15604 

93.4 

4113.3 

7311 

3.8 

4.64 

3549.0 

87%

16674 

104.5 

4602.2 

7555 

3.6 

5.00 

3959.4 

90%

17664 

115.0 

5066.9 

7764 

3.5 

5.35 

4349.5 

100%

19361 

132.3 

5828.5 

8046 

3.3 

5.92 

4986.2 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
210KV-23x10-48V Load Performance Parameters
210KV-23x10-48V Motor Propeller Pull Test Data

Voltage(V)

Propeller

Throttle(%)

Thrust(g)

Current(A)

Power Input(W)

Speed(RPM)

Efficiency(g/W)

Torque(N·m)

Power Output(W)

Temperature℃

48V(12S LiPo)

23x10

35%

3546

10.9

524.6

3589

6.8

1.02

382.1

93℃

37%

3925 

12.4 

597.0 

3770 

6.6 

1.12 

444.0 

39%

4338 

14.1 

678.7 

3957 

6.4 

1.24 

514.7 

42%

5000 

17.0 

816.9 

4238 

6.1 

1.43 

635.3 

45%

5701 

20.2 

971.6 

4514 

5.9 

1.63 

771.7 

48%

6428 

23.8 

1141.6 

4781 

5.6 

1.84 

922.6 

51%

7179 

27.6 

1326.7 

5039 

5.4 

2.06 

1087.5 

54%

7957 

31.8 

1528.3 

5290 

5.2 

2.29 

1267.3 

57%

8766 

36.4 

1748.7 

5538 

5.0 

2.53 

1464.5 

60%

9615 

41.4 

1991.3 

5785 

4.8 

2.78 

1681.6 

63%

10512 

47.1 

2260.5 

6035 

4.7 

3.04 

1922.6 

66%

11465 

53.3 

2561.3 

6290 

4.5 

3.33 

2191.6 

69%

12478 

60.3 

2899.0 

6549 

4.3 

3.63 

2491.8 

72%

13553 

68.3 

3279.3 

6813 

4.1 

3.96 

2827.2 

75%

14684 

77.2 

3707.5 

7078 

4.0 

4.32 

3199.3 

78%

15859 

87.2 

4188.3 

7342 

3.8 

4.70 

3609.7 

81%

17056 

98.3 

4723.8 

7598 

3.6 

5.10 

4055.8 

84%

18243 

110.6 

5310.9 

7843 

3.4 

5.52 

4533.8 

87%

19377 

123.5 

5935.2 

8070 

3.3 

5.95 

5031.3 

90%

20398 

136.6 

6562.7 

8276 

3.1 

6.38 

5526.5 

100%

21975 

159.9 

7680.7 

8606 

2.9 

7.11 

6408.3 

The above data is measured by HobbyWing laboratory at room temperature 25℃, sea level, change the throttle input adjustment, the motor housing temperature is 90% and the throttle runs, for reference only.
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