HOBBYWING: UAV Propulsion Systems, RC Motors & ESCs, e-Vehicle Power System
Hobbywing C6220 Fixed Wing Motor
C6220
Universally Versatile Propulsion
Perfectly suited for both fixed-wing cruise and vertical take-off and landing (VTOL) drones
Efficient Cooling with Great Power
Drone Motor With Propellerr
Paired with
19-inch propellers
the motor delivers up to
a maximum thrust of
14kg at 48V
easily handling the dynamic thrust
needs during rapid maneuvers and
sudden payload changes
Efficient Heat Dissipation C6220 Fixed Wing Drone Motor
Optimized rectangular outlet and
centrifugal fan design reduce
resistance and turbulence,
dramatically improving
heat dissipation
The motor dissipation efficiency improves by 20%
The winding temperature rise is
significantly reduced compared
tomotors of other brands with
similar specifications, ensuring
stable and long-term operation
even in high-load flight conditions
High Protection,
Superior Reliability
High Protection Drone Electric Motor
The motor is designed with
upper and
lower steel
mesh structure

Effectively prevents
ingress of particles
1 mm and larger
in diameter.

Adapts to harsh
flight environments
such as dust and rain
Flexible Choice,
Convenient Application
Intelligent Propeller Control Component Of Uav Motor
  • The stator base is compatible with an IPC
  • (Intelligent Propeller Control) component,
  • allowing for flexible selection.
Paired With An Ipc Esc
  • Paired with an IPC ESC, users can customize
  • the propeller stopping position to minimize
  • the risk of colliding with the ground.
Rotor Bracket
  • The rotor bracket adopts a boss clearance design that effectively prevents
  • interference with the propeller root edge structure, ensuring seamless compatibility
  • and secure installation for both non-folding and folding propellers.
Drone Propeller 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
Anti Loosening Design
Anti-Loosening Design
The rotor shaft end is fixed by copper washers, circlips, and screws to enhance motor reliability.
Triple Bearing Architecture
Triple-Bearing
Architecture
The triple-bearing architecture optimizes dynamic balance, enhancing impact resistance and durability of the motor to ensure safe flights.
Silicon Steel And Enameled Wires
Silicon Steel and
Enameled Wires
t is designed with industry-leading 0.2mm low-loss silicon steel cores and high-grade 220°C temperature-resistant enameled wires.
Magnet Segment
Magnet Segment
High-grade, strong magnetic arc-shaped magnets boost magnetic energy density for superior torque during climbs and heavy lifts. Cruise efficiency gains of 2–4% over comparable motors ensure longer flight times and lower energy consumption.
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.
Next-Generation Magnetic Circuit

Brand-new, highly optimized magnetic circuit matches drive requirements exactly. Providing quicker thrust

response and enhanced dynamic performance under all flight conditions.

Brand New Magnetic Circui
Proven Durability Through
1000+ Hour Testing

Rigorous suite of industrial tests (compatibility, waterproof, salt spray, stress,combined env/vibration,
long-term fatigue) ensures the motor maintains peak performance and reliability throughout its extended lifecycle.

Fixed Wing Motor Water Proof Test
Water Ingress Testing
Motor High Temperature Operation Test
High Temperature Operation Test
Motor Low Temperature Operation Testt
Low Temperature Operation Test
Recommended Combinations
Moto
C6220-220KV
Propeller
19×10
ESC
XRotor Pro H130A 14S BLDC IPC
Battery
12S LiPo
Takeoff weight of single motor
15~20kg
Fixed Wing Drone
C6220 CAD
Product NameC6220-220KV
Specification
  • 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
  • C6220-220KV
  • IPX5
  • Φ69*H45.9mm
  • 24N28P
  • 62x20mm
  • ≤15mg
  • High standard silicon steel sheet, rust proof, 180℃ high temperature resistance paint-coat
  • Water proof bearing
  • 220℃
  • Φ10mm
  • 160℃
  • 4*M3@D20mm&4*M4@D23mm
  • 500V AC high voltage resistance test
  • 4*M4@D36mm
  • 650W
  • 520W
Specification
  • 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)
  • 220KV
  • LiPo-12S (48V)
  • 3.7A
  • 86A
  • 4kg(48V@19×10)
  • 14kg(48V@19×10)
  • 23.4mΩ
  • enameled wire direct lead-out
  • 100mm
  • 130mm
  • 460g
Recommended application combinations
  • Motor
  • Propeller
  • ESC
  • Battery
  • Takeoff weight of Single motor
  • C6220-220KV
  • 19x10
  • XRotor Pro H130A 14S BLDC IPC
  • 12S LiPo
  • 15~20kg
220KV+19x10 Load Performance Parameters
220KV+19x10 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)

Motor Temperature(℃)

40V(12S LiPo)

19x10

35%

1695

5.2

208.3

3223

8.1

0.43

146.3

/

37%

1879 

5.9 

235.7 

3381 

8.0 

0.48 

169.6 

39%

2073 

6.6 

265.8 

3540 

7.8 

0.53 

195.3 

42%

2379 

7.9 

315.5 

3779 

7.5 

0.60 

238.3 

45%

2697 

9.2 

370.4 

4013 

7.3 

0.68 

286.0 

48%

3026 

10.7 

430.2 

4241 

7.0 

0.76 

338.3 

51%

3364 

12.4 

495.1 

4463 

6.8 

0.85 

395.2 

54%

3715 

14.1 

565.8 

4681 

6.6 

0.93 

457.3 

57%

4081 

16.1 

643.0 

4897 

6.3 

1.02 

525.4 

60%

4463 

18.2 

727.7 

5113 

6.1 

1.12 

600.3 

63%

4867 

20.5 

821.1 

5330 

5.9 

1.22 

683.1 

66%

5295 

23.1 

924.4 

5550 

5.7 

1.33 

775.0 

69%

5749 

25.9 

1038.7 

5773 

5.5 

1.45 

876.6 

72%

6229 

29.1 

1164.5 

5999 

5.3 

1.57 

988.8 

75%

6734 

32.5 

1302.3 

6226 

5.2 

1.70 

1111.4 

78%

7259 

36.2 

1451.4 

6451 

5.0 

1.84 

1243.4 

81%

7798 

40.2 

1610.1 

6670 

4.8 

1.98 

1383.1 

84%

8340 

44.4 

1775.8 

6879 

4.7 

2.12 

1527.6 

87%

8869 

48.5 

1943.6 

7071 

4.6 

2.26 

1672.5 

90%

9368 

52.6 

2107.1 

7243 

4.4 

2.39 

1812.6 

100%

10446 

62.0 

2480.4 

7582 

4.2 

2.68 

2130.7 

*The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor temperature is measured after running for 10 minutes at 90% throttle, for reference only.
220KV+19x10 Load Performance Parameters
220KV+19x10 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)

Motor Temperature(℃)

44V(12S LiPo)

19x10

35%

2037

5.9

261.1

3511

7.8

0.52

191.2

/

37%

2250 

6.7 

295.0 

3677 

7.6 

0.57 

220.4 

39%

2466 

7.5 

331.7 

3842 

7.4 

0.63 

251.8 

42%

2801 

8.9 

392.2 

4087 

7.1 

0.71 

303.5 

45%

3151 

10.4 

459.7 

4331 

6.9 

0.80 

361.2 

48%

3520 

12.1 

534.7 

4574 

6.6 

0.89 

425.7 

51%

3912 

14.0 

617.8 

4817 

6.3 

0.99 

497.9 

54%

4329 

16.1 

709.5 

5060 

6.1 

1.09 

578.4 

57%

4772 

18.4 

810.6 

5302 

5.9 

1.20 

668.0 

60%

5244 

20.9 

921.8 

5542 

5.7 

1.32 

767.1 

63%

5745 

23.7 

1044.0 

5780 

5.5 

1.45 

876.3 

66%

6272 

26.7 

1178.3 

6017 

5.3 

1.58 

996.2 

69%

6825 

30.1 

1325.8 

6252 

5.1 

1.72 

1126.9 

72%

7399 

33.8 

1487.6 

6487 

5.0 

1.87 

1269.1 

75%

7990 

37.8 

1664.5 

6723 

4.8 

2.02 

1423.1 

78%

8589 

42.1 

1856.4 

6960 

4.6 

2.18 

1588.3 

81%

9190 

46.8 

2061.5 

7194 

4.5 

2.34 

1763.2 

84%

9781 

51.7 

2276.0 

7422 

4.3 

2.50 

1945.1 

87%

10350 

56.6 

2493.4 

7636 

4.2 

2.66 

2128.9 

90%

10882 

61.4 

2704.8 

7827 

4.0 

2.82 

2307.1 

100%

12152 

73.2 

3223.4 

8199 

3.8 

3.19 

2740.4 

*The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor temperature is measured after running for 10 minutes at 90% throttle, for reference only.
220KV+19x10 Load Performance Parameters
220KV+19x10 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)

Motor Temperature(℃)

48V(12S LiPo)

19x10

35%

2349

6.6

316.9

3767

7.4

0.60

234.7

82℃

37%

2596 

7.5 

358.7 

3945 

7.2 

0.65 

270.4 

39%

2854 

8.4 

405.1 

4125 

7.0 

0.72 

309.9 

42%

3256 

10.0 

482.7 

4393 

6.7 

0.82 

376.0 

45%

3677 

11.9 

569.6 

4659 

6.5 

0.92 

450.5 

48%

4116 

13.9 

665.7 

4921 

6.2 

1.04 

533.4 

51%

4577 

16.0 

771.1 

5181 

5.9 

1.15 

625.2 

54%

5060 

18.4 

886.4 

5438 

5.7 

1.28 

726.4 

57%

5571 

21.1 

1012.7 

5695 

5.5 

1.41 

837.9 

60%

6110 

24.0 

1151.3 

5951 

5.3 

1.54 

960.6 

63%

6682 

27.1 

1303.9 

6207 

5.1 

1.69 

1095.6 

66%

7287 

30.6 

1472.5 

6463 

4.9 

1.84 

1244.3 

69%

7925 

34.5 

1659.3 

6718 

4.8 

2.00 

1407.6 

72%

8594 

38.8 

1866.6 

6972 

4.6 

2.17 

1587.0 

75%

9289 

43.6 

2096.5 

7223 

4.4 

2.36 

1783.3 

78%

10001 

48.9 

2350.0 

7469 

4.3 

2.55 

1996.5 

81%

10719 

54.6 

2625.7 

7709 

4.1 

2.76 

2225.4 

84%

11428 

60.7 

2918.9 

7938 

3.9 

2.97 

2465.9 

87%

12107 

67.0 

3220.2 

8154 

3.8 

3.18 

2710.9 

90%

12730 

73.1 

3514.1 

8349 

3.6 

3.37 

2948.0 

100%

13964 

86.1 

4138.7 

8735 

3.4 

3.77 

3449.2 

*The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor temperature is measured after running for 10 minutes at 90% throttle, for reference only.
Support

Manuals & Documents

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FAQ

C6220
Hobbywing C6220 Fixed Wing Motor
C6220
Universally Versatile Propulsion
Perfectly suited for both fixed-wing cruise and vertical take-off and landing (VTOL) drones
Efficient Cooling with Great Power
Drone Motor With Propellerr
Paired with
19-inch propellers
the motor delivers up to
a maximum thrust of
14kg at 48V
easily handling the dynamic thrust
needs during rapid maneuvers and
sudden payload changes
Efficient Heat Dissipation C6220 Fixed Wing Drone Motor
Optimized rectangular outlet and
centrifugal fan design reduce
resistance and turbulence,
dramatically improving
heat dissipation
The motor dissipation efficiency improves by 20%
The winding temperature rise is
significantly reduced compared
tomotors of other brands with
similar specifications, ensuring
stable and long-term operation
even in high-load flight conditions
High Protection,
Superior Reliability
High Protection Drone Electric Motor
The motor is designed with
upper and
lower steel
mesh structure

Effectively prevents
ingress of particles
1 mm and larger
in diameter.

Adapts to harsh
flight environments
such as dust and rain
Flexible Choice,
Convenient Application
Intelligent Propeller Control Component Of Uav Motor
  • The stator base is compatible with an IPC
  • (Intelligent Propeller Control) component,
  • allowing for flexible selection.
Paired With An Ipc Esc
  • Paired with an IPC ESC, users can customize
  • the propeller stopping position to minimize
  • the risk of colliding with the ground.
Rotor Bracket
  • The rotor bracket adopts a boss clearance design that effectively prevents
  • interference with the propeller root edge structure, ensuring seamless compatibility
  • and secure installation for both non-folding and folding propellers.
Drone Propeller 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
Anti Loosening Design
Anti-Loosening Design
The rotor shaft end is fixed by copper washers, circlips, and screws to enhance motor reliability.
Triple Bearing Architecture
Triple-Bearing
Architecture
The triple-bearing architecture optimizes dynamic balance, enhancing impact resistance and durability of the motor to ensure safe flights.
Silicon Steel And Enameled Wires
Silicon Steel and
Enameled Wires
t is designed with industry-leading 0.2mm low-loss silicon steel cores and high-grade 220°C temperature-resistant enameled wires.
Magnet Segment
Magnet Segment
High-grade, strong magnetic arc-shaped magnets boost magnetic energy density for superior torque during climbs and heavy lifts. Cruise efficiency gains of 2–4% over comparable motors ensure longer flight times and lower energy consumption.
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.
Next-Generation Magnetic Circuit

Brand-new, highly optimized magnetic circuit matches drive requirements exactly. Providing quicker thrust

response and enhanced dynamic performance under all flight conditions.

Brand New Magnetic Circui
Proven Durability Through
1000+ Hour Testing

Rigorous suite of industrial tests (compatibility, waterproof, salt spray, stress,combined env/vibration,
long-term fatigue) ensures the motor maintains peak performance and reliability throughout its extended lifecycle.

Fixed Wing Motor Water Proof Test
Water Ingress Testing
Motor High Temperature Operation Test
High Temperature Operation Test
Motor Low Temperature Operation Testt
Low Temperature Operation Test
Recommended Combinations
Moto
C6220-220KV
Propeller
19×10
ESC
XRotor Pro H130A 14S BLDC IPC
Battery
12S LiPo
Takeoff weight of single motor
15~20kg
Fixed Wing Drone
C6220 CAD
Product NameC6220-220KV
Specification
  • 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
  • C6220-220KV
  • IPX5
  • Φ69*H45.9mm
  • 24N28P
  • 62x20mm
  • ≤15mg
  • High standard silicon steel sheet, rust proof, 180℃ high temperature resistance paint-coat
  • Water proof bearing
  • 220℃
  • Φ10mm
  • 160℃
  • 4*M3@D20mm&4*M4@D23mm
  • 500V AC high voltage resistance test
  • 4*M4@D36mm
  • 650W
  • 520W
Specification
  • 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)
  • 220KV
  • LiPo-12S (48V)
  • 3.7A
  • 86A
  • 4kg(48V@19×10)
  • 14kg(48V@19×10)
  • 23.4mΩ
  • enameled wire direct lead-out
  • 100mm
  • 130mm
  • 460g
Recommended application combinations
  • Motor
  • Propeller
  • ESC
  • Battery
  • Takeoff weight of Single motor
  • C6220-220KV
  • 19x10
  • XRotor Pro H130A 14S BLDC IPC
  • 12S LiPo
  • 15~20kg
220KV+19x10 Load Performance Parameters
220KV+19x10 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)

Motor Temperature(℃)

40V(12S LiPo)

19x10

35%

1695

5.2

208.3

3223

8.1

0.43

146.3

/

37%

1879 

5.9 

235.7 

3381 

8.0 

0.48 

169.6 

39%

2073 

6.6 

265.8 

3540 

7.8 

0.53 

195.3 

42%

2379 

7.9 

315.5 

3779 

7.5 

0.60 

238.3 

45%

2697 

9.2 

370.4 

4013 

7.3 

0.68 

286.0 

48%

3026 

10.7 

430.2 

4241 

7.0 

0.76 

338.3 

51%

3364 

12.4 

495.1 

4463 

6.8 

0.85 

395.2 

54%

3715 

14.1 

565.8 

4681 

6.6 

0.93 

457.3 

57%

4081 

16.1 

643.0 

4897 

6.3 

1.02 

525.4 

60%

4463 

18.2 

727.7 

5113 

6.1 

1.12 

600.3 

63%

4867 

20.5 

821.1 

5330 

5.9 

1.22 

683.1 

66%

5295 

23.1 

924.4 

5550 

5.7 

1.33 

775.0 

69%

5749 

25.9 

1038.7 

5773 

5.5 

1.45 

876.6 

72%

6229 

29.1 

1164.5 

5999 

5.3 

1.57 

988.8 

75%

6734 

32.5 

1302.3 

6226 

5.2 

1.70 

1111.4 

78%

7259 

36.2 

1451.4 

6451 

5.0 

1.84 

1243.4 

81%

7798 

40.2 

1610.1 

6670 

4.8 

1.98 

1383.1 

84%

8340 

44.4 

1775.8 

6879 

4.7 

2.12 

1527.6 

87%

8869 

48.5 

1943.6 

7071 

4.6 

2.26 

1672.5 

90%

9368 

52.6 

2107.1 

7243 

4.4 

2.39 

1812.6 

100%

10446 

62.0 

2480.4 

7582 

4.2 

2.68 

2130.7 

*The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor temperature is measured after running for 10 minutes at 90% throttle, for reference only.
220KV+19x10 Load Performance Parameters
220KV+19x10 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)

Motor Temperature(℃)

44V(12S LiPo)

19x10

35%

2037

5.9

261.1

3511

7.8

0.52

191.2

/

37%

2250 

6.7 

295.0 

3677 

7.6 

0.57 

220.4 

39%

2466 

7.5 

331.7 

3842 

7.4 

0.63 

251.8 

42%

2801 

8.9 

392.2 

4087 

7.1 

0.71 

303.5 

45%

3151 

10.4 

459.7 

4331 

6.9 

0.80 

361.2 

48%

3520 

12.1 

534.7 

4574 

6.6 

0.89 

425.7 

51%

3912 

14.0 

617.8 

4817 

6.3 

0.99 

497.9 

54%

4329 

16.1 

709.5 

5060 

6.1 

1.09 

578.4 

57%

4772 

18.4 

810.6 

5302 

5.9 

1.20 

668.0 

60%

5244 

20.9 

921.8 

5542 

5.7 

1.32 

767.1 

63%

5745 

23.7 

1044.0 

5780 

5.5 

1.45 

876.3 

66%

6272 

26.7 

1178.3 

6017 

5.3 

1.58 

996.2 

69%

6825 

30.1 

1325.8 

6252 

5.1 

1.72 

1126.9 

72%

7399 

33.8 

1487.6 

6487 

5.0 

1.87 

1269.1 

75%

7990 

37.8 

1664.5 

6723 

4.8 

2.02 

1423.1 

78%

8589 

42.1 

1856.4 

6960 

4.6 

2.18 

1588.3 

81%

9190 

46.8 

2061.5 

7194 

4.5 

2.34 

1763.2 

84%

9781 

51.7 

2276.0 

7422 

4.3 

2.50 

1945.1 

87%

10350 

56.6 

2493.4 

7636 

4.2 

2.66 

2128.9 

90%

10882 

61.4 

2704.8 

7827 

4.0 

2.82 

2307.1 

100%

12152 

73.2 

3223.4 

8199 

3.8 

3.19 

2740.4 

*The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor temperature is measured after running for 10 minutes at 90% throttle, for reference only.
220KV+19x10 Load Performance Parameters
220KV+19x10 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)

Motor Temperature(℃)

48V(12S LiPo)

19x10

35%

2349

6.6

316.9

3767

7.4

0.60

234.7

82℃

37%

2596 

7.5 

358.7 

3945 

7.2 

0.65 

270.4 

39%

2854 

8.4 

405.1 

4125 

7.0 

0.72 

309.9 

42%

3256 

10.0 

482.7 

4393 

6.7 

0.82 

376.0 

45%

3677 

11.9 

569.6 

4659 

6.5 

0.92 

450.5 

48%

4116 

13.9 

665.7 

4921 

6.2 

1.04 

533.4 

51%

4577 

16.0 

771.1 

5181 

5.9 

1.15 

625.2 

54%

5060 

18.4 

886.4 

5438 

5.7 

1.28 

726.4 

57%

5571 

21.1 

1012.7 

5695 

5.5 

1.41 

837.9 

60%

6110 

24.0 

1151.3 

5951 

5.3 

1.54 

960.6 

63%

6682 

27.1 

1303.9 

6207 

5.1 

1.69 

1095.6 

66%

7287 

30.6 

1472.5 

6463 

4.9 

1.84 

1244.3 

69%

7925 

34.5 

1659.3 

6718 

4.8 

2.00 

1407.6 

72%

8594 

38.8 

1866.6 

6972 

4.6 

2.17 

1587.0 

75%

9289 

43.6 

2096.5 

7223 

4.4 

2.36 

1783.3 

78%

10001 

48.9 

2350.0 

7469 

4.3 

2.55 

1996.5 

81%

10719 

54.6 

2625.7 

7709 

4.1 

2.76 

2225.4 

84%

11428 

60.7 

2918.9 

7938 

3.9 

2.97 

2465.9 

87%

12107 

67.0 

3220.2 

8154 

3.8 

3.18 

2710.9 

90%

12730 

73.1 

3514.1 

8349 

3.6 

3.37 

2948.0 

100%

13964 

86.1 

4138.7 

8735 

3.4 

3.77 

3449.2 

*The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor temperature is measured after running for 10 minutes at 90% throttle, for reference only.
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