X13 G2
HOBBYWING X13 G2 Drone Propulsion System
X13 G2 Next Generation Integrated Drone Propulsion
Engineered to Efficiently Drive Heavy-Load Agriculture
Maximizing Payload Capacity, Flight Efficiency, and Operational Performance
Watch Video
Agriculture Drone Motor
Rated thrust per axis27kg
Maximum thrust reaches60kg
Drone Brushless Motor And Esc Drone Brushless Motor And Esc
Multiple Parameter Adjustment
Modes for Easy Use
Drone Remote Controller
  • New Parameter Adjustment via Remote Controller
  • Without a DataLinkBox, users can quickly adjust motor rotation direction
  • and navigation light colors directly through the remote controller to
  • meet on-site application needs in emergency scenarios.
Multiple Parameter Adjustment Modes
  • New Parameter Adjustment via Bluetooth in the Mobile APP
  • Pair the DataLinkBox G3 with the HOBBYWING DataLink V3 app
  • (Android & iOS compatible; Huawei HarmonyOS currently not supported)
  • to swiftly adjust over 90% of ESC parameters outdoors via Bluetooth.
PC-side DataLink host software PC-side DataLink host software PC-side DataLink host software
  • Parameter Adjustment via PC Software
  • Using the PC DataLink V3 Configurator paired with the DataLinkBox G3,
  • simultaneously upgrade firmware across multiple ESCs
  • on a single drone: Fast, Effortless OTA.
Drone Remote Controller
  • New Parameter Adjustment via Remote Controller
  • Without a DataLinkBox, users can quickly adjust motor rotation direction
  • and navigation light colors directly through the remote controller to
  • meet on-site application needs in emergency scenarios.
Multiple Parameter Adjustment Modes
  • New Parameter Adjustment via Bluetooth in the Mobile APP
  • Pair the DataLinkBox G3 with the HOBBYWING DataLink V3 app
  • (Android & iOS compatible; Huawei HarmonyOS currently not supported)
  • to swiftly adjust over 90% of ESC parameters outdoors via Bluetooth.
PC-side DataLink host software PC-side DataLink host software PC-side DataLink host software
  • Parameter Adjustment via PC Software
  • Using the PC DataLink V3 Configurator paired with the DataLinkBox G3,
  • simultaneously upgrade firmware across multiple ESCs
  • on a single drone: Fast, Effortless OTA.
Optimized Black Box
Storage Logic
Record ESC Operational Data In Real Time
Fault Storage
Precisely records fault
data within milliseconds for
easier fault analysis.
Drone Black Box Fault Storage
Log Black Box
Real-time recording of ESC operating data for complete flight process tracing.
Default: 2 hours - expandable up to 48 hours.
New "Dual-Loop"
Control Architecture
Users can choose the mode based on operational needs:
(Default)
Flatland Mode
Ideal for flat areas, offering stable motor rotation speed output and precise speed control within the operating voltage range.
Agricultural Drone Propulsion System
(Customizable on request)
Highland Mode
Suitable for high-altitude areas, automatically adjusting motor rotation speeds within a certain range as altitude increases to adapt to high-altitude operations.
Hobbywing Huge Drone Motor
New Structure Designed for
Optimal Heat Dissipation

Equipped with a large soft silicone fan and modular flat-layout architecture

to effectively resist impurity ingress and enable fast disassembly/maintenance.

The enlarged air outlet significantly improves

heat dissipation, ensuring reliable motor performance even in tough conditions.


Optimal Heat Dissipation
X13 G2 Drone Propulsion System
Dual Throttle Redundancy Control
Maintains dual throttle input via PWM analog signal and CAN bus digital signal to boost real-time responsiveness and anti-interference performance, delivering precise control and greater flight reliability.

Analog throttle

Maintains dual throttle input via
PWM analog signal and CAN bus digital signal
to boost real-time responsiveness
and anti-interference performance,
delivering precise control
and greater flight reliability.

Digital throttle

Upgraded Protocol Support

Compared with the X13, the X13 G2 adds DroneCAN protocol support

(default: HWCAN) for compatibility with a wider range of flight controllers.

It enables intercommunication with leading systems such as

ArduPilot, VK, BOYING, JIYI, and ACFLY, creating a smarter CAN-based flight ecosystem.

Ultra-Strong Protection for Effortlessly
Conquering Harsh Environments
Equipped with multi-core,
high-shield signal cables,
ensuring stable and
reliable signal transmission
even in complex and harsh
operating conditions.
High Shielding Signal Cables
The impact-resistant
protective cover is made of
high-temperature-resistant,
flame-retardant material,
enhancing durability while
providing robust protection for
the entire propulsion system.
Impact Resistant Protective Cover
The X13 G2 motor features high-temperature resistant enamel wire, reliably withstanding temperatures up to 200°C.
High Temperature Resistant Enamel Wire
X13 G2 Drone Motor With Propeller
IPX6
Water-Resistant Design
Equipped with IPX6 ingress protection,
the motor can be pressure washed,
delivering reliable performance in
challenging agricultural settings
with rain, pesticides,
high temperatures, and dust.
Motor and ESC for Drone
Comprehensive Software
Protection for Secure Flights
Self-Check Protection
Overvoltage
warning
Undervoltage
warning
Fail to reset
throttle to zero
Short-circuit
fault
Disconnection
fault
Running Protection
Overcurrent
fault
Motor stall
fault
Throttle loss
warning
MOS over-
temperature warning
Capacitor over-
temperature warning
Thank you for your interest in HOBBYWING propulsion systems! For customized solutions,
please provide your contact information and technical requirements,
and we will get in touch with you within 24 hours.
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HOBBYWING Team
X13 G2 CAD
MFP 56x20 CAD
MFC 57x20 CAD
Product NameX13 G2
Specification
  • Max Thrust
  • Recommended takeoff weight per axis
  • Efficiency of recommended takeoff weight
  • Compatible lithium battery
  • Rated voltage
  • Input voltage
  • Tube outer diameter
  • Weight (with cable and propeller)
  • Cable specification
  • Operating temperature
  • Ingress Protection
  • Rated power input
  • Rated power output
  • Pinout
  • 60kg (at sea level))
  • 27kg (at sea level)
  • 8.6g/W(MFP 56x20)
  • 18S(LiPo)
  • 18S-69V
  • 25~80V
  • D50mm
  • 4185g*
  • Power cable: 10AWG 1355mm* Signal cable: 1120 mm*
  • -20~50℃
  • IPX6
  • 3160W
  • 2700W
  • Black-GND, White-PWM & Yellow-GND, Gray-CH, Green-CL
ESC Specification
  • Rated voltage
  • Communication protocol
  • Peak current (3s)
  • Continuous current
  • Throttle range calibration
  • Throttle Source
  • Operating pulse width
  • Fault storage & Log
  • 18S (LiPo)
  • Cyphal(UAVCAN)
  • 200A
  • 70A
  • 不支持
  • PWM + CAN
  • 1050-1950μs
  • 支持
Motor Specification
  • KV
  • Slot & Pole
  • Stator size
  • Motor diameter
  • 45KV
  • 36N42P
  • 138*25mm
  • 148mm
Propeller Specification (Default)
  • Model
  • Total Weight
  • Material of blades
  • Single blade weight
  • MFP 56x20 (Folding propeller)
  • 811g*
  • Carbon fibre-reinforced nylon composite material
  • 293g*
Propeller Specification (Optional)
  • Model
  • Total Weight
  • Material of blades
  • Single blade weight
  • MFC 57x20 (Folding propeller)
  • 805g*
  • Carbon fibre composite material
  • 250g*
 
  • *Subject to the actual product.
  •  
69V+MFP 56x20 Load Performance Parameters
69V+MFP 56x20Thrust 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(℃)

69V

MFP 56x20

33%

9552

10.3

709.9

994

13.5

5.48

570.2

63℃

35%

10360 

11.4 

788.1 

1032 

13.1 

5.92 

639.8 

37%

11559 

13.2 

912.3 

1086 

12.7 

6.59 

749.2 

39%

12865 

15.3 

1058.0 

1143 

12.2 

7.33 

877.1 

42%

14968 

19.0 

1313.0 

1231 

11.4 

8.54 

1100.7 

45%

17186 

23.3 

1606.2 

1317 

10.7 

9.83 

1355.9 

48%

19476 

28.0 

1932.1 

1402 

10.1 

11.17 

1640.4 

51%

21819 

33.2 

2287.4 

1483 

9.5 

12.55 

1948.4 

54%

24212 

38.7 

2671.2 

1562 

9.1 

13.94 

2280.6 

57%

26664 

44.7 

3085.1 

1638 

8.6 

15.37 

2635.5 

60%

29192 

51.2 

3533.2 

1714 

8.3 

16.82 

3019.3 

63%

31812 

58.3 

4021.2 

1788 

7.9 

18.33 

3431.3 

66%

34542 

66.0 

4556.2 

1862 

7.6 

19.89 

3878.3 

69%

37389 

74.6 

5145.6 

1936 

7.3 

21.53 

4364.2 

72%

40351 

84.0 

5795.8 

2010 

7.0 

23.24 

4891.7 

75%

43409 

94.4 

6511.1 

2084 

6.7 

25.03 

5461.9 

78%

46519 

105.7 

7289.9 

2157 

6.4 

26.87 

6069.3 

81%

49615 

117.7 

8121.9 

2229 

6.1 

28.73 

6704.8 

84%

52597 

130.2 

8981.9 

2297 

5.9 

30.52 

7341.6 

87%

55332 

142.4 

9824.6 

2362 

5.6 

32.17 

7955.5 

90%

57643 

153.3 

10579.6 

2417 

5.4 

33.53 

8486.9 

100%

60077 

165.5 

11418.8 

2478 

5.3 

34.93 

9064.4 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor housing temperature is measured after running for 10 minutes at 1.2 times rated thrust , for reference only.
69V+MFC 57x20 Load Performance Parameters
69V+MFC 57x20Thrust 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(℃)

69V

MFC 57x20

33%

9215

9.8

677.1

995

13.6

5.20

542.1

/

35%

9915 

10.9 

750.6 

1031 

13.2 

5.60 

604.7 

37%

11002 

12.6 

869.0 

1084 

12.7 

6.22 

706.3 

39%

12223 

14.6 

1007.9 

1142 

12.1 

6.92 

827.8 

42%

14224 

18.1 

1249.6 

1231 

11.4 

8.07 

1040.6 

45%

16348 

22.1 

1525.2 

1319 

10.7 

9.30 

1284.1 

48%

18536 

26.5 

1829.4 

1404 

10.1 

10.56 

1552.5 

51%

20759 

31.3 

2159.4 

1485 

9.6 

11.84 

1841.6 

54%

23013 

36.4 

2514.8 

1564 

9.2 

13.14 

2152.5 

57%

25309 

42.0 

2898.0 

1639 

8.7 

14.47 

2482.9 

60%

27673 

48.0 

3314.0 

1713 

8.4 

15.83 

2839.1 

63%

30134 

54.6 

3769.4 

1787 

8.0 

17.24 

3226.7 

66%

32722 

61.9 

4272.4 

1861 

7.7 

18.73 

3650.3 

69%

35460 

70.0 

4830.9 

1935 

7.3 

20.31 

4114.6 

72%

38360 

79.0 

5451.9 

2010 

7.0 

21.98 

4625.6 

75%

41414 

89.0 

6139.8 

2084 

6.7 

23.74 

5180.7 

78%

44590 

99.9 

6894.7 

2158 

6.5 

25.58 

5780.6 

81%

47825 

111.7 

7710.1 

2229 

6.2 

27.47 

6410.6 

84%

51022 

124.2 

8568.9 

2297 

6.0 

29.34 

7056.2 

87%

54039 

136.8 

9436.8 

2361 

5.7 

31.11 

7691.3 

90%

56686 

148.6 

10253.0 

2419 

5.5 

32.67 

8275.6 

100%

59937 

164.3 

11340.0 

2494 

5.3 

34.59 

9033.4 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input, for reference only.
61V+MFP 56x20 Load Performance Parameters
61V+MFP 56x20 Thrust 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(℃)

61V

MFP 56x20

33%

13019

21.6

1038.5

993

12.5

8.10

842.5

/

35%

13916 

23.5 

1126.9 

1026 

12.3 

8.62 

926.5 

37%

15557 

27.2 

1305.7 

1084 

11.9 

9.60 

1089.8 

39%

17058 

30.9 

1485.8 

1134 

11.5 

10.51 

1248.4 

42%

19192 

36.7 

1764.3 

1203 

10.9 

11.83 

1490.6 

45%

21345 

43.0 

2066.9 

1268 

10.3 

13.18 

1750.1 

48%

23652 

50.2 

2410.2 

1334 

9.8 

14.63 

2043.9 

51%

26205 

58.5 

2808.3 

1402 

9.3 

16.24 

2383.8 

54%

29054 

68.1 

3271.9 

1474 

8.9 

18.02 

2781.7 

57%

32214 

79.3 

3808.1 

1548 

8.5 

19.99 

3240.0 

60%

35667 

92.1 

4422.1 

1624 

8.1 

22.12 

3762.1 

63%

39367 

106.6 

5118.7 

1701 

7.7 

24.41 

4347.1 

66%

43247 

122.9 

5901.7 

1778 

7.3 

26.81 

4991.5 

69%

47217 

141.0 

6770.4 

1854 

7.0 

29.30 

5688.4 

72%

51176 

160.7 

7714.5 

1927 

6.6 

31.83 

6422.1 

75%

55009 

181.3 

8707.4 

1997 

6.3 

34.31 

7175.4 

78%

58597 

202.1 

9704.6 

2059 

6.0 

36.66 

7904.3 

81%

61816 

221.7 

10647.4 

2113 

5.8 

38.76 

8575.7 

84%

64547 

238.9 

11472.5 

2156 

5.6 

40.50 

9143.7 

87%

66675 

252.5 

12123.6 

2187 

5.5 

41.82 

9576.2 

90%

68097 

261.5 

12558.4 

2207 

5.4 

42.66 

9859.2 

100%

68745 

265.6 

12755.7 

2215 

5.4 

43.04 

9981.9 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input, for reference only.
61V+MFC 57x20 Load Performance Parameters
61V+MFC 57x20 Thrust 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(℃)

61V

MFC 57x20

33%

14042

18.1

1102.1

988

12.7

8.76

906.6

/

35%

15141 

19.9 

1211.6 

1025 

12.5 

9.43 

1012.2 

37%

16642 

22.6 

1376.9 

1074 

12.1 

10.36 

1164.7 

39%

18183 

25.6 

1563.3 

1123 

11.6 

11.32 

1331.3 

42%

20570 

30.8 

1879.9 

1196 

10.9 

12.84 

1607.6 

45%

23058 

36.7 

2239.3 

1268 

10.3 

14.44 

1916.6 

48%

25666 

43.3 

2641.6 

1340 

9.7 

16.12 

2262.1 

51%

28413 

50.6 

3088.6 

1412 

9.2 

17.90 

2647.3 

54%

31324 

58.7 

3584.2 

1484 

8.7 

19.79 

3075.8 

57%

34416 

67.7 

4134.0 

1555 

8.3 

21.80 

3549.4 

60%

37703 

77.8 

4745.6 

1627 

7.9 

23.93 

4076.1 

63%

41189 

88.9 

5428.2 

1700 

7.6 

26.18 

4659.9 

66%

44865 

101.5 

6192.1 

1773 

7.2 

28.55 

5300.8 

69%

48706 

115.5 

7047.1 

1847 

6.9 

31.04 

6002.8 

72%

52667 

131.0 

7998.3 

1920 

6.6 

33.61 

6756.9 

75%

56681 

148.1 

9040.3 

1993 

6.3 

36.22 

7558.8 

78%

60655 

166.3 

10150.5 

2063 

6.0 

38.80 

8382.2 

81%

64466 

184.9 

11282.7 

2128 

5.7 

41.26 

9193.2 

84%

67959 

202.6 

12366.3 

2185 

5.5 

43.46 

9944.1 

87%

70941 

218.1 

13312.7 

2230 

5.3 

45.29 

10575.0 

90%

73182 

229.8 

14026.5 

2262 

5.2 

46.61 

11039.0 

100%

74544 

236.9 

14457.0 

2279 

5.2 

47.38 

11306.2 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input, for reference only.
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FAQ

X13 G2
HOBBYWING X13 G2 Drone Propulsion System
X13 G2 Next Generation Integrated Drone Propulsion
Engineered to Efficiently Drive Heavy-Load Agriculture
Maximizing Payload Capacity, Flight Efficiency, and Operational Performance
Watch Video
Agriculture Drone Motor
Rated thrust per axis27kg
Maximum thrust reaches60kg
Drone Brushless Motor And Esc Drone Brushless Motor And Esc
Multiple Parameter Adjustment
Modes for Easy Use
Drone Remote Controller
  • New Parameter Adjustment via Remote Controller
  • Without a DataLinkBox, users can quickly adjust motor rotation direction
  • and navigation light colors directly through the remote controller to
  • meet on-site application needs in emergency scenarios.
Multiple Parameter Adjustment Modes
  • New Parameter Adjustment via Bluetooth in the Mobile APP
  • Pair the DataLinkBox G3 with the HOBBYWING DataLink V3 app
  • (Android & iOS compatible; Huawei HarmonyOS currently not supported)
  • to swiftly adjust over 90% of ESC parameters outdoors via Bluetooth.
PC-side DataLink host software PC-side DataLink host software PC-side DataLink host software
  • Parameter Adjustment via PC Software
  • Using the PC DataLink V3 Configurator paired with the DataLinkBox G3,
  • simultaneously upgrade firmware across multiple ESCs
  • on a single drone: Fast, Effortless OTA.
Drone Remote Controller
  • New Parameter Adjustment via Remote Controller
  • Without a DataLinkBox, users can quickly adjust motor rotation direction
  • and navigation light colors directly through the remote controller to
  • meet on-site application needs in emergency scenarios.
Multiple Parameter Adjustment Modes
  • New Parameter Adjustment via Bluetooth in the Mobile APP
  • Pair the DataLinkBox G3 with the HOBBYWING DataLink V3 app
  • (Android & iOS compatible; Huawei HarmonyOS currently not supported)
  • to swiftly adjust over 90% of ESC parameters outdoors via Bluetooth.
PC-side DataLink host software PC-side DataLink host software PC-side DataLink host software
  • Parameter Adjustment via PC Software
  • Using the PC DataLink V3 Configurator paired with the DataLinkBox G3,
  • simultaneously upgrade firmware across multiple ESCs
  • on a single drone: Fast, Effortless OTA.
Optimized Black Box
Storage Logic
Record ESC Operational Data In Real Time
Fault Storage
Precisely records fault
data within milliseconds for
easier fault analysis.
Drone Black Box Fault Storage
Log Black Box
Real-time recording of ESC operating data for complete flight process tracing.
Default: 2 hours - expandable up to 48 hours.
New "Dual-Loop"
Control Architecture
Users can choose the mode based on operational needs:
(Default)
Flatland Mode
Ideal for flat areas, offering stable motor rotation speed output and precise speed control within the operating voltage range.
Agricultural Drone Propulsion System
(Customizable on request)
Highland Mode
Suitable for high-altitude areas, automatically adjusting motor rotation speeds within a certain range as altitude increases to adapt to high-altitude operations.
Hobbywing Huge Drone Motor
New Structure Designed for
Optimal Heat Dissipation

Equipped with a large soft silicone fan and modular flat-layout architecture

to effectively resist impurity ingress and enable fast disassembly/maintenance.

The enlarged air outlet significantly improves

heat dissipation, ensuring reliable motor performance even in tough conditions.


Optimal Heat Dissipation
X13 G2 Drone Propulsion System
Dual Throttle Redundancy Control
Maintains dual throttle input via PWM analog signal and CAN bus digital signal to boost real-time responsiveness and anti-interference performance, delivering precise control and greater flight reliability.

Analog throttle

Maintains dual throttle input via
PWM analog signal and CAN bus digital signal
to boost real-time responsiveness
and anti-interference performance,
delivering precise control
and greater flight reliability.

Digital throttle

Upgraded Protocol Support

Compared with the X13, the X13 G2 adds DroneCAN protocol support

(default: HWCAN) for compatibility with a wider range of flight controllers.

It enables intercommunication with leading systems such as

ArduPilot, VK, BOYING, JIYI, and ACFLY, creating a smarter CAN-based flight ecosystem.

Ultra-Strong Protection for Effortlessly
Conquering Harsh Environments
Equipped with multi-core,
high-shield signal cables,
ensuring stable and
reliable signal transmission
even in complex and harsh
operating conditions.
High Shielding Signal Cables
The impact-resistant
protective cover is made of
high-temperature-resistant,
flame-retardant material,
enhancing durability while
providing robust protection for
the entire propulsion system.
Impact Resistant Protective Cover
The X13 G2 motor features high-temperature resistant enamel wire, reliably withstanding temperatures up to 200°C.
High Temperature Resistant Enamel Wire
X13 G2 Drone Motor With Propeller
IPX6
Water-Resistant Design
Equipped with IPX6 ingress protection,
the motor can be pressure washed,
delivering reliable performance in
challenging agricultural settings
with rain, pesticides,
high temperatures, and dust.
Motor and ESC for Drone
Comprehensive Software
Protection for Secure Flights
Self-Check Protection
Overvoltage
warning
Undervoltage
warning
Fail to reset
throttle to zero
Short-circuit
fault
Disconnection
fault
Running Protection
Overcurrent
fault
Motor stall
fault
Throttle loss
warning
MOS over-
temperature warning
Capacitor over-
temperature warning
Thank you for your interest in HOBBYWING propulsion systems! For customized solutions, please provide your contact information and technical requirements, and we will get in touch with you within 24 hours.
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HOBBYWING Team
X13 G2 CAD
MFP 56x20 CAD
MFC 57x20 CAD
Product NameX13 G2
Specification
  • Max Thrust
  • Recommended takeoff weight per axis
  • Efficiency of recommended takeoff weight
  • Compatible lithium battery
  • Rated voltage
  • Input voltage
  • Tube outer diameter
  • Weight (with cable and propeller)
  • Cable specification
  • Operating temperature
  • Ingress Protection
  • Rated power input
  • Rated power output
  • Pinout
  • 60kg (at sea level))
  • 27kg (at sea level)
  • 8.6g/W(MFP 56x20)
  • 18S(LiPo)
  • 18S-69V
  • 25~80V
  • D50mm
  • 4185g*
  • Power cable: 10AWG 1355mm* Signal cable: 1120 mm*
  • -20~50℃
  • IPX6
  • 3160W
  • 2700W
  • Black-GND, White-PWM & Yellow-GND, Gray-CH, Green-CL
ESC Specification
  • Rated voltage
  • Communication protocol
  • Peak current (3s)
  • Continuous current
  • Throttle range calibration
  • Throttle Source
  • Operating pulse width
  • Fault storage & Log
  • 18S (LiPo)
  • Cyphal(UAVCAN)
  • 200A
  • 70A
  • 不支持
  • PWM + CAN
  • 1050-1950μs
  • 支持
Motor Specification
  • KV
  • Slot & Pole
  • Stator size
  • Motor diameter
  • 45KV
  • 36N42P
  • 138*25mm
  • 148mm
Propeller Specification (Default)
  • Model
  • Total Weight
  • Material of blades
  • Single blade weight
  • MFP 56x20 (Folding propeller)
  • 811g*
  • Carbon fibre-reinforced nylon composite material
  • 293g*
Propeller Specification (Optional)
  • Model
  • Total Weight
  • Material of blades
  • Single blade weight
  • MFC 57x20 (Folding propeller)
  • 805g*
  • Carbon fibre composite material
  • 250g*
 
  • *Subject to the actual product.
  •  
69V+MFP 56x20 Load Performance Parameters
69V+MFP 56x20Thrust 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(℃)

69V

MFP 56x20

33%

9552

10.3

709.9

994

13.5

5.48

570.2

63℃

35%

10360 

11.4 

788.1 

1032 

13.1 

5.92 

639.8 

37%

11559 

13.2 

912.3 

1086 

12.7 

6.59 

749.2 

39%

12865 

15.3 

1058.0 

1143 

12.2 

7.33 

877.1 

42%

14968 

19.0 

1313.0 

1231 

11.4 

8.54 

1100.7 

45%

17186 

23.3 

1606.2 

1317 

10.7 

9.83 

1355.9 

48%

19476 

28.0 

1932.1 

1402 

10.1 

11.17 

1640.4 

51%

21819 

33.2 

2287.4 

1483 

9.5 

12.55 

1948.4 

54%

24212 

38.7 

2671.2 

1562 

9.1 

13.94 

2280.6 

57%

26664 

44.7 

3085.1 

1638 

8.6 

15.37 

2635.5 

60%

29192 

51.2 

3533.2 

1714 

8.3 

16.82 

3019.3 

63%

31812 

58.3 

4021.2 

1788 

7.9 

18.33 

3431.3 

66%

34542 

66.0 

4556.2 

1862 

7.6 

19.89 

3878.3 

69%

37389 

74.6 

5145.6 

1936 

7.3 

21.53 

4364.2 

72%

40351 

84.0 

5795.8 

2010 

7.0 

23.24 

4891.7 

75%

43409 

94.4 

6511.1 

2084 

6.7 

25.03 

5461.9 

78%

46519 

105.7 

7289.9 

2157 

6.4 

26.87 

6069.3 

81%

49615 

117.7 

8121.9 

2229 

6.1 

28.73 

6704.8 

84%

52597 

130.2 

8981.9 

2297 

5.9 

30.52 

7341.6 

87%

55332 

142.4 

9824.6 

2362 

5.6 

32.17 

7955.5 

90%

57643 

153.3 

10579.6 

2417 

5.4 

33.53 

8486.9 

100%

60077 

165.5 

11418.8 

2478 

5.3 

34.93 

9064.4 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input. The motor housing temperature is measured after running for 10 minutes at 1.2 times rated thrust , for reference only.
69V+MFC 57x20 Load Performance Parameters
69V+MFC 57x20Thrust 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(℃)

69V

MFC 57x20

33%

9215

9.8

677.1

995

13.6

5.20

542.1

/

35%

9915 

10.9 

750.6 

1031 

13.2 

5.60 

604.7 

37%

11002 

12.6 

869.0 

1084 

12.7 

6.22 

706.3 

39%

12223 

14.6 

1007.9 

1142 

12.1 

6.92 

827.8 

42%

14224 

18.1 

1249.6 

1231 

11.4 

8.07 

1040.6 

45%

16348 

22.1 

1525.2 

1319 

10.7 

9.30 

1284.1 

48%

18536 

26.5 

1829.4 

1404 

10.1 

10.56 

1552.5 

51%

20759 

31.3 

2159.4 

1485 

9.6 

11.84 

1841.6 

54%

23013 

36.4 

2514.8 

1564 

9.2 

13.14 

2152.5 

57%

25309 

42.0 

2898.0 

1639 

8.7 

14.47 

2482.9 

60%

27673 

48.0 

3314.0 

1713 

8.4 

15.83 

2839.1 

63%

30134 

54.6 

3769.4 

1787 

8.0 

17.24 

3226.7 

66%

32722 

61.9 

4272.4 

1861 

7.7 

18.73 

3650.3 

69%

35460 

70.0 

4830.9 

1935 

7.3 

20.31 

4114.6 

72%

38360 

79.0 

5451.9 

2010 

7.0 

21.98 

4625.6 

75%

41414 

89.0 

6139.8 

2084 

6.7 

23.74 

5180.7 

78%

44590 

99.9 

6894.7 

2158 

6.5 

25.58 

5780.6 

81%

47825 

111.7 

7710.1 

2229 

6.2 

27.47 

6410.6 

84%

51022 

124.2 

8568.9 

2297 

6.0 

29.34 

7056.2 

87%

54039 

136.8 

9436.8 

2361 

5.7 

31.11 

7691.3 

90%

56686 

148.6 

10253.0 

2419 

5.5 

32.67 

8275.6 

100%

59937 

164.3 

11340.0 

2494 

5.3 

34.59 

9033.4 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input, for reference only.
61V+MFP 56x20 Load Performance Parameters
61V+MFP 56x20 Thrust 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(℃)

61V

MFP 56x20

33%

13019

21.6

1038.5

993

12.5

8.10

842.5

/

35%

13916 

23.5 

1126.9 

1026 

12.3 

8.62 

926.5 

37%

15557 

27.2 

1305.7 

1084 

11.9 

9.60 

1089.8 

39%

17058 

30.9 

1485.8 

1134 

11.5 

10.51 

1248.4 

42%

19192 

36.7 

1764.3 

1203 

10.9 

11.83 

1490.6 

45%

21345 

43.0 

2066.9 

1268 

10.3 

13.18 

1750.1 

48%

23652 

50.2 

2410.2 

1334 

9.8 

14.63 

2043.9 

51%

26205 

58.5 

2808.3 

1402 

9.3 

16.24 

2383.8 

54%

29054 

68.1 

3271.9 

1474 

8.9 

18.02 

2781.7 

57%

32214 

79.3 

3808.1 

1548 

8.5 

19.99 

3240.0 

60%

35667 

92.1 

4422.1 

1624 

8.1 

22.12 

3762.1 

63%

39367 

106.6 

5118.7 

1701 

7.7 

24.41 

4347.1 

66%

43247 

122.9 

5901.7 

1778 

7.3 

26.81 

4991.5 

69%

47217 

141.0 

6770.4 

1854 

7.0 

29.30 

5688.4 

72%

51176 

160.7 

7714.5 

1927 

6.6 

31.83 

6422.1 

75%

55009 

181.3 

8707.4 

1997 

6.3 

34.31 

7175.4 

78%

58597 

202.1 

9704.6 

2059 

6.0 

36.66 

7904.3 

81%

61816 

221.7 

10647.4 

2113 

5.8 

38.76 

8575.7 

84%

64547 

238.9 

11472.5 

2156 

5.6 

40.50 

9143.7 

87%

66675 

252.5 

12123.6 

2187 

5.5 

41.82 

9576.2 

90%

68097 

261.5 

12558.4 

2207 

5.4 

42.66 

9859.2 

100%

68745 

265.6 

12755.7 

2215 

5.4 

43.04 

9981.9 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input, for reference only.
61V+MFC 57x20 Load Performance Parameters
61V+MFC 57x20 Thrust 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(℃)

61V

MFC 57x20

33%

14042

18.1

1102.1

988

12.7

8.76

906.6

/

35%

15141 

19.9 

1211.6 

1025 

12.5 

9.43 

1012.2 

37%

16642 

22.6 

1376.9 

1074 

12.1 

10.36 

1164.7 

39%

18183 

25.6 

1563.3 

1123 

11.6 

11.32 

1331.3 

42%

20570 

30.8 

1879.9 

1196 

10.9 

12.84 

1607.6 

45%

23058 

36.7 

2239.3 

1268 

10.3 

14.44 

1916.6 

48%

25666 

43.3 

2641.6 

1340 

9.7 

16.12 

2262.1 

51%

28413 

50.6 

3088.6 

1412 

9.2 

17.90 

2647.3 

54%

31324 

58.7 

3584.2 

1484 

8.7 

19.79 

3075.8 

57%

34416 

67.7 

4134.0 

1555 

8.3 

21.80 

3549.4 

60%

37703 

77.8 

4745.6 

1627 

7.9 

23.93 

4076.1 

63%

41189 

88.9 

5428.2 

1700 

7.6 

26.18 

4659.9 

66%

44865 

101.5 

6192.1 

1773 

7.2 

28.55 

5300.8 

69%

48706 

115.5 

7047.1 

1847 

6.9 

31.04 

6002.8 

72%

52667 

131.0 

7998.3 

1920 

6.6 

33.61 

6756.9 

75%

56681 

148.1 

9040.3 

1993 

6.3 

36.22 

7558.8 

78%

60655 

166.3 

10150.5 

2063 

6.0 

38.80 

8382.2 

81%

64466 

184.9 

11282.7 

2128 

5.7 

41.26 

9193.2 

84%

67959 

202.6 

12366.3 

2185 

5.5 

43.46 

9944.1 

87%

70941 

218.1 

13312.7 

2230 

5.3 

45.29 

10575.0 

90%

73182 

229.8 

14026.5 

2262 

5.2 

46.61 

11039.0 

100%

74544 

236.9 

14457.0 

2279 

5.2 

47.38 

11306.2 

* The above data was measured by HOBBYWING Laboratory at room temperature 25°C, at sea level, with varying throttle input, for reference only.
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