T-MOTOR AT4130 Long Shaft Fixed Wing VTOL Motor - KV230
T-MOTOR AT4130 Long Shaft Fixed Wing VTOL Motor - KV230 - Image 2
T-MOTOR AT4130 Long Shaft Fixed Wing VTOL Motor - KV230 - Image 3

T-MOTOR AT4130 Long Shaft Fixed Wing VTOL Motor – KV230

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About T-MOTOR AT4130 Long Shaft Fixed Wing VTOL Motor

T-MOTOR AT4130 LONG SHAFT 230KV motor with three different KV options which include 230KV 300KV and 450KV.

It can be worked under 6-12S lipos. Lightweight yet robust efficiecny design with around 405-408g. The AT4130 supporting a maximum power of approximately 3200W. And it also can be worked for 12-15kg VTOL fixed-wing.Recommended to be used with T-Motor AT115A and T-Motor FS15*8 folding propellers

AT4130 Highlights:

1.The T-Motor AT4130 Long Axis is a powerful and durable brushless motor ideal for multi-rotor applications. The engine’s long-shaft design delivers superior performance and efficiency, making it ideal for heavy payloads and long flight times.

2.The motor is carefully built with high-quality materials, advanced in design, reliable and stable. Perfectly balanced rotors ensure smooth operation and reduce vibration, improving overall flight and image quality.

3.With its impressive power range, the T-Motor AT4130 Long Axis delivers the power needed for demanding flight applications.

4.The T-Motor AT4130 Long Axis is an essential engine for anyone looking for power, stability and durability in a multi-rotor platform. With its advanced features and reliable performance, this motor is an excellent choice for demanding drone applications.

Packing List Includes:

1x T-MOTOR AT4130 Motor

1x Hardware pack

Description

工程图.jpg

Specification
Test Item Long ShaftKV230 Weight (Incl. Cable) 408g
Motor Dimensions Φ50*79mm Internal Resistance 60mΩ
Lead Enameled Wire100mm Configuration 12N14P
Shaft Diameter IN：6mm
OUT：6mm		 Rated Voltage(Lipo) 12S
Idle Current(10V) 1.4A Peak Current(180s) 60A
Max Power (180S) 2500W Recommendation /
Test Item Long ShaftKV300 Weight (Incl. Cable) 405g
Motor Dimensions Φ50*79mm Internal Resistance 32mΩ
Lead Enameled Wire100mm Configuration 12N14P
Shaft Diameter IN：6mm
OUT：6mm		 Rated Voltage(Lipo) 6-12S
Idle Current(10V) 1.8A Peak Current(180s) 75A
Max Power (180S) 3200W Recommendation /
Test Item Long ShaftKV450 Weight (Incl. Cable) 408g
Motor Dimensions Φ50*79mm Internal Resistance 16.8mΩ
Lead Enameled Wire100mm Configuration 12N14P
Shaft Diameter IN：6mm
OUT：6mm		 Rated Voltage(Lipo) 6S
Idle Current(10V) 2.5A Peak Current(180s) 75A
Max Power (180S) 1800W Recommendation /
Test Data
Type Propeller Throttle Voltage
(V)		 Current
(A)		 Power
(W)		 RPM Torque
(N*m)		 Thrust
(g)		 Efficiency
(g/W)		 Operating

Temperature

(℃)
AT4130
Long Shaft
KV230		 APC
16*8		 40% 44.40 2.87 127.58 3701 0.226 1087 8.52 78
(AmbientTemperature:

/)
45% 44.38 3.73 165.46 4105 0.284 1341 8.10
50% 44.36 5.18 229.88 4664 0.366 1744 7.59
55% 44.34 6.83 302.67 5143 0.450 2139 7.07
60% 44.31 8.56 302.67 5546 0.531 2513 6.63
65% 44.26 10.59 468.76 5941 0.616 2906 6.20
70% 44.22 13.10 579.10 6363 0.719 3366 5.81
75% 44.16 16.32 720.88 6827 0.841 3903 5.41
80% 44.10 19.63 865.54 7215 0.958 4407 5.09
90% 43.96 27.66 1215.78 7875 1.174 5293 4.35
100% 43.78 38.25 1674.45 8646 1.521 6395 3.82
APC
17*10		 40% 44.52 3.84 171.08 3512 0.349 1459 8.53 97
(AmbientTemperature:

/)
45% 44.51 4.81 213.89 3869 0.424 1768 8.27
50% 44.47 6.96 309.40 4395 0.547 2285 7.38
55% 44.43 9.59 426.03 4902 0.690 2867 6.73
60% 44.34 13.34 591.63 5359 0.835 3459 5.85
65% 44.30 15.79 699.52 5679 0.948 3905 5.58
70% 44.24 19.07 843.63 6038 1.087 4428 5.25
75% 44.16 23.84 1052.67 6438 1.248 5069 4.82
80% 44.08 28.30 1247.65 6806 1.410 5650 4.53
90% 43.88 39.96 1753.67 7468 1.780 6939 3.96
100% 43.62 55.63 2426.63 7891 2.101 7630 3.14
Note: Motor temperature is motor surface temperature at 100% throttle running 3mins.
(Date above based on benchtest are for reference only, comparion with that of other motor types is not recommended.)
AT4130
Long Shaft
KV300		 APC
17*10		 40% 29.90 4.05 121.08 3148 0.284 1175 9.70 68
(AmbientTemperature:

/)
45% 29.88 5.27 157.61 3471 0.351 1458 9.25
50% 29.82 8.14 242.78 3959 0.458 1903 7.84
55% 29.76 11.40 339.11 4399 0.566 2355 6.94
60% 29.73 14.01 416.40 4747 0.669 2773 6.66
65% 29.66 17.51 519.33 5085 0.772 3187 6.14
70% 29.59 21.50 636.19 5475 0.900 3696 5.81
75% 29.50 26.67 787.01 5821 1.027 4198 5.33
80% 29.43 31.27 920.27 6126 1.145 4662 5.07
90% 29.21 43.47 1269.79 6717 1.411 5652 4.45
100% 29.01 55.72 1616.42 7215 1.670 6577 4.07
APC
18*8		 40% 29.90 4.08 122.11 3124 0.285 1246 10.20 85
(AmbientTemperature:

/)
45% 29.87 5.54 165.57 3478 0.355 1573 9.50
50% 29.82 8.36 249.20 3969 0.462 2061 8.27
55% 29.78 11.20 333.59 4404 0.577 2542 7.62
60% 29.71 14.42 428.57 4781 0.681 3027 7.07
65% 29.67 17.26 512.26 5093 0.771 3438 6.71
70% 29.59 21.71 642.57 5476 0.906 4019 6.26
75% 29.49 26.99 796.16 5800 1.034 4601 5.78
80% 29.41 32.15 945.54 6147 1.169 5145 5.44
90% 29.22 43.46 1269.83 6721 1.428 6224 4.90
100% 29.01 55.77 1617.91 7201 1.672 7231 4.47
APC
14*7		 40% 44.53 3.40 151.51 4778 0.202 1086 7.17 82
(AmbientTemperature:

/)
45% 44.50 4.53 201.78 5356 0.258 1375 6.81
50% 44.47 6.46 287.44 6077 0.339 1796 6.25
55% 44.41 8.76 388.82 6659 0.418 2183 5.62
60% 44.38 11.21 497.36 7306 0.509 2633 5.29
65% 44.35 13.42 595.23 7783 0.586 2989 5.02
70% 44.28 17.04 754.68 8371 0.699 3536 4.69
75% 44.19 22.48 993.34 9045 0.837 4146 4.17
80% 44.11 26.78 1181.17 9528 0.967 4686 3.97
90% 43.89 39.41 1729.89 10475 1.290 5432 3.14
100% 43.67 53.21 2323.39 11329 1.595 6283 2.70
APC
15*8		 40% 44.32 4.37 193.70 4605 0.294 1431 7.39 85
(AmbientTemperature:

/)
45% 44.31 5.73 253.89 5142 0.366 1779 7.01
50% 44.25 8.48 375.21 5885 0.484 2342 6.24
55% 44.20 11.61 513.33 6502 0.613 2928 5.70
60% 44.13 15.12 667.08 7064 0.731 3484 5.22
65% 44.07 18.52 816.06 7526 0.848 4010 4.91
70% 44.01 22.29 981.04 8039 0.983 4569 4.66
75% 43.84 30.92 1355.63 8623 1.208 5080 3.75
80% 43.72 38.65 1689.88 9142 1.420 5694 3.37
90% 43.43 55.53 2412.02 9931 1.801 6751 2.80
100% 43.14 72.26 3117.41 10572 2.171 7787 2.50
Note: Motor temperature is motor surface temperature at 100% throttle running 3mins.
(Date above based on benchtest are for reference only, comparion with that of other motor types is not recommended.)
AT4130
Long Shaft
KV450		 APC
17*10		 40% 22.24 9.57 212.83 3706 0.397 1632 7.67 63
(AmbientTemperature:

/)
45% 22.21 11.55 256.58 3969 0.457 1873 7.30
50% 22.16 14.22 315.17 4285 0.533 2182 6.92
55% 22.08 18.77 414.61 4705 0.655 2671 6.44
60% 22.01 23.17 510.03 5078 0.764 3124 6.13
65% 21.92 28.60 627.00 5418 0.885 3610 5.76
70% 21.82 34.25 747.18 5733 0.993 4039 5.41
75% 21.72 40.63 882.51 6090 1.113 4486 5.08
80% 21.57 49.20 1061.39 6405 1.274 5113 4.82
90% 21.31 65.24 1390.48 6926 1.540 6091 4.38
100% 21.16 74.27 1571.68 7167 1.676 6534 4.16
APC
18*8		 40% 22.24 9.57 212.80 3696 0.400 1778 8.35 81
(AmbientTemperature:

/)
45% 22.21 11.36 252.32 3953 0.454 2016 7.99
50% 22.16 14.17 314.14 4283 0.533 2356 7.50
55% 22.09 18.30 404.33 4684 0.643 2830 7.00
60% 22.01 23.22 511.02 5082 0.765 3374 6.60
65% 21.93 28.09 615.93 5403 0.870 3824 6.21
70% 21.84 33.66 735.00 5719 0.994 4355 5.93
75% 21.72 40.51 879.75 6048 1.120 4908 5.58
80% 21.60 47.54 1026.98 6360 1.248 5409 5.27
90% 21.34 63.11 1346.94 6905 1.503 6471 4.80
100% 21.18 72.70 1540.06 7201 1.641 7017 4.56
Note: Motor temperature is motor surface temperature at 100% throttle running 3mins.
(Date above based on benchtest are for reference only, comparion with that of other motor types is not recommended.)

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