IV9 (7224)
Features FAQ Download
IV9 Integrated Fixed-Wing Cruise Power System
For 28–35 kg fixed-wing and VTOL cruise platforms
IV7224
IV9 Recommendations
IV9 (7224) KV160
MOTOR
14S FOC IV150A
ESC
24*12
PROPELLER
12S
Voltage
28~35kg
MTOW
IV9 (7224) KV190
MOTOR
14S FOC IV150A
ESC
22*10
PROPELLER
12S
Voltage
28~35kg
MTOW
Technical Drawing
Specification
Model No.IV9 (7224) KV160
SetupIV9 (7224) Motor+14S FOC IV150A ESC
Propeller22*10, 24*10, 24*12
Voltage12~14S (LiPo)
Max. Continuous Power956W
Power CablesSilicone Wires-Red/Black-10AWG-1800mm
Signal WiresShielded Wire-Black-OD4.2-5C-1200mm-JP-3P*2-Black Blank White-Green Yellow Grey
Weight1300±2%g
IPIPX5
Recommended Ambient Temperature-30~60℃
Model No.IV9 (7224) KV190
SetupIV9 (7224) Motor+14S FOC IV150A ESC
Propeller22*10
Voltage12S (LiPo)
Max. Continuous Power881W
Power CablesSilicone Wires-Red/Black-10AWG-1800mm
Signal WiresShielded Wire-Black-OD4.2-5C-1200mm-JP-3P*2-Black Blank White-Green Yellow Grey
Weight1300±2%g
IPIPX5
Recommended Ambient Temperature-30~60℃
Motor Specs
Stator Size72*24mm
KV160
Stator Size72*24mm
KV190
ESC Specs
Throttle Pos. Range1040~1940us (Fixed)
Max. Voltage60V
ProtocolDRONE CAN, UAV CAN
Peak Output Current (Last For 3s)150A (Open Environment With Temperature≤60℃)
Control MethodPWM/CAN
BECNo
Throttle Refresh Rate50~500Hz
Throttle Response Speed300ms
Test Data
TypeVoltage
(V)
ThrottleCurrent
(A)
Thrust
(g)
Motor
Efficiency
(%)
Overall
Efficiency
(gf/W)
Operating
Temperature
(℃)
IV9 (7224) KV160
+
14S FOC IV150A
+
24*10
4830%2.82133873.449.8884
(Ambient
Temperature:
25)
35%4.17188776.679.42
40%5.99253783.188.82
45%8.40331882.978.22
50%11.25414787.007.68
55%14.82506388.437.11
60%19.22613988.056.65
65%24.25723990.616.21
70%30.32846090.015.81
75%37.63984390.755.45
80%46.831143389.815.09
85%57.691313889.444.75
90%71.791537786.184.47
95%92.721758486.543.96
100%100.021846786.473.86
IV9 (7224) KV160
+
14S FOC IV150A
+
24*12
4830%3.16157975.9610.3886
(Ambient
Temperature:
25)
35%4.77219780.779.58
40%6.87293483.278.87
45%9.59377886.128.19
50%12.99471786.887.55
55%17.22579088.836.99
60%22.27696088.746.50
65%28.39822488.476.03
70%35.24962091.005.68
75%44.341111489.605.22
80%54.821278789.764.86
85%68.171468388.144.49
90%86.991703585.894.09
95%98.841836284.313.88
100%98.821834184.343.87
IV9 (7224) KV160
+
14S FOC IV150A
+
22*10
6030%3.14159372.908.4791
(Ambient
Temperature:
25)
35%4.59218876.477.97
40%6.52291581.057.47
45%9.00376684.406.99
50%12.14475787.176.55
55%15.97584787.696.12
60%20.65703689.635.69
65%26.46841789.375.32
70%33.45990590.504.95
75%41.811157290.344.63
80%52.181342392.154.30
85%65.331550890.303.97
90%86.181733688.193.37
95%105.911845885.602.92
100%105.791844385.452.92
IV9 (7224) KV190
+
14S FOC IV150A
+
22*10
4830%3.85149867.138.1191
(Ambient
Temperature:
25)
35%5.50206072.067.82
40%7.65272177.157.42
45%10.46349980.996.98
50%14.07444182.706.58
55%18.39543785.766.17
60%23.88659486.955.76
65%30.28779687.425.37
70%37.89915187.255.04
75%47.241067888.264.72
80%58.511232187.824.40
85%72.211409486.504.08
90%88.661654786.873.90
95%122.181739383.072.98
100%121.671737982.972.99
Note: Motor temperature is the motor surface temperature at 100% throttle running 3min. (Data above based on IPET SYSTEM benchtest are for reference only. Final interpretation rights reserved by IPET SYSTEM.)
Is it normal for the IV9(7224) motor to keep beeping after power-on?
Yes, this is normal. After power-on, the ESC performs a self-check, and the initial beeping comes from this startup process. The motor will only start after it receives a valid PWM throttle signal. If the motor does not spin after self-check, please check the flight controller’s PWM output and arming status.

IPET-IV9(7224) Specifications & Technical Drawing

Update : 2026-05-12

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IPET-IV9(7224) Bench Test Data

Update : 2026-05-12

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IPET-IV9(7224) 3D Model (STEP)

Update : 2026-04-28

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