H160 High-voltage brushless motor
BRUSHLESS PROPULSION

H160High-voltage brushless motor

H160 is designed for 300-900 V DC propulsion systems, with a rated input current of 40 A and a motor mass of 9500 ± 100 g. Designed for durability, with a service life of up to 5000 hours.

Input voltage
300-900 V DC
Rated input current
40A
No-load current
12A (400V)
Outstanding quality. Lasting reliability.5000h

Motor service life of up to 5000 hours

Quality that matters every time the motor runs. Our brushless motors prioritise long service life and consistent performance, helping reduce replacement frequency in drones and industrial equipment.

Quality and reliability firstDesigned for long service lifeMatched to your operating conditions

Actual service life depends on load, temperature, installation and maintenance. Confirm the applicable model and operating conditions when selecting a motor.

Overview

H160 High-voltage brushless motor

H160 accepts 300-900 V DC. Evaluate rated current, propeller and required thrust at a common operating point. The source test conditions and point-by-point results below help compare power requirements. Motor mass, mounting geometry and cooling also affect system integration.

Final configuration depends on operating conditions and the agreed specification.

Key benefits

Key benefits

01

Up to 5000 hours of service life

02

Quality and reliability first

03

Match the motor, ESC and propeller to the target voltage, load and cooling conditions.

04

Dimension, mounting and wiring information supports engineering integration.

H160

Selection and application guide

Design and application value

Propulsion performance depends on the motor, ESC, propeller and power supply working together. Changing the propeller changes current, thrust and temperature rise. Start with the test table for the intended propeller and supply, then validate the operating point in the complete system.

Choosing the right configuration

Define take-off mass, rotor count, hover thrust, peak mission load and supply range before selecting a motor. Allow current and thermal headroom and check the shaft, mounting pattern, propeller hub and wiring. Do not treat maximum tabulated thrust as sustained hover capability.

Installation and integration

Isolate power and confirm safe discharge before wiring. Check rotation without a propeller; to reverse it, isolate power again and exchange any two phase leads. With the propeller fitted, increase load gradually in a controlled test area and record voltage, current, speed, thrust, vibration and temperature; inspect fasteners.

Operation and maintenance

Stop for abnormal noise, vibration, overheating or binding. Never carry the motor by its leads or shaft; inspect insulation and bearings after a drop. The documentation requires bearing temperature below 100 °C in the worst case. Service life up to 5000 hours remains dependent on load, temperature, installation and maintenance.

Structure and connection reference

Geometry follows the source. Verify the actual model and approved drawing before installation.

H160 · Structure and connection reference
H160 · Geometry follows the source. Verify the actual model and approved drawing before installation.
H160 · Structure and connection reference
H160 · Geometry follows the source. Verify the actual model and approved drawing before installation.
Specifications

Specifications

Final configuration depends on operating conditions and the agreed specification.

ModelH160
CategoryBrushless propulsion
Input voltage300-900 V DC
Rated input current40A
No-load current12A (400V)
Maximum current221A±2A (15KV)
Motor mass9500±100g
Operating temperature-10 ~ 65 °C
Storage temperature-10 ~ 50 °C
Storage humidity≤85%

Source performance data

Test points do not establish continuous-duty ratings. See the Chinese or English manual for conditions and notes.

Source performance data 1
KV
15
Product mass
9500 g
Propeller diameter × pitch
6015
Test voltage / V
300 V
00430161796986031359371290475390617206271874Thrust / gInput power / W
Current / AInput power / WThrust / gThrust per watt / g/WThrottle / %
4.01210120589.9715
7.32200209789.5421
13.84125305027.3928
19.65885423727.2035
27.58250539456.5442
43.112925722115.5948
55.016500880615.3455
64.219250970205.0461
82.1246401079104.3868
92.4277201197904.3275
108.7326151306804.0181
130.5391601326603.3987
154.0462001455303.1593
183.3550001514702.7596
221.8665501564202.35100
Source performance data 2
KV
15
Product mass
9500 g
Propeller diameter × pitch
5195
Test voltage / V
300 V
00359371633571874326701078114900514374865340Thrust / gInput power / W
Current / AInput power / WThrust / gThrust per watt / g/WThrottle / %
5.11540120587.8320
11.03300210676.3826
18.35500318195.7932
28.28470427785.0538
33.09900490154.9544
42.512760607664.7650
53.716115721314.4856
58.717600831604.7361
64.919470910804.6867
75.222550960304.2673
95.7287101118703.9079
117.3352001188003.3885
139.3418001227602.9491
161.3484001287002.6695
201.7605001306802.16100
Downloads

Downloads

Documentation covers dimensions, performance data and operating requirements. Contact Mr. Liu for selection advice or after-sales support.

Find the right equipment and propulsion for your project

Final configuration depends on operating conditions and the agreed specification.

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