H160
H160 is designed for 300-900 V DC propulsion systems, with a rated input current of 40A and a motor mass of 9500±100g. Designed for durability, with a service life of up to 5000 hours.
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.
Actual service life depends on load, temperature, installation and maintenance. Confirm the applicable model and operating conditions when selecting a motor.
H160 High-voltage brushless motor
H160 is designed for 300-900 V DC propulsion systems, with a rated input current of 40A and a motor mass of 9500±100g. Designed for durability, with a service life of up to 5000 hours. Use test data for the relevant winding, propeller and voltage. An individual test point does not establish a continuous-duty rating. Actual service life depends on load, temperature, installation and maintenance. Confirm the applicable model and operating conditions when selecting a motor.
Final configuration depends on operating conditions and the agreed specification.
Key benefits
Up to 5000 hours of service life
Quality and reliability first
Match the motor, ESC and propeller to the target voltage, load and cooling conditions.
Dimension, mounting and wiring information supports engineering integration.
Specifications
Final configuration depends on operating conditions and the agreed specification.
| Model | H160 |
|---|---|
| Category | Brushless propulsion |
| Input voltage | 300-900 V DC |
| Rated input current | 40A |
| No-load current | 12A (400V) |
| Maximum current | 221A±2A (15KV) |
| Motor mass | 9500±100g |
| Operating temperature | -10 ~ 65 °C |
| Storage temperature | -10 ~ 50 °C |
| Storage humidity | ≤85% |
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.