WINGFLYING is a leading manufacturer, supplier and exporter of brushless motor thrust test stand in China. WINGFLYING provides UAV power system — brushless motor thrust test stand for UAV manufacturers, UAV motor manufacturers and propeller manufacturers from all over the world. The power system includes UAV motors, UAV propellers, and UAV engines with high performance and automatic controlling system. Adhering to the pursuit of perfect quality of products, our brushless motor thrust test stand have satisfied many customers. With extreme design, high-quality raw materials, high performance and competitive price, our brushless motor thrust test stand can satisfy every customer from worldwide. The perfect before & after-sales services from Wingflying will ensure that you have good experience during the purchase. If you are interested in our brushless motor thrust test stand products or want to know the price of brushless motor thrust test stand, don't hesitate to consult us now, we will reply you once we get your inquiry!


Looking for a reliable and accurate brushless motor thrust test stand? Wingflying offers industry-leading solutions for testing brushless motors used in drones, RC aircraft, electric vehicles, and lab experiments. Our test stands are designed to measure key performance indicators such as thrust, torque, voltage, current, RPM, and motor efficiency.

Whether you're conducting R&D, verifying ESC performance, or optimizing propeller configurations, our brushless motor test stands deliver precise and repeatable results.


 What Is a Brushless Motor Thrust Test Stand?

A brushless motor thrust test stand is an advanced testing device used to evaluate the performance of BLDC (brushless DC) motors. It allows engineers, developers, and hobbyists to test:

  • Thrust output under various throttle conditions

  • Torque during load variations

  • Current draw & voltage stability

  • RPM vs efficiency curves

  • ESC compatibility and control behavior

All our test stands are equipped with intelligent control software for automated brushless motor test procedures and data analysis.


Key Features of Wingflying’s Brushless Motor Test Stands

  • High Accuracy (<0.1s sampling) for thrust and torque measurement

  • Test brushless motors with up to 70kgf thrust capability

  • Compatible with motor sizes from 25mm to 150mm in diameter

  • Wide voltage range (5–65V) & current up to 100A

  • Works with propellers up to 30–40 inches

  • Integrated MET Software for automation, CSV export, scripting, and real-time display


    MET Software – Automate Your Brushless Motor Test

  • Our brushless motor thrust test stand works seamlessly with MET software, enabling:

  • Manual or script-based test execution

  • Real-time display of thrust, current, RPM, voltage, and torque

  • Custom throttle curve setup

  • Brushless motor performance comparison

  • Data output in CSV format for engineering analysis

  • With MET software, your brushless motor testing becomes faster, smarter, and easier to manage.



Use Cases & Applications

  • UAV brushless motor testing

  • RC airplane propulsion system verification

  • ESC + propeller system evaluation

  • Electric skateboard motor performance tests

  • Academic research and classroom experiments

  • Electric boat and e-bike motor analysis


    Why Choose Wingflying for Brushless Motor Testing?

  • Wingflying specializes in high-performance brushless motor thrust test systems for commercial and industrial applications. We are committed to delivering:

  • Accurate & repeatable results

  • Smart software integration

  • Universal compatibility

  • Worldwide shipping

  • OEM customization support

  • Whether you're a drone startup, lab engineer, or RC enthusiast, we have the right brushless motor test stand to meet your needs.


    FAQ – Brushless Motor Thrust Testing

  • Q: What size of brushless motors can your stands support?
    A: From 25mm to 150mm in diameter, including most UAV and RC motors.

  • Q: Can I automate my motor test process?
    A: Yes, via MET software. Write custom scripts or use preset test modes.

  • Q: Do the stands measure propeller efficiency?
    A: Yes. Efficiency = Propeller Output Power / Input Power (Watts). MET software will calculate this in real time.


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