LY-10KGF thrust stand, also named LY-10KGF drone test equipment, is an advanced test tool to measure and record the thrust, torque, voltage, current, RPM, motor and propeller efficiency of medium-sized propulsion systems. WingFlying is a professional drone test stand supplier in China, providing advanced drone test equipment for you.
It is capable of measuring 1-10kg thrust and max torque 5 N•M, which is great to test the propulsion system of medium-sized drones.
Suggested Propulsion System | Max thrust>1kgf |
Max Thrust | 10KG |
Max Propeller | 30inch |
Torque | 5 N•m |
Current | 0-100A |
Voltage | 5-65V |
RPM | 30-15000 RPM |
Welcome to Download Datasheet here.
Stand Testing
Minimize Ground Effect
The drone test stand is used with the ground support and stand support which make it easier to complete the assembly.
The stand structure will reduce the ground effect and ensure an accurate measurement data.
LY-10KGF Powerful Beyond Imagination
10 KGF thrust stand WINGFLYING provides comes with everything you need and expect. The drone test equipment will surprise you with its high performance.
Dimension 775*585*530mm
Max Propeller 30inch
Max Thrust 10KGF
Torque 5 N.M
Voltage Range 8~65V
300-150000RMP
Current 0~100A
Automatic Test & User-Defined Software
The 10 KGF drone test equipment comes with quality open-source software. You can control the drone test equipment manually or write scripts for custom automatic testing.
Growth Mode
Custom Mode
Growth Mode
Define any throttle point and duration
Precision < 0.1S
Universal Motor Mount, Compatible with 25-150mm diameter
1. Abnormal Voltage & Fail to Unlock Throttle
(1) It is prohibited to unlock throttle if no propulsion system connected or voltage exceeds the range.
(2) Unstable data connection : All buttons in yellow but able to see some parameters. Please check data connection or restart the test bench and computer.
2. Current Displays Error(measuring low current)
(1) "Clear Current" before test even if current displays "0".
(2) Current accuracy of test bench is 0.5% F.S., that is, the 150A sensor accuracy is ±0.75A. Generally, the error is less than 0.1%F.S. at factory calibration. The final error is less than 0.5%F.S in complicated environment.
3. RPM Sensor Displays Error
(1) Ensure you have input correct motor pairs. (Refer to the "Slot" in Motor Specification ) For example, "36N42P", the magnetic pole number is 42 and pole pair is 21;
(2) The RPM test may be abnormal if there is a phase failure.
E-mail: sandy@wing-flying.com
Add.: 7th Floor, B2#,Animation Building, Sino-Singapore Tianjin Eco-City