Series 1580 Thrust Stand and Dynamometer
Professional tool for small UAVs.
A premium dynamometer which measures all you need to know about your propulsion system. Record thrust, torque, voltage, current, motor rotation speed, and vibration.
It comes with a USB interface and software for automated control and data-logging.
Maximize Flight Time and Performance
Spend less time testing.
The Series 1580 measures torque and derives from it the efficiency of your motor. It provides professional characterization and helps you to find the optimal propulsion components in your project.
5 kgf (11 lbf)
40 A continuous
Advanced Tool and Great Software
By designers, for designers.
Increase flight time and reliability.
Test flight modes quickly: control the swash plate with built in servo outputs.
Cars and Robots
Increase range capability of small vehicles using motors generating up to 1.5 Nm.
Optimize the flight time, payload and climb rate.
A Turn-Key Solution for UAV Designers
Enhanced reliability and add-on features.
With everything included in the box, you don't need to build or use multiple tools for your tests.
It even includes a torque and thrust calibration kit with a precision calibration weight, ensuring your measurements are accurate.
Adaptable and Easy to Use
Reduce development time.
The professional test tool comes with a built-in precision ohmmeter for motor winding resistance measurement, and it has expansion ports to connect additional sensors.
Multiple Accessories to Achieve Peak Performance
Simplify your tests and obtain more data.
The no-solder board lets you quickly swap motors without soldering bullet connectors.
The Series 1580 supports up to three probes to measure temperature from -10°C to +120°C.
A differential pressure sensor fully integrated with our software to facilitate wind tunnel testing.
Optical RPM Probe
Use the optical RPM probe for low Kv motors (<700) or high rotation speed tests (>200,000 eRPM).
Included, Powerful, and User-Friendly Software
A simple approach to obtain flight data.
Control your motor manually or automatically. Set safety cutoffs to reduce the chance of damage during intensive tests. Get real-time feedback with live plots and automate tests with customizable scripts.