The software allows for manual control of ECS throttle via a slider and enables adjustments to propeller blade pitches. Data can be visualized in real-time and exported as .CSV files for further analysis.
With robust scripting features,users can conduct various automated tests,including endurance tests,quality control checks,and RPM data collection.
Motor & propeller Testing Platforms
series 1585 Drone Testing Platform
Professional propulsion testing for small to medium UAVs
The Series 1585 is a refined testing platform designed to measure and analyze all aspects of your drone’s propulsion system, including thrust, torque, voltage, current, motor speed, vibration, and efficiency.
With improved dynamic response, enhanced power capacity, and superior electrical noise immunity, this platform helps optimize flight duration, payload capacity, and reliability for quadcopters, multirotors, and fixed-wing drones.
This all-in-one solution is ready for immediate testing upon unboxing. It features a built-in precision ohmmeter for measuring motor winding resistance and includes expansion ports for additional sensors like temperature, airspeed, and optical RPM probes. The motor mounting plate accommodates any small to medium brushless motors.
Flight Stand 15
Thrust and torque testing for small to medium UAVs
The Flight Stand 15 is a specialized testing platform for propulsion systems in small to medium drones, capable of measuring up to 15 kgf of thrust and 8 Nm of torque, along with various parameters such as RPM, current, voltage, temperature, and efficiency of both propellers and motors.
This stand supports realistic testing of dual-motor configurations in various setups, including back-to-back and offset arrangements.Flight controller data can be integrated into the testing software, allowing for real-time throttle input simulation.
The Flight stand 15 is offered in Standard and pro versions, with the Pro version providing enhanced dynamic testing capabilities and higher accuracy. All test stands are meticulously calibrated to ASTM standards to ensure the highest measurement precision.
Flight Stand 50
Thrust and torque testing for medium to large UAVs
The flight Stand 50 is designed for testing propulsion systems in medium to large drones,capable of measuring up to 50 kgf of thrust and 30 Nm of torque,along with various parameters such as RPM,current,voltage,temperature,and efficiency metrics for both propellers and motors.
This stand also supports dual-motor configurations for realistic testing scenarios. Flight controller data can be uploaded to the testing software for real-time throttle input simulation.
The flight Stand 50 is available in both Standard and Pro versions, with the pro version offering enhanced dynamic testing capabilities and higher accuracy. All test stands are rigorously calibrated to ASTM standards to ensure maximum measurement precision.
Flight Stand 150
Propeller and motor testing for large drones and eVTOL aircraft
The Flight Stand 150 is the largest commercial off-the-shelf (COTS) drone testing platform available, tailored for developers of large drones and eVTOL aircraft. It allows precise characterization and evaluation of UAV motors and propellers, measuring up to 150 kgf of thrust and 150 Nm of torque.
This professional-grade testing platform is offered in both standard and Pro versions. The Standard version is suited for static testing, while the Pro version enables real-time dynamic testing with a 1 kHz sampling rate. All stands are meticulously calibrated to ASTM standards to ensure maximum measurement accuracy.
Flight Stand 500
UAV and UAM thrust testing for very large motors and propellers
The Flight Stand 500 is a thorough testing platform designed for large brushless motors and propellers used in heavy-lift eVTOL drones and urban air mobility (UAM) systems. Featuring a frictionless measurement system for high-accuracy results, it can sample at up to 1 kHz, facilitating real-time dynamic testing and precise performance analysis.
The complete package includes a force measurement unit (FMU), an electric measurement unit (EMU), a robust tubular structure, a synchronization hub for measurements, an optical RPM probe, and multiple temperature probes. The accompanying Flight Stand software offers intuitive operation and visualization of test plans and data.
For more details: Flight Stand 500
Distributed Electric Propulsion Testing Solutions
Test stands supporting simultaneous testing of up to 8 drone motors and propellers
Our innovative distributed electric propulsion test stand allows engineers to connect and test up to eight motors and propellers at once, significantly increasing the testing capacity compared to previous models. Users can evaluate a wide range of critical parameters, including vibration, ESC responsiveness, and component characterization.
With our proprietary flight Stand software, users can manage and record data for up to eight stands from a single computer. Any configuration can be tested, including quadcopters, hexacopters, octocopters, and coaxial designs.
The testing solution is available in three different ratings: 15 kgf, 50 kgf, and 150 kgf.
Windshapers – Wind Tunnel Testing for Drones
Wind tunnel models for UAV and aircraft characterization
Our Windshapers are modular, scalable open-air wind generators that can be fully customized to suit your testing requirements. Built from blocks of nine fans measuring 10 by 10 inches, Windshapers facilitate free flight tests in your lab environment.
The accompanying software allows for individual control of each fan, simulating real-world conditions. Additional testing capabilities can be integrated, including weather effects, motion capture systems, or tilting mechanisms.
20 x 20 inches
30 x 60 inches
80 x 80 inches
120 x 80 inches
