Tyto Robotics is a leading developer of professional test equipment for UAVs (unmanned aerial vehicles) and drones. Our drone motor and propeller test stands, along with our state-of-the-art wind tunnel testing technology, allow unmanned aircraft manufacturers to create highly optimized and efficient drone platforms.
All our drone test stands are bundled with our advanced RCbenchmark data acquisition software, allowing you to easily and intuitively control the stand, log data, and automate testing.
The software provides the ability to manually control ECS throttle with a slider, and to change the blade pitches of your propellers. Data can be plotted on-screen in real time, and exported to .CSV files for further processing.
Powerful scripting capabilities allow you to run any kind of automated test, including ramped endurance tests, pass/fail quality control, and RPM data capture.
The Series 1585 is a professional test stand that allows you to measure and characterize anything you need to know about your drone’s propulsion system, including thrust, torque, voltage, current, motor rotation speed, vibration, and efficiency.
With enhanced dynamic response, greater power capacity, and increased electrical noise immunity, it allows you to optimize flight time, payload and reliability for quadcopter, multirotor and fixed-wing drone designs.
The turnkey solution provides everything you need to begin testing right out of the box. It includes a built-in precision ohmmeter for motor winding resistance measurement, and features expansion ports for additional sensors such as temperature, airspeed and optical RPM probes. The included motor mounting plate allows you to test any small- to medium-sized brushless motors.
Specifications:
| Max Thrust | 5 kgf |
| Max Torque | 1.5 Nm |
| Max Voltage | 50V |
| Max Continuous Current | 55A |
| Max Force Measurement rate | Up to 80 Hz |
More information: Series 1585 Drone Test Stand
The Series 1780 is an ideal all-in-one solution for characterizing the propulsion systems large drones, allowing you to find the most efficient motor/propeller combination for your platform.
The stand supports single or coaxial motor testing in several configurations, and comes in three different sizes (25, 40 and 75 kgf) to suit a range of testing needs.
Rotor configurations include:
The RCbenchmark Series 1780 can be used to test and characterize the efficiency of your propellers, optimizing diameter, pitch, and material. The 75 kgf variant allows you to test propellers up to 70 inches (1.70 meters) in diameter.
The test stand’s load cell has been specially designed for brushless drone motor and propeller testing, with a mounting plate that supports all varieties of electric motors.
The load cells have been mounted in a tripod configuration to maximize space and optimize aerodynamic properties, and can measure up to 75 kgf of thrust and 48 Nm of torque per propeller.
Specifications:
| Max Thrust | 25 kgf | 40 kgf | 75 kgf |
| Max Torque | 12 Nm | 18 Nm | 48 Nm |
| Max Voltage | 60V | 60V | 100V |
| Max Continuous Current | 100A | 150A | 500A |
| Max Angular Speed | 190k RPM | 190k RPM | 100k RPM |
More information: Series 1780 Drone Test Stand
Our Windshapers are modular, scalable open air wind generators that are fully customizable to meet your testing needs. Based on blocks of nine fans measuring 10 by 10 inches, Windshapers allow you to easily perform free flight tests in your own lab.
The included software allows you to control each fan individually, simulating conditions found in the real world. Additional test capabilities can be added including weather effects, a motion capture system, or tilting mechanisms.
20 x 20 inches
30 x 60 inches
80 x 80 inches
120 x 120 inches
More information: Windshapers – wind testing and wind tunnel modeling
The RCbenchmark Series 1585 Education Kit provides students with everything they need to get started on learning about propulsion testing and the theory of brushless motors and propellers.
Ideal for laboratory classes, the kit includes:
We have also provided two laboratory coursewares that will guide students through the process of testing different motors and propellers.
More information: Series 1585 Education Kit
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