Electric Motor Heat Testing - Tyto Robotics

DEP Testing

dep test stand

DEP Testing

Flight Stand 500

flight stand thrust stand 500 kgf

Flight Stand 500

Flight Stand 150

flight stand 150 thrust stand

Flight Stand 150

Flight Stand 50

flight stand 50 thrust stand

Flight Stand 50

Flight Stand 15

thrust stand 15 kgf

Flight Stand 15

Series 1585

thrust stand 5 kgf

Series 1585

Wind Tunnels

windshaper

Wind Tunnels

Prop Testing Station

propeller test rig

Prop Testing Station

Our thrust stands collect temperature data from three points simultaneously.

motor overheating

drone thrust stand

What Tests Can I Perform?

Test your limits- determine the max temperature for safe operation
Endurance test- long form tests in a heated environment
Flight replay- replay flights with controller data and study temperature changes

Why Perform Motor Heat Testing

Determine limits when there's no clear documentation
Prevent overheating and failure
Save money by protecting components
Optimize flight plans based on data

coaxial thrust stand

motor heat loss diagram

How to Perform Motor Heat Tests

1. Install your motor and propeller on the thrust stand

2. Attach up to 3 temperature probes to the propulsion system

3. Create a model to estimate temperature dissipation

4. Open the software and connect the test stand

5. Design a manual or automated test and click ‘Run’

6. Export data to a .CSV file and look at temperature changes

Discover the Software

How to Avoid Overheating

We explain how to avoid overheating and electrical failures when building drones.