Comparison of Torque Sensor Technology

This video was produced in collaboration with Transense Technologies PLC www.transense.com/ to investigate how different torque sensing technology compares.
We look at the main types of torque sensor:
Strain gauge
Displacement (Optical and inductive)
Magnetostrictive
Surface Acoustic Wave or SAW
And compare how they work and what the advantages and disadvantages are.
Torque sensors are required in many applications including:
Helicopter and turboprop aircraft engines
Industrial machinery and robotics
Off highway machinery axles and transmissions
Automotive suspension, steering and powertrain systems
Motorsport for performance management
As torque sensor technology improves with innovations such as the Transense Surface Acoustic Wave or SAW sensors, new applications are being opened up where traditional technology was not viable, such as in the measurement of electric motor output torque.
To connect with me:
Ryan Maughan LinkedIn profile: / ryan-maughan-a2893610
Ryan Maughan on Twitter: / acexryan
Or visit:
eTech49 website: www.etech49.com
eTech Developments website: www.etechdevelopments.com
Or visit the Transense RUclips Channel / @transense

[@ZygmuntKiliszewski]

You've probably introduced four types of torque sensing technology. Beautiful presentation, congratulations 😀.
Earlier, I proposed to you to simulate my four-phase Brushless Hybrid Fast - Rotation Motor, which can function on the basis of the angle of the poles of one phase equal to 135 degrees and 180 degrees.
Maybe now you will find some time for this simulation?
Regards 😀.

[@etech49]

We would happily take a look at this, please send over some more info