Last Updated on November 12, 2023 by pg@petergamma.org
- It is currently attached to Zwift, but we suppose it is not so difficult just to read out the sensor data on the Raspberry Pi.
- It uses an infrared transmitter and receiver.
- Then we can use this sensor for calibration as well as as treadmill sensor at the same time.
- Who buys an NPE run which is not open source hard and software and calibrates it again with a high speed camera and Kinovea according to fellnr?
- The NPE run does not deliver any sensor raw data to do our own special analysis, for instance to find out something about the quality of the treadmill.
- We do not know of a treatmill which is scientifically validated. But with the Pi sensor we can to this.
- Then we have a a tool to separate wheat from chaff among treadmills.
- Are there not many treadmills with motors which are weak and run unstable, and have a poor mechnics?
- Can we not replace these motors by a strong motor wich can be electronically ajusted, eventually by biofeetback algorithms?
- Then we can also choose a treadmill with excellent mechanics.
Then we have a testing method, a treadmill sensor and a treadmill which is not only suitable for fun testers and users who say that science sucks, but we have devices also for all others.
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