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R-78E5.0-0.5 |
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Esp32 Devkit |
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TMC2225 Step Stick |
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1k ohm resistor |
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2 pin JST-XH Connector |
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4 pin JST-XH Connector |
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.1uf ceramic capacitor |
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10uf 50v capacitor |
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100uf 25v capacitor |
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SmartSpin2k PCB
Http://GitHub.com/doudar/SmartSpin2K
SmartSpin2K
Hardware (3d Printed) and Software Project that uses an ESP32 and stepper motor to control spin bikes that have a resistance knob. The initial target was to use it with Zwift: stationary bike up hills and feel the burn.
Optionally, the SmartSpin2K project has also progressed to the point of where it's useful without the hardware as a BLE device multiplexer, heart rate to watt converter (estimator), and proprietary BLE device to normal FTMS protocol converter using only the redily availiable ~$6 ESP32 devkit.
Background
I travel for a living and some hotels I stay at have spin bikes. I started carrying my own power meter pedals for the spin bikes so I could ride Zwift, but the experience just isn't the same without automatic resistance on the hills. Then one day I was looking down at that simple to turn knob and I had a thought - With the power meter pedals attached, almost everything is already in place on this $300 spin bike to turn it into the equivalent of a $3,000 computer controlled smart bike! And so here we are....
SmartSpin2k PCB
*PCBWay community is a sharing platform. We are not responsible for any design issues and parameter issues (board thickness, surface finish, etc.) you choose.
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