Step 6Possible improvements
Removing the platters and putting a steel or brass disk instead. It would require removing the arm and modifying electronics.
Of course another high speed DC motor with heavy disk would work as well...
Oct 8th: A single gyro stabilizer is finished: look at the instructable: www.instructables.com/id/Single-HD-Gyro-Image-stabilizer/
On stronger motors: CD/DVD and HDD spindle motors are being hacked by the RC model plane community. With thicker wiring and replacing the ceramic magnet ring with Neodymium magnets they seem to reach up to a whopping 400 W output. Machining of a new rotor (bell) and controller ('esc') is required +a high output battery pack (LiPo), which would make a gyro project no longer low budget nor fast to assemble. It could provide another dramatic reduction in size and weight though. Link:www.flyelectric.ukgateway.net/machin.htm
| « Previous Step | Download PDFView All Steps | Next Step » |










































The only drawbacks I see are power consumption and weight, but this is an inspiration! I've been looking for a stabilization device for my mountianbike. I'll check into finding and stripping down some smaller drives and seeing if they'll run on smaller batteries & still be effective.
"To stabilize a bike would require a huge powerful motor, but I would not test ride it in heavy traffic. It would react very different from normal!"
You mean a funeral precession? Boom! Boom!