R/C Gyroscopes for Helicopters (Revision 1) How they work.
Piezoelectrics do not use magnetic force to align as I mentioned in the video. They just search for movement. This video was manufactured to dwell on what we had 35 years back. This was “New Technological innovation” back again then, as RC helicopters became one more essential component of RC modeling. Right here I display how the old Gyros labored with a motor and flywheel (which drew plenty of battery energy) and explain how these gyroscopes truly labored then and now. Present day Piezoelectric chip gyros are not that considerably distinct, utilizing the very same “feedback” principal. Only today we have basic, no shifting elements, light weight, Piezo electrical “Motion Sensors” to help. You can get them from Xheli.com at this hyperlink. www.dpbolvw.internet Again many thanks for watching, and fly effortless! Dave
Video Rating: 4 / five
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20 Responses to “R/C Gyroscopes for Helicopters (Revision 1) How they work.”
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very interesting thx
thank you for your great video, very informative and entertaining! Thanks for making it straight to the point.
vrey nice
Do you remember, not saying your old, Tx/Rx that used reeds that would vibrate at afrequency to adust different parts of a ‘plane
what is the best begginner helicopter
Please show us a RC hele working please
if u make a rc coaxial helicopter to stabilize it without a tail rotor use a even number of gears and it mechanically stabilizes but if u try that and the rotor spins the wrong way reverse the polarity and it should work
if u make a rc coaxial helicopter to stabilize it without a tail rotor use a even number of gears and it mechanically stabilizes but if u try that and the rotor spins the wrong way reverse the poarity
Oscar! They removed my old bionics! I feel naked!!! Rudy! Install the new servo in my legs!
Thanks Dave, this video must have slipped through the net, I’ve only just found it!
Thumbs up…
1-800-boring 69
Piezoelectric “Movement Sensors” are NOT solid state. The proper general engineering term for these devices is the “Vibrating Structure Gyroscope”, which uses a A piezoelectric material (such as a quartz crystal) which can be induced to vibrate via an oscillating magnetic field. Now, lateral motion of the enclosed assembly causes the center of oscillation to shift in the opposite direction due to the Coriolis force, which is measured to produce a signal relative to the rate of rotation.
What do you mean by “feedback principal”?
Fine your dream girl from Russia gettop5.info
Have you ever heard of MEMs gyroscope chips? Very small digital or analog chips that measure up to 3 axis and are are insanely accurate. Beats about every mechanical gyro ever build. Have fun! 😛
I did not know they had these. One of the things on my list of crazy stuff to do is to design and build flying machines. I need to learn about models because it would be a lot cheaper than experimenting with full-size craft!
uhhhhhhh, LOSER!!!!!!!!
1:06 This is the same thing how the hpi Dbox drift assist works. It senses movement of the rc car. Thanks
Do you remember “reeds” these used to vibrate for each channel in the receiver
… I think?
yeah big step up in technology.