Hi Mike,Thanks for liking #Wirless smoke power socket for Printer 

Hi Mike,

 Thanks for liking Wheeled Walker Hybrid Bot!  l love your bobble-bot. Great work!!!

Hi Mike, thanks for liking https://hackaday.io/project/159734-appliance-timer

Thanks for like my project

Thanks for your interest in my #LiFePO4wered/Pi+ and #wESP32: Wired ESP32 with Ethernet and PoE  projects!

Thanks for liking and following UBIRS

Thanks for liking my Bee Minder project!

Thank you very much for liking my project #Upgrade your 3D printer from 8bit to 32bit  

Thanks for like to my project https://hackaday.io/project/164233-leavening-cell

Thanks for liking my #DIY SamplePad Controller project buddy! :-D

Hi Mike, thanks for liking https://hackaday.io/project/165458-350-watt-true-sine-inverter.

Hello Mike, thank you for taking the time to look at my CUBEx8 project. https://hackaday.io/project/165465-cubex8

I have many more project logs to past as I explore design trade offs and choices. Thanks again!

Hi Mike, thank you for liking the #Kobold - retro TTL computer !

Hi - Thanks for liking BitsyLED https://hackaday.io/project/165227-bitsyled

Hi! Thanks for liking my project #Optical fiber link and CATV RF test device! 

Thank you for the Like of my #P2 - Pick and Place for 3D Printers and #FilaMecanum projects!

Hi Mike thanks for liking and following Dustbot. Also I love your project Bobble-Bot

Hi Mike, thank you for liking and following #1 Square Inch TTL CPU ! However, this project is completed and continued in the next project, #Kobold - retro TTL computer . Please check it out !

Hey buddy, thanks for liking my #Multi fx Stomp Box project :)

Mike, I see you are living in Houston.  I live near the Whole Foods next to Allen Parkway.

Thanks for liking my project.  Do you have any suggestions or questions?  The requirements are pretty stiff, but I seem to be making progress.  I want to try a new method for measuring small distances. Because I do not have tools for working with Bose Einstein Concensates (BECs) or atom interferometers and such, I am working to use super-resolutions methods with laser interferometers, or some really cute camera statistical methods I think might work, or some variations on precise magnetic, capacitance, atomic force or electrochemical precise position sensing.  I have to pick one to try soon. I am not watching the clock, but I think I better quit having fun and build one or several to see if I can meet my goal of tracking the sun and moon.  

Not much luck on high sampling rate. The BEC gravimeters "kick" the atoms, and use an analog correlation like phased array radar, and sonar.  I am familiar with the digital versions, and scrambling to remember basic circuits.

I wrote a note just now about a candidate for the mass of the graviton.  It is not particularly relevant to this project, but I have worked at it off and on for half a century.  It is another of those many things that will die with me.  People don't seem to care about stuff like that anymore.  

Do you have an idea for a project yourself? Is there anything I can do to help?

It seems the drift of your project is rapid, precise movements that look random, clumsy and constantly on the verge of disaster.  They look "funny" because the adjustments to recover from near disaster are complex and nearly impossible to predict or follow.  You wonder why it doesn't crash.  Constantly on the razor edge of instability.   If you use the drone controllers, they have massive power capabilities for small things, so you can apply tremendous accelerations, very precisely.  I have not seen them in bobble robots, and you might want a multiarm, multiheaded thing that goes beyond stands like a human, shaped thingy.

Have you tried that HackaDay workspace here in Houston? 

Richard Collins, The Internet Foundation

Oh, great. I'm down in Clear Lake by JSC. No suggestions at the moment. Just appreciate the creativity required to go for something like this. Good luck!