Where can I get one? - or at least an inexpensive radio controlled ball that will go up a slight hill. Looking for a toy - not an otherworldly exporer.
This proof of concept prototype was only intended to demonstrate the ability of climbing one step. While in theory, It could climb one stair, reset its flywheels, and then climb another, its very difficult to do this manually via remote. The next prototype (currently under development) will be able to climb full flights of stairs. The sphere can already turn using the mass inside, but its also difficult to control and will work much better in the next prototype.
the machine uses gyroscopes to store angular momentum inside and can rapidly dispense this momentum when needed to generate the additional torque necessary for climbing large obstacles like stairs. The technology behind how this works is patent pending and we are now attempting to commercialize it under a new company called Carbide Robotics. Development is well underway for the next prototype. Stay tuned.
Where can I get one? - or at least an inexpensive radio controlled ball that will go up a slight hill. Looking for a toy - not an otherworldly exporer.
jollyjosh11 1 month ago
@jollyjosh11 check out Sphero made by a cool startup in Boulder, CO. gosphero.com
highgearengineer 1 month ago
I like the bit where it rolls.
snomimons 1 month ago
ROBOTS #FTW
wer6399 1 year ago
Now you're just showing off.. not that I blame you. What about multiple stairs? Or showing a turn, or a series of turns?
Lasrin 2 years ago
This proof of concept prototype was only intended to demonstrate the ability of climbing one step. While in theory, It could climb one stair, reset its flywheels, and then climb another, its very difficult to do this manually via remote. The next prototype (currently under development) will be able to climb full flights of stairs. The sphere can already turn using the mass inside, but its also difficult to control and will work much better in the next prototype.
highgearengineer 2 years ago
@highgearengineer
Another obstacle ballbot on YouTube performs its task with a leg. Your ballbot doesn't do that. So how do you gain the momentum to push up the stair?
As well, how are you going with your next prototype?
patrickcorliss 1 year ago
@patrickcorliss
the machine uses gyroscopes to store angular momentum inside and can rapidly dispense this momentum when needed to generate the additional torque necessary for climbing large obstacles like stairs. The technology behind how this works is patent pending and we are now attempting to commercialize it under a new company called Carbide Robotics. Development is well underway for the next prototype. Stay tuned.
highgearengineer 1 year ago
Impressive.
rhysfawr4 2 years ago