Project objective:
Build Log
02-16-26:
Adding a groove to add bearing balls. lot of thinking regarding bearing ball loading mechanism Inspiring by the exposed retaining ring of a bearing. A mix of an exposed bearing ring and a caster ball.
02-14-26:
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We realized that we still want the omni wheel rolling function, instead of a static ring. A return back to the wheel integration to the center drone retaining ring.
02-12-26:
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designed in a way such that the beams don’t collide with the propellors at any drone orientation
Discussion between using a metal or a nylon/plastic ring. We realized that the metal ring would be way too heavy.
02-6-26:
figure out if we can use a single disc omniwheel design over the more traditional 2 disc design to save weight and reduce complexity. however, we realized that the single wheel may incur stability issues. The control problem is anagolous to actively trying to balance a unicycle. We did realize removing a DOF from the connection of the axel to the drone retaining ring would create stability, but was not ideal considering the desired configurations for the drone.
01-30-26: 1st iteration
Adding a groove to add bearing balls. lot of thinking regarding bearing ball loading mechanism
Inspiring by the exposed retaining ring of a bearing. A mix of an exposed bearing ring and a caster ball.
We realized that we still want the omni wheel rolling function, instead of a static ring.
A return back to the wheel integration to the center drone retaining ring.
designed in a way such that the beams don’t collide with the propellors at any drone orientation