carzygoul
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Hey guys I have a freaking project that requires me to build a rope climbing robot that cannot be powered by chemical based. Basically no batteries as such are required.
The discussion revolves around the design and construction of a rope-climbing robot that operates without chemical power sources, specifically batteries. Participants explore various concepts and mechanisms suitable for achieving the goal of climbing an 8mm thick rope to a height of approximately 1.5 meters.
Participants express various ideas and suggestions, but there is no consensus on the best approach or mechanism for the robot. Multiple competing views remain regarding the design and materials to be used.
Participants have not fully defined the project's parameters, such as the specific mechanisms or materials that would be most effective. The discussion includes assumptions about the weight and complexity of different designs.
Simplest thing that comes to mind: Two connected rollers with rubber bands inside, which you wind up.carzygoul said:we're basically required to build a robot that is non-chemically powered to climb a rope of 8mm thick to a height of approximately 1.5m
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If you have one, you can try. But keep in mind that the weight counts. Rubber bands are light.carzygoul said:hmm what if i use a pullback or wind-up motor... u think can climb better?