Roaming Robots, Preston 29th Feb 2004
Think the ideal floor would be panels routed at the edges, and clamped down with T-Bars all round, to produce a flat, tensioned floor.
Damage occurs when weight of a robots reaches an edge and presses down, forcing it lower than the next panel. (gaffer tape wont stop this) Clamping the joints with T-Bars running the lengh would solve this. Would need to be precise though. Changing panels could also become quicker.
I think a sprung metal floor would become an issue once damage occurs.
MDF has been tried elsewhere, but has chipboard, another completely flat cheap alternative.
just an idea ?
Think the ideal floor would be panels routed at the edges, and clamped down with T-Bars all round, to produce a flat, tensioned floor.
Damage occurs when weight of a robots reaches an edge and presses down, forcing it lower than the next panel. (gaffer tape wont stop this) Clamping the joints with T-Bars running the lengh would solve this. Would need to be precise though. Changing panels could also become quicker.
I think a sprung metal floor would become an issue once damage occurs.
MDF has been tried elsewhere, but has chipboard, another completely flat cheap alternative.
just an idea ?
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