from yesterday's autox:


Gforce-X: + Acceleration, - Deceleration
Gforce-Y: + Left Corner, - Right Corner
I didn't get a log of my last two runs which were a full second faster, laptop battery died.. the big flat ~1g area was a 100ft turning circle, lots of fun. I could have been even faster there if I'd swapped strut mounts for more camber on the outside front wheel, but I didn't bring my jack and there were issues with timing so I didn't think it was worth it.
datalog is noisy because the refresh rate of the accelerometer is way too high at 500hz. 10 or 20hz would be better. I could probably adjust it but it requires soldering of tiny SMD components (needs a cap from the output to ground).
it's not terribly useful at the moment but it's still fun to see actual cornering strength - I can't wait to try it on a track rather than a slow autox.
Gforce-X: + Acceleration, - Deceleration
Gforce-Y: + Left Corner, - Right Corner
I didn't get a log of my last two runs which were a full second faster, laptop battery died.. the big flat ~1g area was a 100ft turning circle, lots of fun. I could have been even faster there if I'd swapped strut mounts for more camber on the outside front wheel, but I didn't bring my jack and there were issues with timing so I didn't think it was worth it.
datalog is noisy because the refresh rate of the accelerometer is way too high at 500hz. 10 or 20hz would be better. I could probably adjust it but it requires soldering of tiny SMD components (needs a cap from the output to ground).
it's not terribly useful at the moment but it's still fun to see actual cornering strength - I can't wait to try it on a track rather than a slow autox.
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