So, completely new to crawling. It seems like on steep incline/decline..it's always the shifting of the body that causes it to tumble. Going up hill, as it gets more vertical, the weight shifts due to gravity, which unloads the shocks, which push the body backward (or forward, on decline), and that movement sets it in motion to flip.
I thought strapping 31g to the front axle would help keep it planted, and I'm sure it helped, but as soon as it went vertical, the body sprung, and sent her tumbling. So now I see why ppl removed the springs.
So I removed the springs..much better climb, because the body didn't shoot back. Note: I haven't yet done the battery / esc move. But..I also discovered that the truck was able to climb the hill with no added weight, as long as I pushed it up at just the right speed, so the shocks again, didn't extend backwards, causing it to flip.
This is probably all common knowledge..but has anyone ever created a reverse shock? A regular shock body, but with an extension spring (think slinky, only with resistance..starts compressed, takes force to extend). I don't think it would take much resistance to keep a body retained while going vertical, and with that little resistance, and a weighted wheel, it shouldn't have a problem extending for let vertical performance.
Thoughts?
Here's a video fail
https://youtu.be/XkMYp1_3wLY
Video succeeding, strictly because the shocks didn't extend
https://youtu.be/4DkMg9ndmvI
I thought strapping 31g to the front axle would help keep it planted, and I'm sure it helped, but as soon as it went vertical, the body sprung, and sent her tumbling. So now I see why ppl removed the springs.
So I removed the springs..much better climb, because the body didn't shoot back. Note: I haven't yet done the battery / esc move. But..I also discovered that the truck was able to climb the hill with no added weight, as long as I pushed it up at just the right speed, so the shocks again, didn't extend backwards, causing it to flip.
This is probably all common knowledge..but has anyone ever created a reverse shock? A regular shock body, but with an extension spring (think slinky, only with resistance..starts compressed, takes force to extend). I don't think it would take much resistance to keep a body retained while going vertical, and with that little resistance, and a weighted wheel, it shouldn't have a problem extending for let vertical performance.
Thoughts?
Here's a video fail
https://youtu.be/XkMYp1_3wLY
Video succeeding, strictly because the shocks didn't extend
https://youtu.be/4DkMg9ndmvI