Yes, sometimes they do;) You can try to remove the outer track elements and reinstall them in the other possible orientation. This could help to minimize the slipping when driving forward. It is also possible to slide the big black gears that are guiding the tracks in the front a bit more to the front to give the tracks more tension. Another solution could be to remove some of the small LBG pins in the back threads. I will check that soon. Thank you for your input. Greetings Lars
Thank you so much. Yes the leveling system resulted from my experiments with Powered Up. Apparently the app got lately compatible to my old smartphone... There are blocks in the orange tab to read out the tilt sensor of the control+ hubs. Check out my rebrickable workbench. There is a post showing the Powered Up program for this MOC.😉
The treads keep slipping on the back 2 tread wheels. Any ideas?
Yes, sometimes they do;) You can try to remove the outer track elements and reinstall them in the other possible orientation. This could help to minimize the slipping when driving forward. It is also possible to slide the big black gears that are guiding the tracks in the front a bit more to the front to give the tracks more tension. Another solution could be to remove some of the small LBG pins in the back threads. I will check that soon. Thank you for your input.
Greetings
Lars
This is amazing! Good work!
Also please teach us how to make that self levelling suspension👉👈
Thank you so much. Yes the leveling system resulted from my experiments with Powered Up. Apparently the app got lately compatible to my old smartphone... There are blocks in the orange tab to read out the tilt sensor of the control+ hubs. Check out my rebrickable workbench. There is a post showing the Powered Up program for this MOC.😉
Is that by any chance a John Deere tractor
Maybe some day😉