Trinity3D - 3D Printed RC
@trinity3d.bsky.social
Designer and developer of (mostly) #3DPrinted RC scale models. Passionate about #3D-printing, #3D-modeling (Solidworks/Fusion 360) and technology.
Current project: 1:7.4 scale Ford LTL 9000
Current project: 1:7.4 scale Ford LTL 9000
Solidworks Motion Study on the rear drive tandem axles. Pretty impressed by how powerfull that tool is!
Input speed 100RPM, output after the 1:4.45 gear reduction in the axles ~23RPM
With wheels on that would equate to around 0.6KM/h. Obviously the real input speed will be much higher than this.
Input speed 100RPM, output after the 1:4.45 gear reduction in the axles ~23RPM
With wheels on that would equate to around 0.6KM/h. Obviously the real input speed will be much higher than this.
April 22, 2025 at 12:54 PM
Solidworks Motion Study on the rear drive tandem axles. Pretty impressed by how powerfull that tool is!
Input speed 100RPM, output after the 1:4.45 gear reduction in the axles ~23RPM
With wheels on that would equate to around 0.6KM/h. Obviously the real input speed will be much higher than this.
Input speed 100RPM, output after the 1:4.45 gear reduction in the axles ~23RPM
With wheels on that would equate to around 0.6KM/h. Obviously the real input speed will be much higher than this.