Thingiverse
Sim Racing H-shifter
di niclasf
32
Download
25
Likes
0
Makes
I wanted a sturdy but simple Sim Racing H-pattern shifter compatible with my Fanatec CSL Elite wheel.
All DIY variants of sim shifters are not very sturdy and usually not very simple in the construction.
My shifter is simple in the mechanical construction, and it contains relatively few parts. The electronics is simple, at least for most of the diy-people.
The shifter uses hall effect switches and position sensors that will never wear out. I have simplified the electronics so that few components are needed.
There are not many tools needed either.
Shifter is very sturdy and the surfaces that wear is in metal where needed. X- and Y-axis joints have small ball bearings that are press fitted to the plastic parts.
The shifter uses two spring loaded ball screws that give the shifter three distinct positions in the Y-direction. The X-direction is a continuous motion. X-position is centered by two, very commonly used 3D-printer hotbed springs 8mm diameter and 20mm long.
There are
All DIY variants of sim shifters are not very sturdy and usually not very simple in the construction.
My shifter is simple in the mechanical construction, and it contains relatively few parts. The electronics is simple, at least for most of the diy-people.
The shifter uses hall effect switches and position sensors that will never wear out. I have simplified the electronics so that few components are needed.
There are not many tools needed either.
Shifter is very sturdy and the surfaces that wear is in metal where needed. X- and Y-axis joints have small ball bearings that are press fitted to the plastic parts.
The shifter uses two spring loaded ball screws that give the shifter three distinct positions in the Y-direction. The X-direction is a continuous motion. X-position is centered by two, very commonly used 3D-printer hotbed springs 8mm diameter and 20mm long.
There are
niclasf pubblica anche su
2 modelli aggiuntivi su altre 2 piattaforme
Hai stampato questo modello? Accedi e condividi il tuo make!
Accedi per lasciare un commento
AccediAncora nessun commento – sii il primo!