CyberGus
Well-known member
- First Name
- Gus
- Joined
- May 22, 2021
- Threads
- 91
- Messages
- 10,238
- Reaction score
- 33,893
- Location
- Austin, TX
- Vehicles
- 1981 DeLorean, 2024 Cybertruck
- Occupation
- IT Specialist
Where does the load originate from on the fender? Is there any mass hanging off it? The only point there is torsion on the frame is when one wheel or two diagonally opposite wheels are lifted or compressed in comparison to the others. The load (L) only exists between the the wheel suspension parts (S), like two columns on a bridge, like the below diagram:
(PS Ignore the dots .... I had to use them to get the formatting positions right)
....(L)...
|-----|
S.......S
But the fender (F) is outside of the load path like this:
.........(L)..........
F--|-----|--F
.....S........S.....
For there to be any structural advantage of having the fender carrying some load there must also be a load attached to it that it can then carry, so that would be like this:
(L).....(L).....(L)
F--|-----|--F
.....S........S.......
For diagonally opposite loads the suspension would look like this for the front:
.........(L)
|-----|
.........S
S
And this for the rear:
L
|-----|
S
.........S
And that is what creates a longitudinal torsional load on the cabin frame that twists it. For the fender to help with this it would have to attached between the load and the suspension parts like this:
......(L).....
|-F---F-|
S...........S
Which is not physically the case with the CT, because the fenders are on the outside of the suspension mounts, like every other car.
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