“We” have been “blank-sheet” designing a dream EV pickup for...yikes...quite a few years now, and are truly eager for the 11/21 reveal.
We have been careful (we hope) not to violate design fundamentals of the space-time continuum as currently understood. That is, for example -
1. No: a long wheelbase (ie, long-bed, long cab) design cannot also have good proof against high-centering, AND the low clearance seemingly necessary for the best aerodynamics.
2. You cannot have a high departure angle AND a long tail.
And so forth. Restrictions like those are about as close to First Principles of Design as one can get.
But - for us, at least - the greatest challenge has been in suspension. Of all the various ways to hang a pickup’s body on its drivetrain - there are about a half-dozen such - we concluded that the only one that can provide both good road-handling characteristics AND the ability to raise the vehicle enough to make it a practical off-road truck is with that near-chimera, a well-designed multipoint suspension.
That is beyond our ken. But Tesla, with its computing capabilities a bit more sophisticated than our two Josephson junctions
![Roll Eyes :rolleyes: :rolleyes:](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
, presumably has been able to work its magic and come up with the appropriate solution.
There are two proofs to apply to this suspension pudding. First the obvious: does the truck handle well at highway speeds - all the standard cone-weaving criteria and so forth - AND have the ability to raise the truck by a minimum of 100mm? That’s ultra-easy to determine: put it through its paces.
The second one, though, is at least as important: how robust is it? A multipoint suspension is inherently more fragile than its alternatives, and given the complexity of its makeup, loaded with potentials for weak spots. Give me 12 hours with the truck on my Denali Highway and I’ll let you know the answer.
Let’s all hope for the best!