SunCatcher
Member
I appreciate this observation and line of thinking regarding the waviness and "imperfections" in the CT's SS panels! I would like to posit and offer a different approach to how to look at these "undesirable" qualities:Last summer I posted the observation above, an observation that was precipitated by the sudden appearance of Cybertruck prototypes that had a waviness to the panels that was apparent when reflections in the panels were viewed obliquely. The initial prototypes, I believe including the one that was first displayed at the Petersen Automotive Museum, didn't have this characteristic visible. Also, that Elon was Tweeting about a highly configurable utility/passenger van at this time. I suspect he wants to migrate the Cybertruck chassis/body technology into new models.
Videos of the most recent Cybertruck pre-production examples still have this characteristic waviness to the flat panels but it looks more uniform and better controlled. I still think it's due to an entirely new production process being developed by Tesla that increases their vertical integration by using a cold-rolling process to harden the panels as they are bent and formed in order to reduce raw material costs and avoid the issues of having to fabricate the panels out of steel that has already been hardened by cold-rolling at the metal foundry.
The waviness could also be caused by stresses introduced in the panels as they are welded to one another, but I think this the less likely scenario since the earliest prototypes did not appear wavy.
I've quoted the post above for those who may have missed it last July. I'm super stoked about the Cybertruck going into production, not so much because of its clean, simple look, which I am also quite a fan of, but because of this revolutionary new production process that takes modern unibody vehicles to an entirely new level, resulting in a utilitarian vehicle, without paint, that is going to last and last (regardless of the process used to fabricate them). Over the next year or two, keep a close eye on how the economics of Cybertruck manufacturing evolve. Like all new technologies, it's probably going to take a certain amount of time and innovation to drive costs of the manufacturing process lower, the question is, how big is the potential prize at the end and will that usher in an automotive revolution of lighter, stronger and more durable automobiles that cost less to make in great numbers?
Taking Elon's sometimes seen decisions to embrace outcomes, rather than fight them; how about we/they (Tesla design team) encourage these effects which occur during the SS forming/shaping/cutting/joining stages? The results could turn from something that looks like an undesirable mistake to something quite unique and beautiful? Examples might be the flame pattern produced when working copper with a brazing torch; geometric stress lines coming out of stretching any number of materials, the browning on the surface of meats when grilling or roasting, the smooth surface of a pond transformed by the effects of freezing... the list could go on...
What could result from such explorations might possibly be something quite beautiful, and considerably more desirable than perfectly flat and smooth body panels with no personality of their own. Especially considering that all Cybertrucks produced will essentially be the same; in contrast to paintable metal cars that can at least be offered in different colors.
Something to think about.