With a suspected 4 months until a Tesla Cybertruck delivery event, more and more news keeps making its way to the public.
Yes...more news keeps making it's way to the public...
A Leaked Tesla Report Shows the Cybertruck Had Basic Design Flaws
IN NOVEMBER 2019, Tesla CEO Elon Musk stepped onto a stage in California to launch a new kind of EV: the Cybertruck, an angular cyberpunk-styled pickup with bodywork made of brushed stainless steel and “unbreakable” glass. What happened next has entered into public relations folklore. Under the glare of the cameras, the demo truck’s windows smashed not once, but twice during a demonstration of their strength. Musk first swore, then joked: “There’s room for improvement.” That off-the-cuff remark could have been a fitting mantra for the entire project.
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The contents of the report do not deal a fatal blow to the Cybertruck. As one veteran automotive engineer, who spoke on condition of anonymity to prevent backlash from Tesla fans, says, the company has enormous financial resources which will allow it to address the issues detailed in the report. However, he said, “my first reaction is I am astounded. These are classic mechanical automotive engineering challenges that you have in pretty much any vehicle. I'm blown away that they would be struggling so much with the basics.”
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“Tesla is going to have to enter the truck market against the one thing that the US companies seem to know how to do really well, which is build pick-up trucks,” says Mike Ramsey, an analyst with the tech research and consulting firm Gartner.
On top of that, Musk himself has stated that the Cybertruck is a hard vehicle to make. “You can’t just use conventional methods of manufacturing,” he said on an earnings call in May. “We had to invent a whole new set of manufacturing techniques in order to build an exoskeleton car rather than an endoskeleton car, so it is clearly not trivial.”
The unique styling of the truck, with its angular plates and stainless steel alloy construction, mean it’s not only hard to manufacture, but will probably be hard to repair, experts say.
Stainless steel is not easy to shape or mold, “Hence the look as if it's the output of a student in an in-class ‘Pop Quiz Number 1’ for the course ‘Intro to Car Design,’” says Raj Rajkumar, a professor of electrical and computer engineering at Carnegie Mellon University. The material requires specialized welding techniques, and it doesn’t flex easily, which could be dangerous in a crash, when force usually absorbed by a “crumple zone” could be transferred to cabin occupants instead, Rajkumar says.[/quote