So when news of another new entrant into the electric car arena broke, there was much excitement in the wider media. Maybe Faraday Future would be the much-desired (if much-unconfirmed) Apple car? In a world drunk on tech innovation, there’s always hope of the next big thing.
In the end, Faraday Future turned out to be no kind of revolution at all. Although the science fiction form of the FFZERO1 concept at CES was moderately entertaining, it was the underpinnings that said most.
The FF architecture is basically the same offering as Tesla’s own platform. It uses aluminium castings and extrusions to create a stiff, light and scalable ‘skateboard’ undercarriage. The space between the main extrusions is ideal for the battery pack and the simple front and rear crash structures have space for an electric motor.
In essence, it is what Tesla developed and is also pretty close to the bespoke EV platforms currently being developed by Jaguar Land Rover and Porsche.
And that’s one big thing about the electric car revolution: these ‘skateboard’ platforms are, when compared to conventional steel monocoque vehicles with internal combustion engines, much simpler to engineer. They require much less investment in tooling. Batteries and electric motors are almost commodity items that can be bought off the shelf. And updating the batteries and motors for future models should not require major changes to the structure itself.
In a way, the FFZERO1 shows that the electric vehicle scene is taking us back to the future. Construction methods are increasingly similar to those used at the dawn of motoring, when all vehicles were built on a cheap, sturdy and easy-to-extend separate chassis. That just leaves the upper body and interior as the differentiators.
I also believe that a shift to cars powered primarily by an electric motor (whether backed up by a petrol generator or just batteries) also has to be the medium-term goal of many car makers.
Moving away from incredibly expensive and complex modern internal combustion engines (ICEs) to simple and sturdy e-motors that are made of up of relatively few parts will save huge amounts in development and production costs, as well as ensuring these future cars are inherently much more reliable.
Indeed, this shift from ICEs to electric motors mirrors the shift from the super-complex piston engines to jet engines that took place at the end of World War 2.
The huge reduction in the number of parts (and therefore manufacturing costs and time) compared to, say, a supercharged V12 Rolls Royce Griffon engine made jet engines completely compelling for all but the least expensive aircraft.
The sudden arrival of the admittedly well-funded Faraday Future shows that the car industry is getting close to its own jet-age revolution. Electric motor traction is not just about lower pollution; it’s also about building vehicles that are markedly better to drive, smoother, quieter, more reliable and ultimately simpler.