components that break a lot ... Just bring the van into the garage. ... Different requirements versus the Tesla model.
I
really take it that you don’t owa a Tesla?
It doesn’t seem like the sort of thing that would scale well to mass production vehicles, but I do love those cute lil wipers. Waymo’s pure robotaxi model means it can have expensive components that break a lot and everything will be fine. Just bring the van into the garage. If a car gets stranded, you can send out a driver to pick it up and take it back home in manual mode. Different requirements versus the Tesla model.
In all seriousness though. First of all Waymo does not have a ”pure robotaxi model”. What they have is a sensor suite generation they are validating on robotaxis and secondarily on trucks. This is part of a roadmap that will head onto other things over time.
Secondarily all autonomous driving providers will have to solve sensor cleaning in some manner. Indeed it is one of the strongest arguments against Autopilot 2 that it can never be Level 5 capable hardware as Tesla originally announced in 2016 because it has insufficient sensor cleaning. The forward radar is disabled by mere slush and the rearward camera is susceptible to being covered frequently. Aside from the three front cameras all sensors are only ”cleaned” by heat and in the case of the radar covering bumper not even that — and let’s not even go to the ”protective cocoon” of the ”sonars”...
And before anyone says Tesla plans to go vision only riddle me this: Autopilot 2 cameras can not see around the nose. How will a Level 5 self-driving car manuever in parking lots when it can not see this area if the non-camera sensors (and perhaps also the rear camera) are disabled by weather? Level 5. No steering wheel required... Tesla said summon your car from the other coast...
What some of you seem to be missing is the thesis that sensor suite and hardware miniatyrization is a trivial task compared to building the autonomous driving software. Once Waymo has validated their system with larger hardware components slapped onto a car integrating those components and improving on their mechanics if needed could well be expected to be a fairly straightforward task. That is what car companies and car component makers do for a living. But unlike others Tesla has already committed to a suite with their Level 5 capable claims. Failure in this area for Tesla looks very different compared to the others even though they too (and I expect will) can change the suite for future cars.
Building self-cleaning sensors and light sources is nothing new in the industry except for Tesla for whom it seems to be exceedingly hard to integrate such things. These are some of common production components over the past decades:
- Automotive cameras with dedicated washers (eg Audi)
- Automotive headlights with mechanically extending washing system (many brands)
- Automotive headlights with wipers (eg Volvo)
- And of course there are tons of mechanical features like electrically folding roofs etc that work reliably for years and years
These have all been fairly commonly found features in regular production cars.
And we have already seen the entry of automotive cameras with integrated lens spinners and washers for example.
None of this means Waymo will necessarily be the first to consumer car market. Indeed even I don’t expect that but I don’t consider the hardware question the showstopper at all in this. Prices will go down and components will continue to become smaller. Waymo has chosen to validate their technology through fleet development so that is what they will do in first iterations. Once this is done the technology can go to other places as well.
I expect the first car-responsible driving solutions consumers can buy and use to be from MobilEye together with a European premium brand or in Japan. These companies have different roadmaps together with MobilEye to bring levels 3 and 4 to consumers.
In the meanwhile the Version 9 update killed even the automated windshield wipers in my Level 5 capable Tesla.