JBee
Well-known member
- First Name
- JB
- Joined
- Nov 22, 2019
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- 18
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- Location
- Australia
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- Cybertruck
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- . Professional Hobbyist
I can agree that fog and smoke probably require a different frequency to penetrate them and improve ranging, but blizzard and heavy rain physically limit the vehicles ability to react and stop as well, so being able to see through them doesn't necessarily mean the rest of the car can react in time to make it useful.
We are already talking edge cases here where most driving miles do not occur. Most people try to avoid driving in those conditions in the first place if they can, and if they still do are subjecting themselves to extra risk Tesla might not be comfortable with providing FSD for in the first place, regardless if they could do it or not. The reward for achieving this level of adverse condition FSD driving is likely to be so minimal, developing it would not improve the vehicles ability to sell. In fact I doubt there are many people that would not purchase a Tesla because it didn't have FSD at all. Until there's reasonable demand for it I doubt it will happen until the hardware and software development cost is profitable.
We are already talking edge cases here where most driving miles do not occur. Most people try to avoid driving in those conditions in the first place if they can, and if they still do are subjecting themselves to extra risk Tesla might not be comfortable with providing FSD for in the first place, regardless if they could do it or not. The reward for achieving this level of adverse condition FSD driving is likely to be so minimal, developing it would not improve the vehicles ability to sell. In fact I doubt there are many people that would not purchase a Tesla because it didn't have FSD at all. Until there's reasonable demand for it I doubt it will happen until the hardware and software development cost is profitable.
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