I wonder how this translates to tires. Generally, softer rubber translates to more grip and faster wear, and other way around. Does this mean that the tires will be less grippy then?
Yes. Cue in all the EV eco bullshit tires used on EVs that skid around already in good conditions and are absolutely horrible in bad conditions. All for sake of efficiency.
Idk I had a Tesla M3 with stock tires and because of the center of gravity being so low the car had great grip even with fast sharp corners. Seems like you just hate EV’s for whatever reason and take it out whatever way you can
Usually it helps for traction if car weighs 300 tons…
Also no, it’s not me hating on EVs, it’s because Car makers stick lowest rolling resistance tires to improve efficiency and lower rolling resistance also means they grip asphalt poorly.
There are some pretty annoying EVs out there (example bmw i3). It was delightful to drive, but as soon as a single rain droplet fell from the sky, traction control has a lot of hard work
I did drive a VW id.4 but with how high and huge that thing is the handling was horrible. From all the EV’s I’ve been able to drive/sit in the only good ones were currently Tesla and Skoda.
It’s not an EV thing, it’s a carmaker (and car type) thing.
I very much believe EV’s are the future, I just think the EU EV’s have slacked a lot because they were so adamant at staying with fuel based engines and because of that a lot of people think EV’s are so much worse, while the good and decently affordable EV’s sadly come from countries we just don’t really like (US and China)
Maybe. Tire rubber compounds continue to improve, along with construction and tread design. So newer tires might be just as grippy and more efficient. Or way less grippy and way more efficient. Or way grippier and just as efficient. It just depends on the tradeoffs the manufacturer decided to make.
I believe that tires will go a long way in terms of wear and longevity (as we’ve seen in the past 100 years), but not sure if more grip and less rolling resistence (efficiency) is possible.
I wonder how this translates to tires. Generally, softer rubber translates to more grip and faster wear, and other way around. Does this mean that the tires will be less grippy then?
Yes. Cue in all the EV eco bullshit tires used on EVs that skid around already in good conditions and are absolutely horrible in bad conditions. All for sake of efficiency.
Idk I had a Tesla M3 with stock tires and because of the center of gravity being so low the car had great grip even with fast sharp corners. Seems like you just hate EV’s for whatever reason and take it out whatever way you can
Usually it helps for traction if car weighs 300 tons…
Also no, it’s not me hating on EVs, it’s because Car makers stick lowest rolling resistance tires to improve efficiency and lower rolling resistance also means they grip asphalt poorly.
There are some pretty annoying EVs out there (example bmw i3). It was delightful to drive, but as soon as a single rain droplet fell from the sky, traction control has a lot of hard work
I did drive a VW id.4 but with how high and huge that thing is the handling was horrible. From all the EV’s I’ve been able to drive/sit in the only good ones were currently Tesla and Skoda.
It’s not an EV thing, it’s a carmaker (and car type) thing.
I very much believe EV’s are the future, I just think the EU EV’s have slacked a lot because they were so adamant at staying with fuel based engines and because of that a lot of people think EV’s are so much worse, while the good and decently affordable EV’s sadly come from countries we just don’t really like (US and China)
Maybe. Tire rubber compounds continue to improve, along with construction and tread design. So newer tires might be just as grippy and more efficient. Or way less grippy and way more efficient. Or way grippier and just as efficient. It just depends on the tradeoffs the manufacturer decided to make.
I believe that tires will go a long way in terms of wear and longevity (as we’ve seen in the past 100 years), but not sure if more grip and less rolling resistence (efficiency) is possible.