I’m sorry and I know I’m in the minority but Tesla has some of the most hideous designs I’ve ever seen. Every time I see one, the front bumper on most models make me puke.
I’m sorry and I know I’m in the minority but Tesla has some of the most hideous designs I’ve ever seen. Every time I see one, the front bumper on most models make me puke.
i don't care much for the design either. looked unfinished when they first unveiled the car and it still does now.I’m sorry and I know I’m in the minority but Tesla has some of the most hideous designs I’ve ever seen. Every time I see one, the front bumper on most models make me puke.
I’m sorry and I know I’m in the minority but Tesla has some of the most hideous designs I’ve ever seen. Every time I see one, the front bumper on most models make me puke.
Looks like a barbie with a smooth crotch
Just got back from a 12 hour drive. I felt bad for the folks sitting in their Teslas waiting on them to charge at the sheets station in PA. I was in and out in five minutes.
Great for around town, not so much for long trips...
Also want to add that PA sucks. Their roads are all ****, and it smelled like **** every time I stopped. Gotta love that 65MPH speed limit on I81 in the middle of nowhere along with the miles of "work" zone with nobody around for miles. PA... Get your **** together!
I've seen a mix of reviews on it. They trend towards higher marks, but that price is out of my range.
And those headlights have to go.
edit: most new trucks are out of my range
Headlights are definitely different, yet I don't hate it.
Dang it's been a while since they announced this, but production has started and these things look absolutely sick.
https://www.popsci.com/technology/rivian-r1t-pickup-review/
And check this out, the passthrough can be used for an outdoor range:
https://twitter.com/RJScaringe/status/1408614150323019776
Incredible. I'm super interested in this truck, maybe in a few years I can grab one.
I remember reading back in the 90s or early 2000s there was going to be a battery tech that could charge as fast as a capacitor, wish that wasn't vaporware... If EVs could be charged fully in 5 minutes they'd be a LOT more popular.
A few weeks ago, Toyota announced it was bringing a breakthrough battery technology to market: the bipolar nickel-metal hydride battery in the Japanese-market Toyota Aqua (a relative of the Prius C we used to get). It's worth mentioning, because even though Toyota spent a lot of time in a recent presentation outlining its solid-state battery investments—which we'll cover in a second—the historically conservative automaker is hedging its bets, looking for incremental improvements, and investing heavily in older technology, as well. After all, nickel-metal hydride isn't state-of-the-art like solid-state batteries are, but the bipolar battery shows that it's worthwhile to invest in proven, economical alternatives to the next greatest thing.
That's not to say the actual meat of the news here about solid-state batteries isn't worthwhile. It just puts it in the context of the broader Toyota battery development program. Toyota announced a $13.6 billion investment in battery technology (including, but not limited to, solid-state batteries), spread out between research and development and production equipment. After all, Toyota has a long-standing policy of keeping battery development and production in-house (though utilizing partners like Panasonic), and its solid-state battery tech is no exception.
If you need a refresher on why the solid-state battery is so important—potentially a game-changer in the EV space—you can read this primer. But there are kinks to iron out. The solid electrolyte material surrounding the battery cells has, in Toyota's testing regime, developed gaps that affect battery performance and service life when utilized in battery electric vehicles (BEVs). That's why, at least initially, Toyota will implement the tech in hybrids (HEVs), where the issue is less of a concern, while simultaneously developing it further for BEVs down the road.