Well you will notice the Rivian styling looks very Jeep like because most of them came from FCA, specifically the Jeep team lol.
It's also why they are doing an amazing job at touting it's off road capability. Because many of them are former Jeep employees.
Hah! That's good to know.
As for does anyone need to respond, that's yet to be seen. It is a cool concept for sure. They claim to be going to market but many of the specs they tout are also somewhat theoretical. Amazon investing in them gives me a little more feeling it may become reality, but $700M they invested isn't enough. It sounds like a huge number but an all new vehicle design and manufacturing setup runs $2-3B now days.
They had another $500M round earlier. They claim that they now have enough to start production. We'll see. Maybe they'll make a partnership deal with someone to do the actual manufacturing.
I still think it's awesome to push the boundaries. I worked on EV Humvees for the military when I was in college. The torque was awesome. I give them kudos. I definitely like the styling way better than Tesla. The SUV anyway, the truck not so much. We will see.
The Rivian isn't a Wrangler competitor and wouldn't touch it off road wise. It would be more comparable to a trail rated Grand Cherokee. That is fine depending what you do for it.
Agreed. I'm not a fan of Rivian's headlights but that's a trivial matter. Rivian would come a lot closer to Wrangler capabilities if they made some provision for bigger tires. How hard is that?
Tesla's "pickup truck" may be revealed this summer. Elon promises way-out radical styling. But also said once that if that bombs they'll do something more conventional. I have less than zero expertise in that domain

But I've often wondered if a radically cab-forward design (think VW bus) would be functionally superior because it would give the driver a better view of the obstacles. (I owned a couple of VW busses back in the day. And I did a fair amount of off-roading with them, though of course mostly stuff we consider trivially easy now.)
If you asked me how to make an EV Wrangler it would have 4 wheel end motors, a crazy suspension design due to all the freedom independent wheel end motors gives you, independent steering at each wheel, etc etc. I would go crazy with it. But I am a little crazy lol.
What's a "wheel end motor"? Do you mean the motor integrated with the wheel so there are no driveshafts and u-joints? That's my dream design, too. It adds an awful lot of unsprung weight which is going to suck on the highway. But combined with a beefy wheel and a 37" tire maybe it wouldn't be all that much worse.
And if you're really lucky (and the regulators see reason) you can also eliminate the brakes and go with 100% regen braking. That saves a bunch of weight to offset those wheel motors. And is probably more reliable, too. The problem is you have a huge power level to deal with; the battery has to be capable of being recharged at a much higher rate than would otherwise be necessary. But see below. You might have to just dump the energy into a humongous resister. That would probably be super reliable but would it be cheaper than conventional brakes?
Did you mean independent steering on the rear wheels, too? That would be cool. Tricky to control though. Two steering wheels? Maybe the computer just makes the rear wheels precisely follow the fronts?
The Bollinger is interesting too but that's more a niche thing imo. They gave it a 10k gvwr to put it in commercial class so doesn't need most safety things etc. They have gear boxes for each motor then also a 2 speed "transfer case" on each motor set too. So weird and what happens when u try to use off the shelf motors. I don't know, I weirdly like it though lol.
I like the Bollinger's massive ground clearance. And the styling is retro cool. My issue with it is the range. Only 200 miles. That would be OK most of the time for me but it would be a pain driving from here to Moab or Colorado. Rivian's 400+ is more like it.
It all depends on the market whether one should or should not respond, you need customers who actually want these things. Tesla owners will argue til blue in head how great they are (case and point this thread

) but at end of day all EV handraisers account for less than 3% of auto buying market. Supercar handraisers are higher. I think it will go up over time. The government pushing it will help some
Tesla is going to produce a new Roadster in the next couple of years. Very sexy. 0-60 in 1.9 seconds. 250+ mph top speed. $200,000+ Definitely supercar. Microscopic market, of course. Halo car.
but the big thing as I've said many times is it needs to be as convenient to use as a gas powered vehicle to really hut mainstream.
Yeah. That's certainly a big deal. But as I said before, it's probably not as bad as you think. In some use scenarios the relatively slow re-fueling time is a pain (long trips with tight schedules). In other scenarios the EV actually wins (commuting with recharge at work or at home). YMMV
Skid wise I don't think id want carbon fiber. But I really don't know, maybe it's ok? I think a good 7075 aluminum skid would be better. I think range equivalent to one tank in a gas vehicle is fine, once u can charge it in 5 min or less like filling tank. Off road range will always be less than on road. Increasing it would beat be done by the driver. Using max Regen braking versus mechanical.
Example math: if want a 300 mile range that will require roughly a 100kWh battery. If you want to recharge that in 5 minutes (1/12 hour) you'll need an average power level of 1200 kW. That's 1.2 MEGAWATTS. At 1000 volts that's 1200 amps. That's possible but expensive. Tesla is working on liquid cooled charging cables for just such a scenario but don't hold your breath. Tesla and some of the others are talking about 200 or 300 kW chargers in the near future, though. That might get charge times down to 10 or 20 minutes. That's really not much longer than it takes to take a piss and grab a soda.
As for the supercharger network, Tesla will lose that battle as more and more folks enter the market because unlike Tesla and their stupid proprietary charge network the rest of the world uses a standard charging system just like all gas pumps are the same.
There are at least 3 "standards" in addition to Tesla's (CCS, CHAdeMO, another in China). It's a typical standards war. Tesla's is far more convenient but that's almost irrelevant. Someday this will settle out. Probably with the worst of all possible choices.

Meanwhile, many charging locations have more than one charger type. And it's possible to make adapters. (I have a CHAdeMO adapter but I've only used it once in 4 years).
I agree that Tesla will probably lose the standards war in the USA. The end result will probably be a bunch of adapters for old Teslas and the addition of new standard cables in the Supercharger network. Meanwhile, owing a Tesla is a lot easier in this respect than the other EVs since they have access to the Superchargers and some of the others. That's a big advantage which Tesla didn't want
The situation is better in Europe. All (including Tesla) EVs sold in there use the CCS standard. Same (with a different standard) in China.
(And the gas pumps may all be the same but there are almost always 3 different kinds of gas and often diesel, too. Kinda like having different charging plugs in the same location.)
I'm not against EVs, I just don't want them forced down my throat. Think about computers, back in the day they were size of garage. My smart phone has more computing power than those did. EVs will get there. Some of the new battery tech is focused specifically on super fast charge times. Like 90% charge in under 10 min. It's just super expensive now. It will come down, just depends how long.
Sent via....
The first computer I worked on wouldn't have fit in Eddie's garage. And it had less computing power than my watch.
I agree battery tech is improving. And getting cheaper. But I think charging times will bottom out at about 10 minutes. We might see a variety of chargers with different costs and power levels (hopefully all compatible at the rate the car can handle).