Earlier quoted context omitted.
Tesla took so long for production because Charlatan-In-Chief didn't want to use any of the lessons learned about Auto Manufacturing the past 100 years and decided to do it his way. Charlatan-In-Chief also assumed he knows more about A.I and Robotics than many who warned him about his 'Alien Dreadnought' vision. Rest assured people who are focused on building mass cars won't have the same hubris
The irony of criticising entrepreneurial risk taking on HN. Especially considering thus exact approach has lead to all his successes, which are innumerable.
Amazon orders 100K electric delivery trucks from Rivian
261–270 of 282 posts
Re: Amazon orders 100K electric delivery trucks from Rivian
#262Earlier quoted context omitted.
Building a prototype is the easy (and fun) part. Scaling production is much harder. https://www.businessinsider.com/elon-musk-says-building-fact...
I think this is true if the prototype is known to be possible. It's not in the case.
Re: Amazon orders 100K electric delivery trucks from Rivian
#263Earlier quoted context omitted.
The Tesla truck will almost certainly beat them to mass market. Look how long it took Tesla to scale up production -- the Model S shipped in 2013. It wasn't until 2018 that Tesla built their 200,000th vehicle. Rivian hasn't yet shipped a single truck to customers; they're in for a long and difficult road ahead building out their production lines. All that said I do hope Rivian is successful. I would absolutely buy an…
Tesla took so long for production because Charlatan-In-Chief didn't want to use any of the lessons learned about Auto Manufacturing the past 100 years and decided to do it his way. Charlatan-In-Chief also assumed he knows more about A.I and Robotics than many who warned him about his 'Alien Dreadnought' vision. Rest assured people who are focused on building mass cars won't have the same hubris
~ George Bernard Shaw
Re: Amazon orders 100K electric delivery trucks from Rivian
#264Earlier quoted context omitted.
That's true, but it does ignore the waste heat, which in winter months is used to warm the passenger compartment. It's one thing EVs do have working against them, though it doesn't make up for the huge efficiency gain EVs have overall.
I know several coworkers who prefer to drive their EV in the winter because it heats up quicker (waiting ~5 minutes for the ICE to warm up the car vs. an active electric heater that starts right away)
Re: Amazon orders 100K electric delivery trucks from Rivian
#265I work for a company that could most definitely deliver this vision before Rivian could (this is entirely my personal opinion and not reflective of my company) due to our extensive, non-vapourware, build history. The trucks are very real and being field tested, delivering real packages to real people every day. Most don’t even realise they are electric. The price is not a niche price you may imagine; it’s very highly…
Why do you think Amazon went with Rivian instead of your company?
Re: Amazon orders 100K electric delivery trucks from Rivian
#266Wow, 100k is no small change. Hoping this accelerates the "tipping point" for electric vehicles - in my mind that's when the infrastructure for EVs (e.g. charging stations, or something in the future like battery swaps) actually makes it easier to own than a gas vehicle.
tipping point, indeed... and not in a good way: let's take 100,000 vehicles with (I'm conservatively guessing) a 100 kWh battery each, that's a 100,000,000 kWh load each night! 100,000 Mega watt-hours is roughly the output of about 10 nuclear power plants in a 24H period. Unless a lot of new capacity comes online, it could easily overwhelm the existing electrical grid's capacity. Let's hope this is a gradual transiti…
Re: Amazon orders 100K electric delivery trucks from Rivian
#267Honestly this is a good move, I just have a quick question: Does anyone anywhere have video footage of a Rivian actually being driven? Like, not in a commercial, someone genuinely driving it. I just want to know if they are anywhere close to having a production vehicle. If they have a single production vehicle that does what they say, then OK they "just" have to figure out scaling up the manufacturing. If they don't…
The basic design paradigm (skateboard) of EVs is basically established, new EV companies are systems integration and supply chain (esp. battery) setup... well, probably motor design now too, but it's not like people don't know how to make electric motors.
Re: Amazon orders 100K electric delivery trucks from Rivian
#268Wow, 100k is no small change. Hoping this accelerates the "tipping point" for electric vehicles - in my mind that's when the infrastructure for EVs (e.g. charging stations, or something in the future like battery swaps) actually makes it easier to own than a gas vehicle.
Plus these will have tons of commercial customers who get to depreciate it on schedule, and the longer term lower maintenance and fuel costs come into play more.
... assuming the design goes well.
Re: Amazon orders 100K electric delivery trucks from Rivian
#269Honestly this is a good move, I just have a quick question: Does anyone anywhere have video footage of a Rivian actually being driven? Like, not in a commercial, someone genuinely driving it. I just want to know if they are anywhere close to having a production vehicle. If they have a single production vehicle that does what they say, then OK they "just" have to figure out scaling up the manufacturing. If they don't…
Re: Amazon orders 100K electric delivery trucks from Rivian
#270Earlier quoted context omitted.
> (the batteries in the EV may even make it a little worse) I'm not sure it makes it worse. Lithium is a common, non-toxic element that is easily recycle-able. Pound-for-pound batteries are "just" mostly replacing steel and lead (and oil-based lubricating fluids) ICE engine components, which can be toxic, sometimes nearly impossible to recycle, and produced in very unclean smelting, machining, (and refining) operatio…
> I'm not sure it makes it worse. Lithium is a common, non-toxic element that is easily recycle-able. I think one of main constraints on battery cost is the price of cobalt, which is a conflict mineral. Some chemistries (like lithium iron phosphate) don't need cobalt, but a lot of the high-performing batteries do.
Cobalt is also presumed to be entirely recycle-able from most battery compositions, but is in such small quantities that it isn't today economically feasible (and so long as people are mining Nickel, unlikely to be).