A Model X-based van wouldn't have this problem, because the battery is in the middle and the unloaded weight is better distributed.
Not to mention that all Model Xs are AWD.
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A Model X-based van wouldn't have this problem, because the battery is in the middle and the unloaded weight is better distributed.
The price of a Commercial van would have too be pretty low in order to catch the attention or Large Customers.
individuals are paying for Luxury and Technology when buying a Tesla
... in addition to what @WannabeOwner said, none of this would be defined as anything close to "luxury" in my book.About the only luxury that a Fleet Manager has for their vans are A/C, Heater and Radio (maybe).
Elon explained in the past that he doesn't like square shape and sliding doors,I seriously don't understand why Elon/Tesla hasn't considered the idea.
Elon explained in the past that he doesn't like square shape and sliding doors,
so he decided to have falcons doors, to allow accessing the third row.
However the falcons doors have several drawbacks.
Beside the added complexity, and weight,
the first major drawback is that you cannot put anything on the roof.
Another drawback is that with low ceiling and narrow space on the side,
something typical in any home garage or public parking,
you cannot really open the doors and access the back seat.
The real solution would have been then not to have a falcon door with two hinges, but three hinges.
See the video at (3:50) Optimus Prime's garage is done!
I really think that the Model X platform could be used for more utilitarian purpose.
May be Tesla should create another commercial vehicles branch, to sale pickup trucks, vans, and so on...
And keep the Tesla DNA shape and style for non commercial vehicles like the Model S, X, 3, and Y.
Is there anything else to the non-luxury argument that isn't already applicable to the Semi?
.. doesn't need to be autonomous though - Plumber's van arriving without the plumber is not much good to me!, and I can't visualise a self-delivery Post van either ...
when automated systems are getting confused.
Remember that we are now talking about van's for the European marked. Here the price-gap between ICE fuel and electricity is somewhat bigger then in the US, and we are facing ban's on diesel cars in some cities in the near future. So a higher price for an BEV van is easier to accept here then in the US.Small-ish Ford van 15K, larger Transit-style 25-30K ... that's a lot cheaper than the 30K entry level M3, not sure M3 could be made into a van for 15-20K by just removing the luxuries. If BEV fuel is 0.10-.015 cheaper per mile then 5K extra on price needs 30K-50K miles for payback ... Googling was a bit fruitless, but looks like Urban / Rural delivery driver routes average 100 / 150 miles a day. If the vehicle ran 5 days a week 52 weeks a year that's 26K / 39K miles p.a. ... so for payback the rural routes look better than the urban ones, but its still a couple of years for each 5K extra on price.
Remember that we are now talking about van's for the European marked
Small-ish Ford van 15K, larger Transit-style 25-30K ... that's a lot cheaper than the 30K entry level M3, not sure M3 could be made into a van for 15-20K by just removing the luxuries. If BEV fuel is 0.10-.015 cheaper per mile then 5K extra on price needs 30K-50K miles for payback ... Googling was a bit fruitless, but looks like Urban / Rural delivery driver routes average 100 / 150 miles a day. If the vehicle ran 5 days a week 52 weeks a year that's 26K / 39K miles p.a. ... so for payback the rural routes look better than the urban ones, but its still a couple of years for each 5K extra on price..
Will an electric van really be more expensive then it's ICE counterpart in 2-3 years ?
shorter routes means smaller battery packs.
Yes I know a lot of people have calculated this, but that is based on a 1Mwh battery pack in the Semi. More realistic is that it is "only" about 800kWh and that will give a cell-price of around $100/kWh.Semi -> $75/kWh
No, it will not "go away", but be lessened.At some point government will have to move ICE fuel-tax to a road-tax, and then the benefit of cheaper electricity goes away ...
You are right in that most of the taxes that ICE cars now pays will need to be payed by BEV cars in the future (but not all). But as I pointed out in my post: to continue to incentive zero-emission the prescription is to raise the taxes on ICE care at lest as much - or even more - then it is raised on the BEV's. That will avoid that "the benefit of cheaper electricity goes away" as you wrote.... but when ICE cars fall to negligible number (yeah, 20 years? maybe more than that even) then the same total tax has to be raised, as before, to repair roads etc. So I am assuming some continuous increase for BEV until that time; in UK that tax is currently on ICE Fuel (very few toll roads here), so presume that will change to become a road-usage tax in future (easy to tax ICE Fuel at the pump, impossible to do that for BEV electricity). Agree that tax will be a lower rate for BEV than ICE initially, and then perhaps a penalty rate for ICE later on ... but at some point it will have to collect the same amount of money for road repair, and our current percentage of tax in ICE Fuel is very significant ... so that significant portion will shift to be raised from BEVs I think?
Yes, as it always is... It is unfortunate, but the politic to replace the ICE transport with zero-emission transport has nothing to do with politics for distribution of wealth. If the later is desirable it will need implementations of other tools.As the ICE tax increases the who will suffer the most are, of course, the least well-off in society ...
the politic to replace the ICE transport with zero-emission transport
The only cure for such politicians is to trow them out...But politicians say one thing and then do as they please ...