Any GTAM'ers own an electric vehicle?

Tesla really pushing FSD. Buddy just got this email.

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I think that FSD is still not working in the truck and as a bonus the backup sensors are tied into the FSD so they are inoperable a hell of a bonus when the rear visibility is so poor. The back up camera still works but there are plenty of reports of unhappy owners reversing into objects because of poor depth perception with the camera.
 
Truck fest in Kitchener. The lot is full of them.
 
Truck fest in Kitchener. The lot is full of them.
There have been trailer loads of them spotted in the gta. I assume they will start plugging up dealership lots shortly. Or are the delivery/service centers? Whatever the buildings/parking lots are that say tesla on them.
 
So Polestar is now accepted at Tesla Superchargers. I got my Lectron adapter yesterday ... hoping to return the favour to all those Teslas that were taking up a J1772 spot way back to when I had my Volts ... haha, payback is a b!tch!
 
Rough count of 60. That's a lot of inventory.
Check back in a few weeks to see if they're still there. Lots of people on the list, how many turned into actual orders is a small number.

But that quantity of 60 could very quickly be all sold and accounted for and just need their PDI.
 
City of Brampton commissioned a report to determine how to decarbonize busses. The chosen organization had board members from Ballard and enbridge and found that hydrogen was the best way forward as it was 0.1% cheaper. Analysis from a third party found questionable data that if accounted for would move hydrogen from 0.1% cheaper to something like 25% more than a battery electric fleet. The numbers were gamed to get the desired result.

It looks like Ballard continues to hang on by a thread by tricking government entities into expensive trials that have a 100% failure rate (after trial, all hydrogen systems have been abandoned).

 
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City of Brampton commissioned a report to determine how to decarbonize busses. The chosen organization had board members from Ballard and enbridge and found that hydrogen was the best way forward as it was 0.1% cheaper. Analysis from a third party found questionable data that if accounted for would move hydrogen from 0.1% cheaper to something like 25% more than a battery electric fleet. The numbers were gamed to get the desired result.

It looks like Ballard continues to hang on by a thread by tricking government entities into expensive trials that have a 100% failure rate (after trial, all hydrogen systems have been abandoned).

Brampton already has a bunch of New Flyer electric buses running around.
 
Interesting video on collision repair of a damaged cybertruck.


Exterior stainless steel skin panel is glued to a stamped-mild-steel inner. (What's the point?)
There is a lot he has confused in his head. He keeps talking about "digital" vehicles being substantially different and the exoskeleton that is held on by a few 13 mm bolts and all parts can be moved. Umm. That's not an exoskeleton, that is cosmetic.
 
There is a lot he has confused in his head. He keeps talking about "digital" vehicles being substantially different and the exoskeleton that is held on by a few 13 mm bolts and all parts can be moved. Umm. That's not an exoskeleton, that is cosmetic.

Yeah, one has to disregard some wrong explanations and just look at the way the vehicle is built (there are some details shown in this video that I hadn't seen in others - hence posting it). He has (IMO) undue concern about unplugging connectors on the 48V system. Arcing is only possible if the device is under load (carrying current) at the time of unplugging, and only if it's carrying an unprotected inductive load (motor coils, etc). Or if you do it in a salt-spray bath that shorts out power to ground ... In a normal workshop environment, it won't arc, and is not a hazard. (It's just below the code threshold, though ... 50 volts)

Stamped-steel (not stainless) inner is not immune to corrosion. To my eye, the inners look like they are e-coated.
 
Remember back when the prototype for this vehicle was first shown, that they said it could only be produced in a brake press (a fabrication-shop machine for putting straight bends into sheet metal)?

Those fender and door inners sure look like conventional sheet-metal stampings.
 
Remember back when the prototype for this vehicle was first shown, that they said it could only be produced in a brake press (a fabrication-shop machine for putting straight bends into sheet metal)?

Those fender and door inners sure look like conventional sheet-metal stampings.
It will be interesting to see how corrosion develops. Stainless attached to normal steel has a chance for galvanic corrosion (especially with salt water added). The coatings and adhesives may be enough to prevent that (assuming they were properly and completely applied).
 
It will be interesting to see how corrosion develops. Stainless attached to normal steel has a chance for galvanic corrosion (especially with salt water added). The coatings and adhesives may be enough to prevent that (assuming they were properly and completely applied).

Oh, it's going to be a fun winter watching the Cybertrucks deal with actual winter conditions.

I remember seeing a post somewhere in one of the early exploratory videos of somewhere in the rear suspension or stamped frame area (IIRC) where there is literally huge swaths of area with honeycomb type areas that are going to collect snow and water which will then freeze. And there's a lot of questions on if that water freezes solid if it'll end up actually breaking hard bits. Important hard bits.

It's increasingly evident this thing was designed by someone who has never experienced winter before. Lets not even get stated on how all that stainless handles road salt.

On another note, in the next 12 months or so we'll be in the market for an Ioniq5, it's been decided. My 2011 Volt is still going strong, and I'll inherit the 2017 when we get the Ioniq5 and I don't know what I'll do with the '11.

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My wife likes it, I love it, and

I'll be looking for the extended range battery with the 800v architecture so (eventually) we can get the 18 minute charge time, plus...bonus, 2300 pound tow rating! Even estimating a 50% loss of range towing our camper (realistically less as when we're on secondary highways I tend to stick at around 90, so realistically ~35% loss), that still gives us a 250ish KM range which gets us to pretty much any campground we normally visit in this province at least, and honestly, with Supercharger access now plus all the regular L3 chargers out there, gets us to a LOT of areas quite comfortably.

And when we get a campsite with power, plug in with level 1. Yeah, 60-ish hours for a full charge (assuming we arrive completely dead which is unlikely), but who cares, we often arrive on a Friday evening and don't depart until the Sunday afternoon, so we can still get about 35-40 hours plugged in, so probably about 60-80% charge depending on what we arrive with. All we'd need is a quick hit at a fast charger somewhere on the way home and we're golden.

For longer trips we'd still tow with the Volt as it's hard to beat the convenience of gas, but it certainly opens up a lot of options being able to tow with the Ioniq as well.
 
It will be interesting to see how corrosion develops. Stainless attached to normal steel has a chance for galvanic corrosion (especially with salt water added). The coatings and adhesives may be enough to prevent that (assuming they were properly and completely applied).
My admittedly cynical take on it is that the owners wallet will act as the sacrificial anode.
 
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