ThomasD
Active Member
Rip all of that air suspension out and install Dana 60 axles with long travel leaf springs. Give a few Trucks to people who do Offroad and Overlanding. Find out where the weak points are.
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Wheelbase is too longRip all of that air suspension out and install Dana 60 axles with long travel leaf springs. Give a few Trucks to people who do Offroad and Overlanding. Find out where the weak points are.
Where you mounting the radius arms / leafs to? Weld the shackles to the pack? How are you driving those ‘tonnes, one single rdu with stub conversions and drive shafts with slip yokes?Rip all of that air suspension out and install Dana 60 axles with long travel leaf springs. Give a few Trucks to people who do Offroad and Overlanding. Find out where the weak points are.
Planning on a CTHello,
I never had a Tesla, but I had one EV and currently one PHEV. I have a deposit on the CyberTruck (late deposit)
Question 1: How many of you will or may transition to the CyberTruck when it's released?
Question 2: What are your expectations for the true final price of the 2-3 difference motor levels of the CT?
There's no surprise over the Foundation pricing here. The affluent fanboy base will be milked until that demand runs dry. I can't blame Tesla for that as it makes perfect sense. Production is constrained, so it makes sense to maximize profits.Musk can charge whatever he wants, deploy his PR dept and then the Tesla Fans will fight to be the first.
Musk himself has said this is a $1 mil car, so he trying to recoup his cost.
What will happen next is RWD will be cut. The AWD will be like the LR Y/3, low priority. But if you want one now, get an AWD Foundation Edition.
The BlueOval TN/KY Ford T3 will definitely be interesting. I suspect it will have 48v wiring and dual/tri options. I'd guess e-locking diffs too. Unclear what else tho.At this point I'm firmly out, and I'm refocusing my attention on the next Lightning refresh and the Silverado. Too much essential, functional stuff was cut out, interior is a no-go, pricing is high, and I can get much more from the competition for the same or a better price. The opening of the Supercharging network also negates that prior advantage, and that will be completed when I plan to buy.
I don't understand why only v3 will be usable.The BlueOval TN/KY Ford T3 will definitely be interesting. I suspect it will have 48v wiring and dual/tri options. I'd guess e-locking diffs too. Unclear what else tho.
Note that there will still be a Tesla-only advantage in 2024-Adapter / 2025-native_NACS_port for Superchargers because only v3 and above will be usable AFAIK. GIF I created a while back to show v2 and below vs v3 and above.
View attachment 1002748
Link:A good source of info that might affect your delivery decision is the new Kim Java Vid showing a CT teardown at TSportline in LA last week, released this AM.
Rather impressive deep dive. They will sell a Lot of these.A good source of info that might affect your delivery decision is the new Kim Java Vid showing a CT teardown at TSportline in LA last week, released this AM.
I don't understand why only v3 will be usable.
Isn't the protocol the same?
So, just a software update?No, not quite. When Tesla put together their connector, CCS wasn't even decided yet. In fact the first cross country trip I took back in 2015 CCS still wasn't around. It's confusing because the AC connector on which CCs is based was all over the place. In fact all the Teslas came with a adapter for that, and I think still do.
But, as to the DC charge connection, there's only so much you need, two communications pins, two power pins, and a ground, so it's really just all about communication protocols. Upgrading all the version two super charges to the new protocol is an awful lot of work! So, it will happen as they die and have to be rebuilt. Probably five or six years before they're all upgraded.
So, just a software update?
I think a software update to the new protocol should require no hardware changes and could be easily done.For certain it would involve control boards, possibly some of the backend stuff. From what I understand it is by no means minor. Easier to replace the whole system than to deal with it. Plus, the old ones can't handle anywhere near the amount of current people want nowadays, so why update their protocols? Best to just swap them out. However, since they do use more power, that means putting in bigger transformers, which means potentially having to run new wire from the utility. You can see how all this Cascades into a major deal.
Tesla vehicles can use both because they are, effectively, bilingual. Tesla is only licensing the latest version as NACS.
I think a software update to the new protocol should require no hardware changes and could be easily done.
I do understand that the new stations have a higher power output and that would require hardware changes but why not run the older stations with a new protocol even if the power output is limited to 150 kW?
In the US, it's simple. Tesla designed it's own plug and protocol for the release of its first car (Model S) in 2012 and all Teslas since then in the US have used this plug and protocol. They recently published the protocol and this has been adopted as the "North American Charging Standard" (NACS) by the SAE.
So, at least in North America, it's the same protocol and plug for all Teslas (and most other EV makers are also adopting this standard).
So, newer versions of the Tesla chargers have higher power but use the same standard plug and protocol.