What about the head gaskets though that's what I was thinking aboutAll current model Subarus use a timing chain, not belt. No replacement interval.
What about the head gaskets though that's what I was thinking aboutAll current model Subarus use a timing chain, not belt. No replacement interval.
Well, that's not a timing belt/chain issue, lol.What about the head gaskets though that's what I was thinking about
Horrid images of abuse abound in some third-world countries. Children are often used for mining. They would in this country too if not for changes negotiated by unions.
Thanks. I haven't owned one for years now. Looks like they switched around 2013.All current model Subarus use a timing chain, not belt. No replacement interval.
Yeah, would be better if I could see all the data. I've seen this range of dollars before in several other studies, usually done by companies or cities that manage fleets of vehicles. You might be able to assume that the average gas vehicle life of a fleet is the same as that of the US as a whole, but that is conjecture.it's not stated where they got this data, or what vehicles were included
I can't say that I read very deep into the report I referenced (my bad) since it matched what I've read before in other reports that I have read deeply. Did that report really say they were comparing used ICEs with new EVs?I don't understand why we would look at the maintenance costs for a used ICE, but a new EV. That kind of data can't really be compared. Comparing the data for TCO only works when looking at buying both new. Otherwise there are too many variables.
Thanks. I haven't owned one for years now. Looks like they switched around 2013.
That good ol' positively charged EJ block will do that. I can't understand why the Subaru design team though it would be a good idea to trust the operators to change the coolant every 60k miles.Well, that's not a timing belt/chain issue, lol.
All the FA and FB series engines do not route coolant through the head gasket. While, like any car, head gasket issues are never 100%, the previous head gasket issues are a thing of the past that disappeared with the older EJ-series engines.
And use a can of 'coolant conditioner' (also known as Holt's RadWeld) with every change.That good ol' positively charged EJ block will do that. I can't understand why the Subaru design team though it would be a good idea to trust the operators to change the coolant every 60k miles.
Tesla and BYD models jumping up in the rankings from nowhere to top 20. And ICE standbys all dropping in sales YOY.Global sales numbers….
Focus2move| World Car Market - Best 100 Models Ranking 2024
World Best Selling Car Ranking in 2024 reports the Tesla Model Y securing market leadership (+3.6%), followed closely by the Toyota Corolla and the Toyota RAV4.www.focus2move.com
The current ev trucks can tow pretty well. Our friends have a lighting they towed a pretty big camper with several times this summer and said it worked great. Yes they had to plan and schedule on charging but they are happyI get where Ashful is at (and I risk trying to paraphrase his many posts on this topic), but for those who want bigger vehicles or large pickup trucks that are used to tow things, the affordable BEV market is still 5-10 years in the future, and it may arrive even later for those who need a pickup truck to tow things.
First company to get an EV truck into 500k units a year production will have a huge market if the battery is 100kwh or bigger.The current ev trucks can tow pretty well. Our friends have a lighting they towed a pretty big camper with several times this summer and said it worked great. Yes they had to plan and schedule on charging but they are happy
Yep. But note that DBoon said "affordable". There's no doubt BEV's have come a long way on capability, that side of things has been very exciting. Cost will be the next challenge to resolve, at least for these larger vehicles.The current ev trucks can tow pretty well. Our friends have a lighting they towed a pretty big camper with several times this summer and said it worked great. Yes they had to plan and schedule on charging but they are happy
I don’t think cost is a challenge on a per part basis (excluding batteries). It is building the assembly infrastructure and battery manufacturing that will be costly. They have the highest margins on truck’s because efficiency is not that important. Small packaging is not important. Ford has body panel stamping capacity, all the interior will be similar to ICE production. Motors should cross platforms like Tesla. The plaid motors are being used in the Semi trucks. Want more power don’t build a bigger motor just add another one. Why are they expensive now? I think because they are basically being hand built. They delivered 13,250 in all of 2022. That’s basically what Tesla Makes in a Week of Model Y.Yep. But note that DBoon said "affordable". There's no doubt BEV's have come a long way on capability, that side of things has been very exciting. Cost will be the next challenge to resolve, at least for these larger vehicles.
Yes, once we have transportation weaned off fossil fuel, the transition toward cleaner power generation will not be a shock to the transportation sector. Pun totally intended.Long thread, but I think what needs to be said has been said. BEV's win on many fronts, and will continue to take more. Their primary obstacle today is initial cost, which can't presently be offset by their savings in fuel or maintenance, excepting perhaps very low-end models. But that will change as sales volumes increase, and as component supply chains mature.
I don't really get the ethical arguments against child labor as related to BEV's, from anyone carrying an iPhone, iPad, Samsung, or laptop computer. Sure it's horrible, but in no way unique to BEV's. Heck, I'm sure some components of our beloved ICE's can be tied to child labor, without much effort. Then what?
The 180 kWh might make serious tow vehicle but the rivian reminds me of Ridgeline in cabin size. That battery means the weight of the truck itself is a lot! And that means its payloads is less and its GCVWR doesn’t get bigger (I’m guessing here) so its actual towing capacity is probably smaller. But it’s a luxury truck that won’t ever see volume production I predict.The lightning is currently available with 98 or 131 kwh batteries rivian is 105 135 or 180
If the company survives I expect to see non luxury versions available in a couple years. But honestly what many of us contractors want are regular cab long bed trucks in 3/4 ton. I have a feeling that's a pretty long way off.The 180 kWh might make serious tow vehicle but the rivian reminds me of Ridgeline in cabin size. That battery means the weight of the truck itself is a lot! And that means its payloads is less and its GCVWR doesn’t get bigger (I’m guessing here) so its actual towing capacity is probably smaller. But it’s a luxury truck that won’t ever see volume production I predict.
I would guess the 3/4 ton are manufactured on their own assembly line. Volume is probably smaller for battery trucks 3/4 and 1 ton. Tesla is marking a play for a heavy duty 1/2 ton.If the company survives I expect to see non luxury versions available in a couple years. But honestly what many of us contractors want are regular cab long bed trucks in 3/4 ton. I have a feeling that's a pretty long way off.
But here is the chart of towing and payload of current ev trucks. But the payload does drop by 300 to 400 with the larger battery options
View attachment 308940
Well maybe they are if they ever make any lol.I would guess the 3/4 ton are manufactured on their own assembly line. Volume is probably smaller for battery trucks 3/4 and 1 ton. Tesla is marking a play for a heavy duty 1/2 ton.
(broken image removed)The 180 kWh might make serious tow vehicle but the rivian reminds me of Ridgeline in cabin size.
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