Yes, sir. I've also got my eye open for details on the new 3.0l I-6 Duramax Turbo Diesel coming to the 2019 Silverado/Sierra.
The 2018 F-150. Six powerful engines. Now including diesel.
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Yes, sir. I've also got my eye open for details on the new 3.0l I-6 Duramax Turbo Diesel coming to the 2019 Silverado/Sierra.
The 2018 F-150. Six powerful engines. Now including diesel.
Being done by Porsche and McLaren that I recall. I know Ferrari is also in testing. Using the electric motors as an assist makes a lot of sense, particularly on the low end.
After years of skepticism, Ferrari is testing an electric supercar
Quote:
Right now electric cars are not lucrative for automakers, compared to their combustion-engine models. But they’re under intense pressure to electrify all or most of their model ranges within the next few years or face penalties for not hitting their CO2 targets—not to mention falling behind their competitors. They also need to keep catering to their wealthy customers by giving them an alternative to the pioneering Tesla S.
Porsche is already streets ahead of Ferrari, with its Mission E slated for launch at the end of next year, and the Mission E Cross Turismo after that. Bentley, Aston Martin, and Jaguar are already gearing up to debut high-performance hybrids too.
Where is all the electricity going to come from? It has to be generated and transported. That is going to cost if and when it ever get done. We also need a major breakthrough in both of those technologies for all electric vehicles to succeed.
The whole design of Electric traction motors with a generator power plant has one big disadvantage that some have mentioned here... but I think it's the #1 problem with a consumer grade pickukp attempting to implement: WEIGHT
more weight means less payload, worse efficiency, more wear and tear on suspension components, tires, brakes (Trucks cannot brake by regen alone), heavier suspension means ride quality suffers, regulations on vehicle class GWR, etc...
The design works well with locomotives, they have low friction steel wheels and are frequently pulling over 10,000 Tons... and you need weight for traction on the locomotive.
Big ocean vessels are carrying very heavy loads as well, so weight is less of a factor...
For any vehicle that someone with a class D driver's license (non commercial) is going to handle, and weight is something you're going to be fighting against...
And the biggest problem with all EV design is charging station distances... I guess if you never leave the city, you'll be fine... but considering how many times I drove our 2 trucks between Penrose, CO and Canton, TX to move here... ~800 miles, and a large section between S Colorado and Amarillo... ~235 mi between Tesla Superchargers, and almost 300 miles if your charging port isn't the same as Tesla's... A Pure EV truck would be 100% no-go on that route with a trailer.
So what's a few more pounds of weight and electrical complexity right?
Is the front trunk big enough for a honda e2000i and a gas can?