Thanks for the comment. Hopefully Ford will benefit from lessons learned. I like it and am willing to accept modest annual maintenance for the generator even if it not used. To each their own. I understand why some push back.The BMW i3 was a generator as well, it was the only part of the car that had issues. Gasoline engines don’t like to sit idle for long periods of no use. BMW pressurized the gas tank to try and maintain the freshness of the gasoline(keep water out), but it still had issues with that system as well as other issues. It requires annual oil changes regardless of hours of use. I’ve seen this movie before and didn’t like it.
I see that vehicle as a SUV with a truck body with little in common with a F-150. Also suspect Rivian may go the way of the delorean. It's not close to having a nationwide dealer network.I guess my next truck will be a Rivian.
It depends on the engineering strategy.I think you're seriously over estimating the size of the battery pack on the EREV... probably by 2x or so.
Some of the drawbacks are the reason why I chose the lightning over it the first time, but I won’t go back to a gas vehicle. I’ve been fully electric for almost a decade.I see that vehicle as a SUV with a truck body with little in common with a F-150. Also suspect Rivian may go the way of the delorean. It's not close to having a nationwide dealer network.
But it's a great product for some.
You do realize that lfp is less energy dense than nmc? There's 0 chance it has anything close to the current lightning range on purely electric.It depends on the engineering strategy.
A gas F150 is either 23 gal or 26 gal. Makes sense to re-use the existing gas tanks.
- Keep the existing battery pack size and structure. Replace with LFP packs and put the gas tank and engine below the trunk bed.
- Reduce the battery size means re-engineering the pack size and manufacturing tools. Gas engine can go somewhere in the frunk and gas tank in the traditional spot. This would give a larger gas tank.
- At 19MPG, new Lightning would get 437 gas miles, the additional 263 electric miles gets to 700 miles. That's about the same 131 kWh battery.
Those are some upper and lower bounds I'm having fun calculating.
- If the range extender gets 28MPG, then we're talking 644 miles on the 23 gal tank and a tiny 25kWh pack with 60 electric miles (2.4mi/kWh). At that point might as well call it a PHEV.
All fun theory crafting. Kinda pointless until Ford announces specs.
I know! So I will still be able to have my electric truck, but without the massive inconvenience of finding chargers every 80 miles while towing my camper? WHERE DO I SIGN PAPERS?Having gone from a V8 F-150, to a Lightning, then to a PowerBoost; this is exciting!