> I would suggest, if you have an ICE car, trade it in now while you can still get more money for it.
Just as soon as I can get a low-cost, 300 mile range 4wd vehicle, that I can put on 30+ inch tires and a 3-6 inch lift.
Until the battery tech gets a helluva lot better, that ain't happening.
Furthermore - even if it does happen (which it probably will at some point - I'm optimistic) - it still doesn't fix the next problem:
How do I tote along an extra "10 gallons" of electric fuel with me?
You see, when you are off-roading, you typically will take extra fuel with you. An extra 5 or 10 gallons of gasoline can mean the difference between hiking out or getting back to pavement with your vehicle, depending on what happened to get you stuck to need the fuel. It can also mean extending a trip, or seeing side trails you normally wouldn't be able to. Or being able to do a much longer trail and having the fuel to take you to a nearby gas station at the end.
But I can't see with current battery technology - nor even future technology - being able to do anything like that. You'd probably need a trailer or something to haul around the extra batteries, or you'd have to haul a generator (which would also require fuel...). Forget solar panels, because you wouldn't be able to carry enough panels to be able to charge up the batteries in the same amount of time you could pour a tank of gasoline - no where close to it. Heck, even if you had 1000 watts of panels with you, it would still take at least a day or two to recharge the pack, most likely.
I'm not sure what the solution is for that situation. Maybe a battery that got you double the miles (4-600 miles per charge?), or what I suspect a lot of people would say (don't go off roading...)
For now, I'm sticking with my ICE vehicles until that problem is solved; there may come a time when I'd have an electric just to get to work and back, but that'd be about it for now.