next question is, is your garage wired for a 220v charger? I know a lot of houses end up having to have the electrical panel upgraded on the house to supply the power and this is never cheap.
The house we bought already had one. They were RV people. We just rerouted it to the side of the garage we wanted it. (Exposed pipe, not inside walls)
Since it already existed, when we were building our workshop, we installed various locations for work tools, not even thinking we would one an EV or even build our own.
A standard outlet is fine, but not for a daily driver. If you’re driving 20 or so miles a day, it’s totally fine, but if you need to recharge to like 100 or more miles, it’s probably not going to be full by the next morning. Level 1 and 2 chargers aren’t really intended to be used for long road trips anyway. That’s why they’re considered “destination chargers.” You’ve reached your destination, and are either at work, or plan on spending the night there.
If you are comfortable, you can technically upgrade your own home, but then you’re going to have to pay for an electrician to inspect and certify it anyway, so if he’s (or she) is already out there, you may as well pay for piece of mind.
It's a slim chance I'll follow through with an EV build, cost of batteries now doesn't make it a viable option at the moment.
To answer all of your previous questions, you would first need to know what setup you wanted. The traditional electric hot rod route is to buy an electric motor, an adapter plate for your transmission, and then a bunch of batteries. The other method involves getting rid of the transmission and drive shaft altogether, and using actual motors to directly power the wheels, like all modern EVs do. This is the best option, because you lose all that extra weight, and don’t lose any power transferring it directly to the wheels.
There’s lots of little things you need, that you don’t really think about, like a battery management system, ac to dc converter, bunch of little things. Then some way out there things because you no longer have an engine, like electric power steering, electric powered brakes, AC, parking brake since you can’t just leave it in first.
So the cheapest route to go for batteries is used. We have Nissan Leaf batteries in our 55 GMC. It’s not great because the range when the car was new was already pretty bad. So these batteries may not be at 100% and if they were, the truck is heavier, and has to go through a transmission, drive shady, and differential, reducing its range further.
The plus side though is you don’t have to worry about cooling the batteries, as their design is completely different from Tesla and other modern EVs. Look up Superfast Matt on YouTube. One of his projects, he converted an old 30s jag to an EV by basically gutting a Model 3. For the mustang though, you’d want Model S batteries though.
I’d like to convert my mustang someday (V6 VIN). I’m waiting for the price on a totaled Mach E abomination to go down. I will get all my random components from there. I can swap gauges with it, and actually have a REAL electric mustang.
Ford and GMs electric crate motors are jokes. It’s just for the publicity. You can’t actually buy it. And if you could, you couldn’t buy batteries or hardware to run it. I don’t know if there’s some sort of conspiracy, or if they don’t want to warranty anything that new technological wise.