Electric cars do not eliminate the usual detailing problems, they just move some of them, to the charging port, the brake rotors, and a frunk that never built this habit in a combustion car.
More collector garages in South Florida now have an electric car parked next to the internal combustion cars, and the detailing questions that come with it are different from the ones we have answered for twenty years. The paint still faces the same sun and the same salt air it always did. But an EV moves some of its wear points to places a gas car never had to worry about, and it changes how often a few familiar problems actually show up. Here is what is genuinely different, and what is not. The Charging Port Is a New Weak Point A fuel door never had to carry current. A charging port does, and in a coastal environment that is a real consideration. Salt air is hygroscopic, meaning it pulls moisture out of the air and holds it against whatever it lands on, and a charging port sitting open or slightly ajar after a wash or a rainstorm gives that moisture a path toward connector pins and low voltage wiring. Manufacturers already flag this as a maintenance point, recommending the port and its door stay dry and free of salt film, with periodic visual checks of the surrounding seal and the pins themselves. Practically, that means drying the port and the area around the charging door after a wash rather than letting it air dry on its own, and not pressure washing directly into the port at close range. It is a small habit, but it is a genuinely new one. Nobody ever had to think about this on a fuel door. Regenerative Braking Changes What Happens to Your Rotors This is the one most new EV owners do not see coming. Regenerative braking does most of the slowing down in daily driving, which means the friction brakes, the actual pads and rotors, go long stretches without being used hard enough to generate real heat. Heat is what dries moisture off a rotor's surface. Without it, humidity and salt air sit on bare rotor metal longer than they would on a conventionally driven car, and a light surface rust develops faster than owners expect, especially on a car that sits for a few days between drives, which describes a lot of collector cars. That surface rust usually clears on its own the first time the friction brakes get used hard, which is part of why some owners notice a grinding sound for the first block or two after the car has been parked. It is not a defect. But if a car is going to sit, a short drive that includes a few firm, deliberate brake applications now and then keeps the rotors from building up a rust layer that eventually does need mechanical attention. This is less about detailing and more about ownership habit, but it is worth knowing because the wheel face and caliper will show the rust residue first, and that is something we do see at pickup. No Engine Bay Does Not Mean No Problems Under the Hood An EV's front trunk is not an engine bay, but it is not maintenance free either. It collects the same leaf litter, pollen, and standing moisture any trunk does, and its drain channels need to stay clear or water sits against seals and trim instead of draining out. Because there is no engine heat cycling that area the way a combustion engine does, anything damp in a frunk tends to stay damp longer. Checking the drain channels and wiping down the seal gasket during a normal detail takes a few minutes and heads off the musty smell that