Charge-Port Door

Check the obvious things in order: the car must be unlocked, no cable can be latched in the socket, and on many vehicles the flap release is disabled while charging is active. If those are clear, the usual culprit is ice or a stalled latch. Warm the area gently with lukewarm water rather than boiling, then press the flap firmly and release. Most cars also have a manual release cable behind nearby trim, and the handbook shows where. If the latch has failed mechanically, the flap assembly listed here is the replacement.

Because they combine a small electric actuator, an outdoor location and daily use. Condensation finds its way into the latch housing, sits there, and freezes when the temperature drops, which either jams the mechanism or burns out the actuator trying to move it. Add several thousand open and close cycles a year and a plastic hinge eventually cracks. The failure is common enough across the segment that manufacturers now design drains under the latch. Replacing the flap or its inner panel restores it. Drying and lubricating the latch delays the next occurrence.

Look at what has actually broken. A scratched, dented or repainted face needs the outer panel alone. A hinge that has cracked, a flap that no longer sits flush, or a latch that will not hold needs the inner panel, since that piece carries the hinge, the catch and the seal. Damage that has torn the aperture around the socket needs the mounting plate as well. Ordering the single failed component rather than a complete assembly is usually the cheaper route, and each part carries its own OE number.

No, and this is the most common ordering mistake in the category. An AC only flap covers a smaller socket and has a different aperture and depth to a DC flap, and combined AC and DC versions are different again because they have to clear a much larger connector. Vehicles with two separate sockets carry two entirely separate flap assemblies with their own numbers. Match the OE number from your own flap rather than the shape in a photograph, and confirm which socket configuration your car was built with.

Some listings are supplied in body colour and others, particularly the DC flaps and outer panels described as unpainted, arrive in primer ready for paint. That is standard practice for visible panels, because paint plants match a colour code far more precisely than a warehouse can hold stock in every shade. Take the colour code from your vehicle identification plate to a body shop and have the panel sprayed before fitting. Check the finish line on the listing so you know which version you are ordering before it arrives.

In most cases yes, and it is one of the more approachable jobs on an electric car because nothing high voltage is disturbed. The flap assembly typically unbolts from inside the rear quarter or boot side trim, with the actuator on a single connector. Budget an hour, work with the twelve volt supply switched off, and take care with the trim clips. Where the mounting plate itself is damaged, the job grows considerably because the plate ties into the body aperture, and that is worth handing to a body shop.

Inner panels, outer panels and mounting plates sit at the lower end of the range in this category, which makes replacing a single failed component sensible. Complete flap assemblies with an actuator cost more, and combined AC and DC units are the most expensive here because they are larger and carry more mechanism. The live minimum and maximum are shown in the band at the top of this page. Painting an unpainted panel is a separate cost at your body shop and worth factoring in.

A small amount of moisture in the recess is normal after heavy rain and drains away. Standing water is not, and it usually means the flap seal has hardened, the flap is no longer closing square because the hinge has worn, or the drain in the base of the mounting plate is blocked with grit and leaf debris. Clear the drain first. If water still collects, replace the seal and check the inner panel, since a flap that sits even slightly proud will let water past its whole lower edge.

Only when the OE numbers match. Flap apertures are cut to the socket and the panel curvature of a specific body, and two cars that look alike from ten paces can differ in depth, hinge position and actuator connector. Even within one model, cars built with different charging hardware take different parts. Read the number moulded into your old flap, search that, and if it returns nothing, send it through the quote form so the factory catalogue is checked properly rather than approximated.

No. The flap, the panels and the mounting plate are body parts. The socket, its cabling and the on board charger behind it are separate items in a different category. Replacing a flap does not disturb any high voltage connection and needs no software work afterwards. Where the actuator is replaced, the central locking will pick it up without coding on most vehicles. If your fault is a socket that will not accept a cable or a charge that fails to start, the problem sits behind the flap rather than in it.

Keep water out of the latch and give it somewhere to go. Check that the drain below the socket recess is clear before winter, dry the recess after washing rather than letting it sit, and apply a thin film of silicone grease to the seal so it does not bond to the panel in frost. Avoid pouring hot water over a frozen flap. The shock can crack a cold painted panel and the water refreezes in the latch overnight. Lukewarm water and patience work better.

Yes. Every reference here exists in the factory catalogue under its OE number, and a missing price only means no confirmed supplier rate has been loaded against it yet. Use the request a quote button and it comes back priced against current availability, matched on that same number, with no obligation to proceed. Because this category is small and specific, quotes here are usually quick to return. Requests also influence what gets standing prices next, since the most asked references are prioritised.