EV Charger Mounting Height: Where It Actually Goes

Start with the finding, because it is the reason this page exists. On October 18, 2026 we read the manufacturer pages and datasheets for four of the most commonly installed home chargers in the US — the ChargePoint Home Flex, the Autel MaxiCharger AC Elite Home, the Grizzl-E Classic Connect and the EVIQO 48A — looking for a recommended mounting height. None of them publishes one. They publish cable lengths, enclosure ratings, temperature ranges and circuit requirements. On the question of how high to put the thing, they are silent.

That silence is understandable — the right height depends on your car and your garage, not on their box — but it leaves a real decision unmade at exactly the moment it becomes expensive to change. Once the conduit is run and the box is anchored, moving it is a second job. So here is the decision, broken into the four inputs that actually determine it.

1. Your car’s charge port decides the wall

Before height, side. Charge ports are not in a standard place: some cars put the port on the left rear quarter, some on the right rear, some on a front fender. Park your car exactly where it will live — nose in or nose out, whichever you actually do — and then look at which corner of the garage the port is nearest. That is the wall.

Two corollaries people get wrong. First, mount the charger beside the parking space rather than on the end wall in front of it. A charger directly ahead of the bumper is the one that eventually gets hit, and a cable that has to come around the nose of the car wastes several feet of reach. Second, if two cars will share one charger, pick the wall that reaches both ports, not the wall nearest the car you drive more. Our two-EV roundup covers the rest of that problem.

2. You get 23 to 25 feet of cable, and less than you think

Across every wall-mounted charger in our registry, the published cable length is either 23 or 25 feet. ChargePoint publishes 23 feet for the Home Flex and Lectron publishes 23 for the Nexus; EVIQO, Autel, Grizzl-E, Emporia and Leviton all publish 25.

That figure is a straight-line measurement of a cable, not a reach. The cable has to come down from the unit, travel along the floor or along the car’s flank, reach up to the port, and still have enough slack that it is not under tension at the connector. It also has to end up back in its holster afterwards without being stretched. As a planning rule, assume you can usefully use about 60% of the published length— so roughly 14 to 15 feet of actual reach from the wall.

Measure it before anybody drills. Run a tape from the proposed charger location, down the wall, along the path the cable will take, and up to the port on the parked car. If that path is longer than about 15 feet, move the charger rather than buying a longer cable — and if you cannot move it, that is when cable length becomes the deciding specification and our long-cable roundup is the right page.

3. The height itself: aim the holster, not the box

Here is our recommendation, and we are labeling it as ours rather than dressing it up as a standard, because no manufacturer publishes one: mount the unit so the connector, sitting in its holster, lands somewhere between waist and chest height for whoever will be plugging the car in. For most people that puts the charger body roughly three to four feet off the floor.

Four reasons, in the order they will matter to you:

• The cable hangs instead of lying down.A connector holstered at chest height lets the cable drape in a loop clear of the floor. A unit mounted low leaves cable coiled on concrete where it gets driven over, swept, and frozen into place. Cable and connector damage is the failure that actually happens on home chargers — see our maintenance guide.
• You plug in without crouching. Twice a day, every day, in a coat. Most charge ports sit between about two and three and a half feet off the ground, so a holster at chest height means a short downward reach rather than a squat.
• Water and snow stay below the enclosure. Outdoors this is the whole argument: keep the box and the holster above the snow line for your area and above where water pools on the driveway. An IP66 or NEMA 4X rating protects against falling and sprayed water, not against sitting in a drift.
• You can read the status lights and reach the plug. On a plug-in charger, the thing you want to grab in a hurry is the NEMA 14-50 plug. At shin height, in the dark, behind a car, you will not.

The failure modes at both extremes are worth naming. Too lowand the connector rests on the floor — grit in the contact faces, water in the cavity, and a cable bent at the same sharp radius every night. Too highand the cable’s own weight hangs off the connector when it is plugged in, the holster is a stretch, and on a plug-in unit the input plug ends up somewhere awkward. Chest-height is simply where neither of those happens.

4. The code question, and why there is no number here

EV charging equipment is covered by NFPA 70 — the National Electrical Code — under Article 625, and that article contains language about where the coupling means may be stored or located. We are not publishing a height figure from it, for the same reason we did not publish a disconnect threshold in our Level 2 electrical requirements guide: which edition of the NEC is in force is a local decision, the relevant text has moved between editions, and a number that is right in one county is wrong in the next.

What to do instead is simpler and more reliable than any number we could print. Put the question on the permit. Ask your electrician which NEC edition your jurisdiction has adopted and whether there is a minimum storage height for the coupler at your mounting location — indoor and outdoor locations have historically been treated differently — and let the inspection confirm it. Our permits and inspection guide covers how that conversation goes, and the two points in the process where skipping it costs money.

One related code fact we willstate, because it is not edition-dependent and it affects the wall you choose: EV charging is a continuous load, so the circuit is sized at 125% of the charger’s output. That is why a 48-amp charger needs a 60-amp circuit, and it is also why a longer, harder cable run to a better wall position can cost noticeably more than a short one. Our breaker-size guide has the whole table, and our detached-garage guide covers what happens when the distance gets long enough for voltage drop to enter the quote.

What to look for in a charger, if placement is your constraint

Three specifications decide whether a charger is easy or annoying to place, and all three are published before you buy. Cable length, because it is your entire reach budget. An included holster or J-hook, because a connector with nowhere to live ends up on the floor regardless of how high the box is. And the enclosure rating plus the operating temperature range, because those are what let you choose the best wall rather than the only sheltered one.

A ten-minute method, before anyone quotes you

Park the car where it lives. Walk to the corner nearest its charge port and put a piece of tape on the wall at chest height, off to the side of the parking space rather than in front of it. Run a tape measure from that tape, down the wall, along the route the cable would actually take, and up to the port — if it is under about 15 feet, you have your spot. Check that the tape is not over a window, a doorway, the panel’s required working clearance or the path you walk with groceries, and that outdoors it is above the worst snow you get. Then hand the electrician the tape mark rather than a hand-wave at a wall.

That is the whole job. The height is not a regulation you are trying to satisfy or a spec the manufacturer forgot to print — it is the point where your car’s port, your cable and your weather intersect, and you are the only person who can see all three. Get it right once and the charger disappears into the garage for a decade.