Shipping an electric car feels risky. You picture the heavy battery, the lithium warnings, and you wonder if a normal carrier can even handle it. Relax — electric vehicle shipping is routine, and EVs travel as safely as any car. Below, we cover the three steps that actually matter, what it costs, and how we move EVs every week.
The short answer: Electric vehicle shipping works just like normal car shipping, plus three EV steps. Charge the battery to 30–50%. Turn on transport mode and switch off the apps. Accept that the extra weight makes it cost a little more. Reputable carriers move EVs every day on standard open trailers, and the battery is safer in transit than most people fear.
Electric vehicle shipping moves your EV on the same trailers that haul gas cars. A driver picks up your car, secures it, and delivers it to your door. The method does not change because the car is electric.
What changes is the prep. An EV has a big battery, special drive settings, and software that talks to your phone. Handle those three things and the move is ordinary. In our experience, owners worry far more than the actual job warrants.
One honest caveat up front: not every carrier knows EVs. Some still strap a car by the wrong points or skip transport mode. That is why an EV-aware hauler matters more than the trailer type.
Yes. This is the fear we hear most, so we answer it plainly. Studies of vehicle fires show EVs ignite far less often than gas cars. The lithium battery sounds scary, but it is sealed, monitored, and built for highway abuse.
The rules treat a complete EV as a battery-powered vehicle under federal hazmat code. That sounds alarming and isn't. It mainly means carriers follow set handling and labeling steps, which good ones already do.
The real risk is physical, not chemical. A careless strap on the battery tray can crack a panel. We cover the full safety picture, including the maritime bans you have seen in the news, in our guide on whether it is safe to ship an electric car.
Strip away the noise and EV prep comes down to three moves. Get these right and your electric car transport goes smoothly.
1. Charge to 30–50%. That gives the driver power to load and shift the car. A near-empty pack can strand the car if the route changes. A full pack adds heat strain on a parked trailer.
2. Turn on transport mode, turn off the apps. Transport or tow mode lets the driver winch or roll the car without fighting the sensors. Sentry, alarms, and remote features drain the small 12-volt battery and trigger false alerts.
3. Plan for the weight. EVs are heavy, so they cost a little more to move and a few carriers limit how many they load. We walk through every step in our guide on how to ship an electric car.
The downside worth naming: skip the transport-mode step and a driver may not be able to release the brake at all. We have seen that delay a pickup by a full day.
EV shipping costs a bit more than moving a similar gas car. The reason is weight. Battery packs are heavy, so fewer cars fit per load and the per-car rate rises.
A typical move runs around [INSERT RATE], depending on distance, model, and season. Enclosed transport adds a premium for extra protection. Summer usually prices lower than winter, when storms slow routes.
We never quote a flat number sight unseen, because your ZIPs and dates move the price. Run the car shipping calculator for a live figure, and read the full breakdown in our guide on the cost to ship an electric car. The catch: a quote far below the rest usually means a carrier who has never handled an EV.
Tesla is the EV we move most, and it ships like any other electric car with a few quirks. You disable Sentry Mode, set the charge near 50%, and leave the key card with the driver. Model X doors and low Model 3 clearance need a driver who plans the load.
Rivian, Hyundai, Ford, and the rest follow the same playbook with brand-specific settings. We keep notes on each so nothing gets missed. Our full walkthrough lives in the guide on how to ship a Tesla.
One brand caveat: some EVs roll the parking brake on automatically when they lose app contact. A driver who does not expect it can drag a tire. We flag the model's habits before pickup.
Most EVs ship open, and that is the right call for a daily driver. Open carriers run more routes and cost less. Your car rides exposed, just as it would in your driveway.
Enclosed transport makes sense for a high-value or collectible EV. The walls block weather, road debris, and prying eyes. The trade-off is a higher rate and fewer trucks on the road.
This is the same decision every shipper faces, so we will not rebuild it here. Compare the two in our open vs enclosed car transport guide, or read the method pages for open car transport and enclosed car transport.
The process mirrors any door-to-door move, with EV checks built in. We confirm your charge level, transport mode, and disabled apps before the truck rolls. The driver inspects the car and notes its condition on the bill of lading.
Your EV travels strapped by the tires, never the battery tray. At delivery, you walk the car together and confirm it wakes and drives. We tell clients to test the screen and charge port before signing.
For a state-level example of how local access and weather shift the plan, see our guide on EV car shipping in California. The honest limit: a remote pickup with no EV-aware driver nearby can add a day to scheduling.
Electric vehicle shipping is far simpler than the lithium headlines suggest. Charge to 30–50%, set transport mode, disable the apps, and book an EV-aware carrier. Do that and your electric car arrives as safely as any vehicle we move.
Price your exact route on the calculator, verify any carrier with our FMCSA lookup, and browse all of our car shipping services to match the method to your move.
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You do not need a special truck. You need a carrier who has moved EVs before. We tell our clients to ask one question: do your drivers use non-conductive straps and know transport mode? An experienced hauler protects the battery tray and tie-down points. An inexperienced one can crack an underbody panel that costs thousands.
Aim for 30% to 50% charge. That range gives the driver enough power to load and reposition the car without stress on the pack. We avoid a full charge because heat plus a high state of charge raises battery strain on a parked trailer. Below 20%, the car can be hard to move if the route changes.
Open transport is fine for most EVs and the cheapest option. The car rides exposed, the same as a new EV delivered to a dealer. We suggest enclosed only for a high-value, rare, or show-condition EV. The honest downside of open: road grime and the small chance of a stone chip on a long haul.
Usually a little, yes. EVs carry heavy battery packs, so fewer fit on a trailer and the per-car price ticks up. A few carriers also cap how many EVs they load for weight reasons. We tell clients the weight premium is real but modest — run your route on the calculator for the exact figure.
It rarely happens, because a parked EV in transport mode barely sips power. The risk is the 12-volt battery, not the big traction pack. We ask drivers to confirm the car wakes and rolls at delivery before they leave. If a dead 12-volt blocks loading, that is a real delay worth planning around.
Cargo insurance covers the vehicle, not loose belongings. We tell clients to remove the mobile charger and adapters or pack them flat in the trunk at their own risk. Carriers can legally move some weight inside, but a missing cable is not a claim you can win. Photograph anything you leave inside.
Yes, switch off Sentry, alarms, and remote app features before the driver arrives. Those systems drain the 12-volt battery and fire false alerts while the car sits on a trailer. We have seen apps ping owners with "theft" warnings during normal loading. Disabling them avoids panic and saves the battery.
No, and this trips people up. Most EVs cannot ride roll-on/roll-off (RoRo) ships because of lithium battery rules. Container shipping is the compliant path for an EV going overseas. Some ocean carriers have paused EVs entirely over fire concerns, so confirm the route before you book an international move.
Cold does not damage the car in transit, but it shrinks usable range. A 40% charge reads lower in freezing weather, so we add a small buffer for winter pickups. The bigger winter issue is the same one gas cars face: storms and mountain passes that slow the whole route. Plan extra days December through February.
A non-running EV needs a winch and a carrier equipped for it, which costs more. The catch with EVs: many need 12-volt power just to release the parking brake and roll. We tell clients to confirm the car can enter transport mode first. A truly dead pack may need a flatbed and a specialist.
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