More drivers are making the switch to electric vehicles, and with that shift comes a question the auto transport industry is fielding more often: how does shipping an EV actually work? The short answer is that it works much like shipping any other vehicle. You get a quote, schedule a pickup, and your car gets delivered door-to-door or terminal-to-terminal.

The longer answer is that EVs come with a few extra considerations, mostly tied to their lithium-ion battery packs. Carriers have specific requirements around charge level, handling, and documentation that don’t apply to gas-powered cars. Regulations governing shipment at the federal level also shape how EVs can be transported. This guide breaks all of that down in plain terms so you know exactly what to expect before your EV gets loaded onto a carrier.

Why Electric Vehicle Batteries Require Special Shipping Considerations

The battery pack in an electric vehicle is not like the 12-volt battery in a traditional car. A typical EV battery weighs anywhere from 800 to 2,000 pounds, stores a significant amount of energy, and contains lithium-ion cells that can be sensitive to heat, vibration, and improper handling.

The primary safety concern carriers and regulators focus on is thermal runaway, a chain reaction within the battery cells that can lead to fire if the pack is damaged, overheated, or improperly charged during transport. Unlike a standard car fire, lithium-ion battery fires are difficult to extinguish and can reignite after appearing to be out.

None of this means your EV is dangerous to ship. Hundreds of thousands of electric vehicles are transported safely every year. What it does mean is that carriers and regulatory agencies have put specific protocols in place, and knowing those protocols helps you prepare your vehicle properly and avoid any surprises at pickup.

Rules and Regulations for Shipping EV Batteries

DOT and PHMSA Classifications

Lithium-ion batteries fall under the jurisdiction of the U.S. Department of Transportation (DOT) and the Pipeline and Hazardous Materials Safety Administration (PHMSA). When you ship a complete electric vehicle, it is classified under UN 3171 (battery-powered vehicles), which carries specific documentation, labeling, and handling requirements that carriers must meet.

This means that not every car transport company is equipped to handle your vehicle correctly. Carriers must be prepared with proper emergency response information and comply with PHMSA’s handling standards, which is part of why working with a vetted, federally licensed carrier matters.

Ground Transport Regulations

For domestic EV shipping, ground transport via open or enclosed carrier is the standard method. DOT regulations require ground carriers to maintain proper federal licensing and insurance, and carriers transporting vehicles with installed lithium-ion batteries must comply with hazardous materials handling guidelines under PHMSA.

Ground transport is the most accessible and practical option for most EV owners shipping within the continental U.S. The regulatory requirements are well-established, and reputable carriers are vetted specifically for their compliance with federal licensing and safety standards.

Ocean Freight: RoRo vs. Container Shipping

For overseas EV shipments, two primary ocean freight methods apply: Roll-On/Roll-Off (RoRo) and container shipping.

RoRo vessels are the most common shipping method for transporting vehicles overseas. Vehicles are driven directly onto the ship and secured for the voyage. For EVs, most RoRo operators require the battery to be at a very low state of charge, typically 30% or below, before the vehicle is accepted. This is a stricter threshold than what most domestic ground carriers require, and it is driven by the confined nature of RoRo ships, where a battery fire would be extremely difficult to contain.

Container shipping places the vehicle inside a sealed shipping container, which provides a higher level of protection and slightly more flexibility with state of charge (SOC) requirements in some cases. It also reduces the risk of fire spreading to adjacent vehicles, making it a safer option for high-value EVs. The tradeoff is higher cost and more complex logistics.

Both ocean freight methods require detailed documentation, including accurate battery specifications and emergency response information.

State of Charge (SOC) Requirements: What You Need to Know Before Pickup

State of charge refers to the current level of energy stored in your EV’s battery, expressed as a percentage. Before shipping, most carriers specify a required SOC range, and arriving at pickup outside that range can delay or complicate your transport.

For domestic ground transport, carriers generally ask that EVs be charged to somewhere between 20% and 50% at the time of pickup. The exact threshold can vary by carrier, and some manufacturers publish their own recommended transport SOC levels. Tesla, for example, recommends a specific transport mode and charge level for shipping scenarios.

The reasoning behind SOC limits is straightforward: a fully charged battery stores maximum energy, which increases risk in the unlikely event of a thermal incident. At the same time, a battery that is too depleted may not have enough charge to drive the vehicle onto and off the carrier, or to support the vehicle’s electronics during loading. If your EV arrives for pickup at a charge level that does not meet the carrier’s requirements, the driver may need to reschedule or ask you to adjust the charge before loading.

Charging Requirements and Carrier Policies

The most practical step you can take as an EV owner is to confirm SOC requirements with your carrier before your scheduled pickup date. When you book with RoadRunner, our dispatch specialists work directly with the assigned carrier to communicate vehicle-specific details, including any EV-related requirements, well ahead of the pickup window.

At the time of booking, let your transport coordinator know the make, model, and year of your EV. This allows us to match your vehicle with a carrier experienced in handling electric vehicles and to flag any model-specific considerations upfront. A Rivian R1T, for instance, has different weight and clearance considerations than a Chevrolet Bolt, and those details matter for carrier assignment.

On the day of pickup, have your vehicle charged to the agreed-upon SOC level. If your EV requires Transport Mode, Service Mode, or any specific configuration to be driven or loaded safely, communicate that to the driver in advance. A little preparation on the front end prevents delays at pickup.

Extra Fees and Cost Factors Specific to EV Shipping

Shipping an electric vehicle typically costs a bit more than shipping a comparable gas-powered car. There are a few reasons for this.

EV battery packs add substantial weight to the vehicle. Most carriers factor weight into their pricing, and heavier vehicles take up more capacity on the truck. A full-size electric pickup like the Rivian R1T or Ford F-150 Lightning can weigh significantly more than its gas-powered equivalent, and that difference shows up in the quote.

Enclosed transport is also worth budgeting for if you own a high-value EV. Models like the Tesla Model S, Lucid Air, or BMW iX carry price tags that make the additional cost of enclosed shipping a reasonable investment. Enclosed carriers provide extra protection against road debris, weather exposure, and temperature extremes, which is particularly relevant given how electric vehicle batteries respond to heat and cold.

If your EV’s battery is dead, severely degraded, or the vehicle is otherwise inoperable, expect an additional fee for specialized loading equipment. Just like any inoperable vehicle, an EV that cannot be driven onto the carrier requires a winch or other equipment, which adds cost and logistical considerations.

The clearest way to avoid pricing surprises is to disclose your EV status, including make, model, battery condition, and any known issues, when you request your quote. RoadRunner’s instant quote calculator gives you a starting point, and our team is available to refine that estimate based on your specific vehicle.

Open vs. Enclosed Transport for Electric Vehicles

Open transport is the most common shipping method in the car transport industry, and standard electric vehicles, including sedans, crossovers, and compact SUVs, are well-suited to it. Open transport is more affordable, widely available, and appropriate for the majority of EV shipments.

That said, there are situations where enclosed transport makes more sense for an EV. Extreme weather is one of them. Lithium-ion batteries are temperature-sensitive, and prolonged exposure to very high or very low temperatures during transit can affect battery performance. Enclosed carriers provide a more controlled environment, which is worth considering for long-distance shipments in harsh weather conditions.

High-value EVs are another case where enclosed transport may be the smarter call. If your vehicle costs six figures, the extra cost of enclosed shipping is a straightforward way to protect that investment from road debris, weather, and the general exposure that comes with open transport.

How to Prepare Your EV for Shipping

A little preparation before your ship date goes a long way. Here is what to take care of before the carrier arrives:

• Charge to the specified SOC level – Confirm the exact requirement with your carrier in advance and arrive at pickup within that range.
• Disable Sentry Mode and any active security or alarm systems – These features consume battery power continuously and can drain your charge below the required level before the driver arrives. They can also trigger alerts during loading.
• Close and secure the charging port – Make sure no cables are plugged in and the port door is fully closed.
• Remove personal belongings – As with any vehicle shipment, personal items are not covered by carrier insurance during transport.
• Document your vehicle’s condition before pickup – Take clear photos from all angles, including any existing scratches, dents, or damage, so you have a baseline record.
• Communicate any battery or range limitations at booking – If your battery has reduced range or any known issues, disclose that when you schedule your transport so the carrier can be prepared.
• Leave the vehicle in a drivable state – Unless your carrier instructs otherwise, the vehicle should be ready to drive onto the truck under its own power.

Why Choose RoadRunner Auto Transport for Your EV

Shipping an EV requires a carrier network you can trust, and that starts with how those carriers are vetted. RoadRunner’s network of over 25,000 certified transporters is screened for federal licensing compliance, insurance coverage, and safety records, the same standards that matter when your vehicle happens to have a 1,000-pound battery pack on board.

With over 30 years in the vehicle shipping industry, our dispatch specialists know how to match your specific vehicle with the right carrier for your route. When you disclose that your vehicle is an EV at the time of booking, that detail factors into carrier assignment. You won’t be handed off to a driver who has never loaded an electric vehicle.

No up-front deposit is required. You pay nothing until a carrier is confirmed and your shipment is scheduled for pickup. We offer both open and enclosed transport options, as well as door-to-door service anywhere in the continental U.S., including residential and business locations. Our 24/7 online shipment tracking lets you monitor your vehicle’s progress from pickup to delivery.

Getting a quote takes just a few minutes with our online calculator. Enter your origin, destination, vehicle details, and ship date to get started.

Frequently Asked Questions

Do electric vehicles cost more to ship than gas-powered cars?

Generally, yes, though the difference is not always dramatic. EVs tend to weigh more than comparable gas-powered vehicles due to their battery packs, and heavier vehicles cost more to ship. High-value EVs may also be better suited to enclosed transport, which carries a higher price than open carrier shipping. Disclosing your vehicle’s make and model when requesting a quote gives you the most accurate estimate.

What state of charge should my EV be at for pickup?

For domestic ground transport, most carriers ask for a charge level between 20% and 50%. The exact threshold varies by carrier and, in some cases, by the vehicle manufacturer’s own recommendations. Confirm the specific requirement with your carrier before your pickup date, and disable any features like Sentry Mode that could drain your battery overnight before transport.

What happens if my EV battery is dead or not functioning properly?

An EV with a non-functioning battery is treated as an inoperable vehicle, which means it cannot be driven onto the carrier under its own power. This requires specialized loading equipment similar to what is used for any inoperable vehicle, and an additional fee applies. If your battery has known issues or significantly reduced range, disclose that at the time of booking so the appropriate carrier and equipment can be arranged.