Shipping an Electric Vehicle: Special Considerations

What Makes Shipping an Electric Vehicle Different

Shipping an electric vehicle (EV) involves distinct logistical and operational considerations compared to moving conventional internal combustion engine (ICE) vehicles. While both follow similar transit routes, the physical architecture and high-voltage power systems of EVs introduce factors that require targeted care.

The most prominent physical difference is battery weight. EV traction battery packs add substantial mass to the chassis, causing an EV to weigh considerably more than an ICE vehicle of similar size. This added weight directly impacts truck axle load limits, carrier capacity calculations, and loading logistics.

Following the manufacturer’s transportation recommendations is essential for safe handling. Every EV model features specific instructions regarding system shutdown, tie-down placement, and transport modes designed to protect sensitive powertrains and electronics during long-distance transit.

Battery safety during transport is a frequent concern, but standard EVs with undamaged powertrains pose no unusual fire or safety hazards when handled according to protocol. EV transport is routinely executed across the United States using standard professional auto transport services when proper loading and securing procedures are strictly maintained.

Keep in mind that requirements vary significantly depending on the specific EV model and manufacturer, making model-specific preparation vital before handover.

Can You Ship an Electric Vehicle?

Yes, electric vehicles can easily be transported across the United States. Auto carriers transport thousands of EVs nationwide using both open and enclosed auto transport methods depending on vehicle specs and customer preferences.

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Selection of the transport method should factor in the vehicle’s monetary value, overall physical condition, destination, and owner preference:

• Open Auto Transport: Suitable for standard daily-driver EVs seeking cost-effective nationwide transit.
• Enclosed Auto Transport: Provides specialized protection against weather, road debris, and environmental exposure—ideal for high-value or low-clearance EVs.
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It is vital to inform the auto transport company that the vehicle is an electric model when requesting a quote. Highlighting the vehicle’s electric powertrain allows dispatchers to balance trailer weight distribution and assign carriers with appropriate ramp equipment.

If the EV is disabled, damaged, or non-running, it will require additional planning, winch equipment, or specialized flatbeds to avoid damaging the vehicle’s electric motor or drivetrain during loading.

How to Prepare an Electric Vehicle for Shipping

Check the Manufacturer’s Transportation Guidelines

• Review the owner’s manual: Check the specific transport, towing, and flatbed recovery sections before scheduling service.
• Identify operational modes: Look for instructions regarding towing restrictions, parking brakes, power-down modes, and specialized “Transport” or “Tow” settings.
• Follow model-specific securing rules: Verify exact tie-down points to ensure straps are placed around tires or lower suspension structures without contacting delicate battery housings.
• Confirm long-distance requirements: Check whether your vehicle requires physical battery disconnects or low-voltage system locks for extended transport windows.

Charge the EV Before Pickup

Maintaining an appropriate battery charge level ensures carriers can easily maneuver the vehicle on and off the trailer without risk of stalling or dead batteries at delivery:

• Avoid charging to 100%: A fully charged battery pack adds unnecessary stress and potential heat build-up during long transit periods.
• Maintain 30% to 50% state of charge (SoC): This is the ideal range recommended by most vehicle manufacturers for safe transit.
• Ensure sufficient range: Verify that the vehicle retains enough charge for essential movement at both the pickup location and final delivery destination.

Remove Personal Belongings

• Clear all compartments: Remove valuables, loose items, and personal gear from the cabin, trunk, frunk, and glove storage.
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• Adhere to carrier policies: Auto carriers must comply with strict DOT weight regulations; extra weight in the cabin can cause transport delays or regulatory fines.
• Secure charging equipment: Detach and store portable charging cables, home adapters, and removable gear inside dedicated trunk compartments or remove them entirely if requested by the carrier.

Disable Unnecessary Features

• Turn off security systems: Deactivate perimeter alarms, motion sensors, and automated tilt alerts that could trigger from trailer vibration during transit.
• Disable automated smart features: Switch off auto-presenting door handles, auto-folding mirrors, or automatic climate control schedules.
• Provide key accessibility: Keep key fobs or smart key cards readily accessible for the driver during pickup, transfer, and unloading.
• Follow official manufacturer guidelines: Avoid generic EV shortcuts and apply only the procedures explicitly detailed by your vehicle’s manufacturer.

EV Battery Safety During Car Shipping

The high-voltage lithium-ion battery pack is the central consideration when transporting an EV. However, a clear distinction must be made between standard EV shipping and transporting a damaged or compromised battery.

• Standard, Undamaged EV: Handled via routine shipping using standard open or enclosed carriers.
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• Damaged or Flooded EV: Requires specialized flatbed transport or hazardous cargo handling protocols.

A damaged, flooded, or severely compromised EV battery presents significant safety risks, including thermal runaways. Transporters must be explicitly informed of any existing battery damage, dashboard warning indicators, structural collisions, or flood exposure prior to booking.

Professional transport planning helps reduce unnecessary handling, frequent offloading, and aggressive trailer movement, keeping the battery pack safe throughout transit. Standard, healthy EV batteries are not inherently more dangerous to ship than conventional vehicles filled with flammable liquid fuels.

Choosing the Right Transport Method for an Electric Vehicle

• Open Auto Transport: Practical and standard for daily EVs, though exposed to natural elements and road conditions.
• Enclosed Auto Transport: Offers maximum weather protection and guards against road debris, making it ideal for luxury or custom EVs.

Open Auto Transport for EVs

Open auto transport utilizes multi-vehicle, open-air trailers. It serves as a practical, widely available, and economical solution for standard production EVs like daily drivers. While exposed to normal road debris and weather conditions, open shipping offers frequent departure schedules and reliable service across all major US transit corridors.

Enclosed Auto Transport for EVs

Enclosed transport surrounds the vehicle in a fully covered structure, providing maximum protection against flying debris, dirt, and inclement weather. Owners of luxury, high-value, collectible, rare, or custom EVs typically select enclosed shipping for added security during long-distance transit.

When Special Equipment May Be Needed

Specialized equipment is required when handling non-running, disabled, or modified EVs:

• Non-running or unresponsive EVs: Require winch-equipped trailers, soft-wheel straps, or specialized dollies to move without engaging locked electric motors.
• Low ground clearance: Common in performance electric sports cars; requires extended ramps or hydraulic liftgate trailers to prevent undercarriage damage.
• Modifications and dimensions: Any aftermarket additions, roof racks, or altered suspension setups must be disclosed prior to scheduling to ensure proper trailer fitment.

How Electric Vehicles Are Loaded and Unloaded for Transport

Proper loading procedures prevent physical damage to the undercarriage where the high-voltage battery housing resides:

1. Low-Angle Ramps: Transporters utilize specialized low-angle loading ramps to keep low-slung battery pans from scraping trailer edges.
2. No Dragging or Towing: EVs should never be dragged or flat-towed with drive wheels on the ground unless explicitly enabled via software “Tow Mode,” as rotating electric motors generate unwanted induction voltage.
3. Proper Tie-Down Securing: Fastening straps are attached exclusively around the tires or designated chassis points—never over drive axles, suspension arms, or high-voltage conduit lines.
4. Pre- and Post-Transport Inspection: Vehicles undergo meticulous walk-around inspections before loading and immediately after delivery.
5. Photo Documentation: Clear high-resolution photographs of the exterior, underbody edges, interior, and odometer should be taken prior to departure to establish an accurate condition record on the Bill of Lading (BOL).
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What to Tell Your Auto Transport Company Before Shipping an EV

Providing complete information ensures your carrier brings the correct equipment and prepares properly for loading.

• [ ] Vehicle Make, Model, Trim, and Model Year
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• [ ] Vehicle operational status (Fully running vs. Non-operational)
• [ ] Current state of battery charge (SoC)
• [ ] Active dashboard warnings or battery error messages
• [ ] History of flood, accident, or structural battery damage
• [ ] Custom modifications or low ground clearance measurements
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• [ ] Exact pickup and delivery addresses (noting narrow street accessibility)
• [ ] Preferred transport type (Open vs. Enclosed)
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• [ ] Manufacturer-specific loading instructions or transport mode toggles

How Much Does It Cost to Ship an Electric Vehicle?

EV shipping costs vary based on a combination of general auto transport factors rather than simply the powertrain type:

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Requesting a vehicle-specific quote provides an accurate estimate based on real-time route demands and specialized equipment needs.

How Long Does It Take to Ship an Electric Vehicle?

EVs follow standard shipping timelines based on total route distance, driver hours-of-service (HOS) rules, and transport scheduling.

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Note: Transit times reflect actual time on the road after pickup. Schedules can shift due to severe weather, heavy traffic, driver rest mandates, or location accessibility.

EV Charging Considerations Before and After Transport

Planning ahead for charging needs at both ends of the shipping process ensures a seamless transition:

• Pre-Plan Destination Charging: Identify nearby Level 2 or DC Fast Charging stations near the drop-off point before your vehicle arrives.
• Maintain Pickup/Unloading Charge: Ensure 30%–50% battery charge so the vehicle can easily be driven off the carrier and to a nearby charger.
• Model-Specific Charging Nuances: Remember that adapter requirements (e.g., NACS vs. CCS) vary depending on your EV model and target station.
• Post-Delivery Inspection: Inspect the vehicle exterior, start the drive system, and verify battery condition before driving off normally.

Electric Vehicle Shipping Checklist

• [ ] Review owner’s manual and note model-specific transport/tow settings.
• [ ] Inform the shipping company that the vehicle is an electric model.
• [ ] Confirm operational conditions or disclose non-running status.
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• [ ] Set battery charge level to between 30% and 50%.
• [ ] Disclose any active warning lights or known battery damage.
• [ ] Remove personal belongings and high-value cargo from cabin and trunk.
• [ ] Secure or remove loose charging cables and adapters.
• [ ] Disable security alarms, tilt sensors, and automated features.
• [ ] Photograph the EV from all angles in good lighting prior to pickup.
• [ ] Note existing exterior and wheel scuffs on the initial Bill of Lading.
• [ ] Confirm access conditions at pickup and delivery locations.
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• [ ] Keep key fobs, key cards, and access codes ready for the driver.
• [ ] Complete a thorough post-delivery inspection and sign the final BOL.
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Common Mistakes to Avoid When Shipping an EV

1. Assuming EVs prep like gas cars: Ignoring software settings or tie-down rules specific to battery chassis can cause unnecessary damage.
2. Omitting the vehicle’s EV status: Failing to specify that your car is an EV prevents carriers from balancing trailer weight properly.
3. Disregarding manufacturer steps: Neglecting mandatory transport modes can leave low-voltage batteries drained or brakes locked.
4. Hiding battery or flood damage: Shipping compromised batteries without disclosure poses severe safety hazards.
5. Leaving heavy personal items inside: Overloading vehicle cabins risks damage and violates Federal DOT weight limits.
6. Failing to mention non-running status: Arriving with a dead or non-operational EV without prior notice leads to missed pickups and added winch fees.
7. Forgetting ground clearance details: Low-slung electric sports models can scrape standard ramps if not disclosed ahead of time.
8. Picking transport methods blindly: Choosing open shipping for ultra-rare or low-clearance EVs without weighing protective benefits.
9. Skipping pre-shipment photos: Lacking time-stamped photo records makes damage claims difficult to verify.
10. Waiting until the last minute: Booking without lead time limits carrier selection and increases costs.

How PreOwned Auto Logistics Helps With Electric Vehicle Shipping

Navigating the details of EV shipping requires an experienced partner. PreOwned Auto Logistics (PAL) coordinates vehicle transportation across the continental United States, helping individual owners, dealerships, and fleets move electric vehicles safely.

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1. Collect Detailed Specs: Gather exact make, model, total weight, and battery status details.
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2. Select Carrier Type: Match the EV with either open or enclosed transport options based on vehicle needs.
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3. Coordinate Accessibility: Confirm pickup and drop-off location constraints to assign appropriate carriers.
4. Maintain Direct Communication: Provide clear updates throughout the entire transit process.
   By gathering accurate details—such as weight, battery status, and ground clearance—PAL ensures your shipment is assigned to vetted carriers equipped with appropriate loading ramps and weight capacity. From initial consultation through final inspection, PAL integrates clear communication directly into its broader vehicle shipping process to provide reliable, professional transport nationwide.

Frequently Asked Questions About Shipping an Electric Vehicle

Can you ship an electric vehicle across the country?

Yes, electric vehicles are routinely shipped across the United States using nationwide auto transport services equipped to handle EV dimensions and weights.

Should an EV be fully charged before shipping?

No, EVs should not be charged to 100% before shipping. Most manufacturers recommend maintaining a 30% to 50% state of charge for long-distance transport.

Can a Tesla or other EV be shipped on an auto transport carrier?

Yes, common EV models like Teslas, Rivians, and Nissan LEAFs are regularly transported via open or enclosed carriers.

Is enclosed transport better for an electric vehicle?

Enclosed transport offers extra protection against road debris and weather, making it ideal for high-value or low-clearance EVs. However, standard open transport remains a safe, popular choice for daily-driver EVs.

Can a damaged electric vehicle be transported?

Yes, but any battery damage, flood exposure, or collision issues must be fully disclosed prior to booking so specialized flatbed or hazardous transport equipment can be deployed safely.

Does shipping an EV cost more than shipping a gas-powered car?

Not necessarily. Pricing is driven by total route distance, vehicle size and weight, operability, transport type, and seasonal demand.

Do I need to remove the EV’s charging cable before shipping?

It is recommended to secure charging cables inside the trunk or frunk. Follow specific carrier instructions regarding loose accessories.

Can an electric vehicle be shipped if it does not run?

Yes, non-running EVs can be shipped, but they require specialized winching equipment or flatbed loading setups, which should be arranged during booking.

Final Takeaway: Plan Ahead for a Safe EV Shipment

A successful EV transport experience comes down to simple preparation and clear communication:

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• Review Instructions: Check your owner’s manual for model-specific towing and transport modes.
• Be Transparent: Disclose your vehicle’s make, operational condition, and battery status during booking.
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• Prepare the Vehicle: Maintain a 30% to 50% charge level, clear out personal items, and document its condition with photos.
• Select the Right Service: Balance open and enclosed shipping options against your EV’s value and clearance needs.

Taking these simple steps ensures your electric vehicle arrives safely and ready for the road at its destination.