Electric vehicle ownership has exploded over the past five years. Teslas alone account for over 2 million vehicles on U.S. roads, plus growing fleets of Rivian, Lucid, Ford Mustang Mach-E, Chevy Bolt, Hyundai Ioniq, and dozens of other EVs. As EVs spread, EV auto transport has become a regular service — but it's not quite the same as shipping a gas-powered vehicle. This guide covers what's different about EV transport, battery considerations, and why some carriers specialize in EVs.
Why EV Transport Is Different
From the carrier's perspective, EVs have several unique characteristics:
Weight
EVs are significantly heavier than equivalent gas vehicles:
- Tesla Model S: ~4,800 lbs (vs. ~3,800 for BMW 5 Series)
- Rivian R1T: ~7,000 lbs (vs. ~4,500 for Ford F-150)
- Hummer EV: ~9,000 lbs (heaviest pickup on the road)
- Lucid Air: ~5,200 lbs (luxury sedan range)
Heavier vehicles affect carrier capacity. Federal law limits truck total weight to 80,000 lbs. A carrier that can haul 8 standard gas vehicles might only fit 6-7 EVs. This affects pricing, sometimes adding $50-$150 per shipment.
Drive Modes and "Transport Mode"
EVs have specific modes for transport:
- Tesla Transport Mode: Engaged via touchscreen, disables regenerative braking, allows neutral rolling
- Tesla Tow Mode: For flatbed loading specifically
- Rivian Tow/Transport Mode: Similar concept, accessed via vehicle settings
- Other EVs: Most have transport-specific settings in their menus
If transport mode isn't engaged, the vehicle's regenerative braking can fight the loading process and damage the drivetrain. Always verify with the carrier that they know how to engage transport mode for your specific vehicle.
Battery State-of-Charge
Unlike gas vehicles (a quarter tank for transport), EV charge levels matter differently:
- Minimum 20-30% charge for loading, unloading, and brief drives at terminals
- No more than 70-80% charge for transport — battery health benefits from not being fully charged for days
- Phantom drain — EVs lose 1-5% charge per day even when parked (Sentry Mode on Teslas drains more)
- Disable Sentry Mode on Teslas before transport to minimize battery drain
No Engine Heat
Gas vehicles produce heat that helps prevent freeze damage in winter. EVs don't. For winter EV transport:
- Battery temperature management may activate, draining charge faster
- Plan for higher pickup charge in cold weather (40-50%)
- Consider enclosed transport for extreme cold routes
Tesla-Specific Considerations
Teslas have unique transport requirements:
Sentry Mode and Drain
Sentry Mode (Tesla's security feature) records video constantly and drains 5-10% battery per day. For a 3-5 day transport, that could mean 30-50% battery drained on a parked vehicle. Disable before pickup.
Software Updates
Teslas push over-the-air updates regularly. Avoid scheduling a pending update during transport — the vehicle could be in update mode when the driver tries to load/unload it.
Key Card vs. Phone Key
Many Tesla owners only use phone keys, not the physical key card. For transport:
- Provide the carrier with the physical key card
- Don't rely on phone proximity
- Verify carrier can lock/unlock the vehicle with the card
Door Handle Issues
Tesla's flush door handles can be confusing for carriers unfamiliar with them. Provide instructions or have the carrier verify familiarity with your model.
Bumper Sensors and Camera Sensitivity
Tesla's ultrasonic sensors and 360-camera system are sensitive. Standard tie-down strap positioning may need adjustment to avoid triggering false alerts during transit.
Other EV Brands: What's Different
Rivian (R1T, R1S)
Very large and heavy. Many open carriers can only fit two Rivians where they'd fit three gas trucks. The R1T's gear tunnel and frunk should be empty during transport. Tow mode should be engaged before loading.
Lucid Air
Low ground clearance with optional 21-inch wheels. Hydraulic liftgate strongly recommended, not ramps. Dream Edition and Sapphire models exceed $200K and should ship enclosed.
Ford F-150 Lightning
Similar to gas F-150 in size but ~1,800 lbs heavier. Standard transport works fine; just expect slightly higher pricing due to weight.
Hyundai Ioniq 5/6, Kia EV6/9
Mid-size, mid-weight EVs. Transport is straightforward. The 800-volt charging system isn't relevant to transport but worth knowing for the driver.
Hummer EV
Heaviest pickup available. Many carriers can't haul more than one Hummer EV alongside other heavy vehicles due to weight limits. Premium pricing applies.
Cybertruck
Unique stainless steel body requires special care — standard strapping can leave marks on the unpainted surface. Soft straps and careful positioning essential.
Which Carriers Specialize in EVs?
Not all auto transport carriers handle EVs well. Specialist EV carriers have:
- Training on transport mode procedures for major EV brands
- Equipment to handle higher weights — reinforced trailer decks, higher-capacity tie-downs
- Familiarity with EV quirks — key cards, sentry mode, drive mode selection
- Battery monitoring awareness — know to check charge during multi-day transit
- Enclosed options for high-value EVs (Plaid, Lucid Sapphire, Cybertruck)
Ask specifically: "How many Teslas/Rivians/Lucids do you transport per month?" Real specialists handle hundreds. Generalists may handle one or two.
Pre-Transport Checklist for EVs
- Charge to 50-70% — not too low, not too high
- Disable Sentry Mode (Teslas) or similar always-on security features
- Disable any pending software updates
- Provide physical key card — not just phone access
- Engage Transport/Tow Mode if your vehicle has it (or instruct carrier)
- Remove personal items from frunk, trunk, and cabin
- Provide carrier with brand-specific instructions — door handles, gear shift, etc.
- Document condition with detailed photos — sensors and cameras included
- Leave service mode access info if applicable
- Disconnect wall charging dongle if integrated
What About Charging During Transport?
Most EVs don't need charging during transport because:
- They aren't being driven (only loaded/unloaded)
- The transit time is 3-7 days typically
- Phantom drain plus brief usage = 10-20% drain total
- Starting at 50-70% leaves plenty of buffer
However, if your transport will exceed 7 days (cross-country with delays, terminal storage), discuss with the carrier whether interim charging is needed and who handles it.
Cost Expectations for EV Transport
Standard EV transport pricing is similar to gas vehicles with a 5-15% premium for weight:
- Tesla Model 3 / Y: Standard pricing, minimal premium
- Tesla Model S / X: 5-10% premium for weight
- Rivian R1T / R1S: 10-15% premium
- Hummer EV: 15-25% premium
- Lucid Air: 5-10% premium, enclosed recommended for Dream/Sapphire
- F-150 Lightning: 5-10% premium
For enclosed EV transport (recommended for $80K+ EVs), add 40-80% to open carrier pricing.
EVs and Long-Distance Transport: A Good Match
Shipping is often the BEST way to relocate an EV over long distances. Here's why:
- No charging stops needed during transport (vs. 6-8 stops if you drove)
- No range anxiety on routes with sparse fast-charger infrastructure
- No weather worries (cold weather drastically reduces EV range)
- No accelerated battery wear from highway driving and DC fast charging
- Faster than driving when you factor in charging stops (every 200-300 miles)
Bottom Line
EV auto transport is well-established for major brands, but requires some specialized knowledge. Find a carrier familiar with your specific EV brand, prep with proper charge level and disabled features, and provide brand-specific instructions for door handles, drive modes, and key access. Expect slight weight premiums but otherwise comparable pricing to gas vehicles.
For Tesla, Rivian, Lucid, and other premium EVs, consider enclosed transport — the protection is worth it on a $80K+ vehicle.
Need to ship an EV? Learn about our EV transport service or get a free quote for your specific vehicle and route.