Electric vehicles should almost always ride on a flatbed, never dragged on their driving wheels. PWC Towing transports Teslas and other EVs the manufacturer-recommended way to protect the battery and motors.
One Rule Above All: Your EV Rides on a Flatbed
If you remember nothing else about towing an electric vehicle, remember this: it goes on a flatbed, with all four wheels off the ground, every single time. This isn't a preference or an upsell. On a Tesla, Rivian, and virtually every modern EV, the electric motor is geared directly to the drive wheels with no clutch or neutral to disconnect it. Roll those wheels down the road behind a wheel-lift truck and you force the motor to spin as a generator, which can push current back through the system and damage the drive unit, the inverter, or the regenerative braking hardware.
Every major EV manufacturer, Tesla included, states in the owner's manual that the vehicle must be transported on a flatbed and must never be towed with any wheels on the ground. So when a Tesla goes dark in the Potomac Mills parking lot or a stranded EV won't move on the Prince William Parkway, the only correct answer is a rollback. PWC Towing sends one by default, no debate.
The 12-Volt Problem Almost Nobody Expects
Here's the irony of EV breakdowns: the giant traction battery is usually fine. It's the little 12-volt battery, the same humble unit a gas car uses, that strands people. In an EV, that 12V battery runs the computers, the door latches, the shifter, and the charge-port release. When it dies, the car can lock you out of your own vehicle: the electronic door handles won't respond, the gear selector won't move out of Park, and the charge port won't open so you can't even plug in to wake it up.
Owners find this out at the worst moment, in a Woodbridge garage or curbside on Route 1, standing next to a car that acts completely dead. The fix is to restore 12-volt power. Our operators carry the tools to access the manufacturer's external jump points, most EVs have a hidden 12V terminal exactly for this, energize the electronics, release the shifter and charge port, and get the car into the state it needs to be in to load. A dead 12V is not a reason to force the car onto its wheels. It's a reason to power it back up the right way.
Transport Mode, the Tow Eye, and Loading It Correctly
Loading an EV onto a flatbed the right way takes a few extra steps that a careful operator never skips:
- Transport Mode. Teslas and many EVs have a Transport or Tow mode buried in the touchscreen that releases the electronic parking brake and lets the car roll freely for loading without the motor fighting back. It requires 12V power to engage, which is exactly why the jump comes first.
- The tow eye is for loading, not dragging. Every EV includes a screw-in front tow eye, usually hidden behind a pop-out cover in the bumper. It's rated to winch the car straight up onto a flatbed deck. It is not a hitch point for pulling the car down the road, and using it that way can tear the bumper structure loose.
- Straight, low-angle winching. Many EVs sit low, so the operator uses a low deck angle and pulls squarely to avoid scraping the front fascia or underbody battery pack, which is the single most expensive component on the car.
Done properly, the EV rolls up under gentle winch power, gets strapped by the wheels rather than the body, and rides fully supported with the delicate battery pack protected the whole way.
Rivians, Hybrids, and Plug-In Hybrids
EV towing isn't only Teslas. Rivian trucks and SUVs follow the same flatbed-only rule and have their own procedure for releasing the parking brake and accessing jump points, which our operators handle. Traditional hybrids like a Prius have a gas engine, but they also have a traction motor tied to the wheels and manufacturers still call for flatbed transport to protect it. Plug-in hybrids sit in the same camp. The safe default across the entire electrified spectrum is the same: wheels off the ground, carried on a deck.
The only thing that changes model to model is the location of the tow eye, the jump terminals, and the tow-mode procedure. An operator who knows those details doesn't fumble around your expensive vehicle in a parking lot looking for the right cover to pop.
Ran Out of Charge? A Tow to the Nearest Plug
Unlike a gas car, you can't walk an EV a splash of fuel back from the station. When the traction battery hits zero, the car stops where it stops, and around Prince William County that's often on the Prince William Parkway, Route 28 toward Manassas, or the long stretches of I-95 between chargers heading south. A dead-empty EV can't roll far and can't be pushed against its parking brake, so the answer is a short flatbed hop to the nearest working charger, a Supercharger near Potomac Mills or a public station off your route.
Because we treat range-out calls as routine, we can usually have you loaded and delivered to a charger fast, then you're plugged in and back on the road without a scratch on the car. Trying to nurse a near-empty EV to a station on its own often leaves you stranded somewhere far worse, so calling for a lift the moment the range warning gets serious is the smarter play.
Coverage Across the County and What It Costs
PWC Towing runs flatbeds across all of Prince William County, from Gainesville and Haymarket in the west to Woodbridge and the Route 1 corridor in the east, and we treat EVs as the specialized job they are rather than an afterthought. Response times run 20 to 40 minutes depending on where you are and the traffic on I-95 and the Parkway.
Pricing is quoted by the vehicle and the distance. Local EV tows are priced by distance with a per-mile rate, and we'll give you a clear estimate before the truck rolls. When you call, tell us the make and model, whether the car has 12V power or is locked out, and whether it's a dead-battery lockout or a range-out, so we arrive with the exact tools and jump points for your vehicle already in mind.
Available Across Prince William County
We provide tesla & ev towing in every town we serve, 24 hours a day, 365 days a year. Choose your location for local details: