Can Electric Cars Tow? | The Range Hit Nobody Warns You

Yes, electric cars can tow, but the real cost is range—typically a 25–50% drop depending on load, terrain, and speed.

You see a shiny new electric SUV in the driveway and think, “This thing has instant torque, it must be a beast at towing.” Then you read the fine print: 1,500-pound limit for some models. Suddenly that pop-up camper looks heavy.

The honest answer is more layered. Many EVs are perfectly capable of towing trailers, boats, or small caravans—and their low center of gravity and instant torque give them real advantages. But almost every EV takes a significant range hit when you hook something up, and a few models can’t tow at all without the right equipment.

The Short Answer: Yes, But It Varies a Lot

Not every electric car comes with a hitch from the factory. Rear-drive Teslas, for instance, lack a tow rating in some markets, while the Nissan Ariya can handle 1,500 pounds—enough for a couple of kayaks or a small utility trailer. Higher-capacity EVs like the Ford F-150 Lightning can pull 10,000 pounds, though you’ll need the factory tow package.

If your EV is type-approved to tow, you can pull a caravan or another car just as you would with a gas vehicle. The key difference: you must check the maximum tow weight beforehand and understand that range drops as the battery works harder to move that extra mass.

Why The Range Drop Matters More Than Horsepower

Most people shopping for an EV focus on power numbers. But torque and horsepower aren’t the bottleneck—battery capacity is. A AAA study tested the Ford F-150 Lightning towing a heavy load and found its range dropped by 24.5 percent, from 278 miles to just 210 miles. Another test measured an EV’s range at 115 miles with a 3,100-pound trailer and only 100 miles with a 5,300-pound trailer.

That means a trip that normally needs one charging stop might need two or three. Wind resistance matters too: a boxy trailer hurts range more than a sleek boat, and driving at 65 mph instead of 55 mph can drain the battery noticeably faster.

• Weight vs. aerodynamics: Heavy loads drain the battery more, but a tall, flat trailer creates extra drag that also kills range.
• Terrain: Mountain roads require more energy uphill, though regenerative braking recovers some energy on descents.
• Weather: Cold temperatures further reduce range, compounding the towing penalty.
• Speed: Every 5 mph above 55 mph can trim your range by roughly 5–10% when towing.

Stability and Torque – The EV Advantage

EVs have a low center of gravity because the battery pack sits under the floor. That makes them inherently stable when towing—less sway, less body roll. Their instant electric torque also helps with merging onto highways and pulling away from stops, which some drivers find more confidence-inspiring than a gas truck’s lag. Octopusev’s guide on EV towing stability explains how the weight distribution improves handling.

These capacities come from manufacturer specs and third-party tests, but always double-check your own vehicle’s owner manual—tow ratings can differ by trim level and region.

How To Plan A Tow Trip With An EV

You can’t just plug a destination into the navigation and expect it to account for a trailer. A little planning goes a long way.

1. Check your EV’s tow rating and hitch compatibility. Some cars need a dealer-installed hitch and wiring harness. Don’t assume a hitch on the lot means your car is rated to tow.
2. Estimate your real-world range. Subtract 30–50% from the EPA-rated range as a starting point. Use an app that lets you input trailer weight.
3. Map charging stops at shorter intervals. Plan stops every 80–100 miles rather than 150–200. High-power DC fast chargers are ideal, but not all chargers are trailer-friendly—look for pull-through stalls.
4. Load the trailer wisely. Keep about 10–15% of the trailer’s weight on the tongue for stability. Distribute cargo evenly side-to-side.
5. Drive a bit slower. Reducing speed from 70 to 60 mph can improve your range by 10–15% when towing.

Which EVs Are Best For Towing?

The highest-rated pure EVs for towing tend to be large SUVs and trucks. The Tesla Model X, Audi Q8 e-tron, and Volvo EX90 all offer respectable capacities, while the Ford F-150 Lightning leads the pickup segment. Plug-in hybrids (PHEVs) like the BMW X5 xDrive50e and Range Rover PHEV give you a gas engine for long hauls, which removes range anxiety. Cars.com’s EV towing charging plan guide emphasizes that a solid charging strategy is just as important as the tow rating itself.

These numbers aren’t universal—your actual range depends on the trailer’s shape, your driving style, and weather. But they give you a realistic baseline.

The Bottom Line

Electric cars can tow, but they come with a trade-off that gas trucks don’t: range. If you’re towing a light trailer for weekend trips and can charge at home or at destination, an EV works great. If you need to haul heavy loads across hundreds of miles regularly, a PHEV or traditional tow vehicle may be a better fit.

Your owner’s manual and a local ASE-certified mechanic or dealership service advisor can confirm your specific model’s tow rating and recommend the right hitch setup—don’t rely on online specs alone.

Check your vehicle’s year, make, and trim for the exact tow rating, and always factor in a 25–50% range reduction when planning any long-distance tow.