Electric trucks have moved from concept to capable reality. Several EVs now match or exceed the towing capacity of traditional half-ton gas trucks. But towing has a significant impact on EV range that buyers must understand before purchasing.
Top Electric Trucks for Towing in 2026
| Vehicle | Max Towing | EPA Range | Est. Range While Towing |
|---|---|---|---|
| Ford F-150 Lightning | 10,000 lbs | 320 miles | 100 to 130 miles |
| Chevy Silverado EV | 10,000 lbs | 450 miles | 130 to 160 miles |
| RAM 1500 REV | 14,000 lbs | 350 miles | 110 to 140 miles |
| Rivian R1T | 11,000 lbs | 314 miles | 100 to 120 miles |
| Tesla Cybertruck | 11,000 lbs | 340 miles | 170 miles |
| GMC Hummer EV | 7,500 lbs | 350 miles | 175 miles |
The Range Reality: Understanding EV Towing Anxiety
Range anxiety is REAL when towing with an electric vehicle. Unlike gas trucks where you can always limp to the next station, when an EV battery hits zero while towing, you stop. Period.
Towing dramatically reduces EV range. Expect roughly 50 to 60 percent of the EPA-rated range when towing at or near maximum capacity. This is fundamentally different from gas or diesel trucks, which typically lose only 20-30% fuel economy when towing.
Worst-Case Scenario: Range at Maximum Towing Capacity
This chart shows how far each electric truck can travel when towing at its absolute maximum rated capacity. These are the numbers you need to plan charging stops around.
Chart methodology: Range estimates based on real-world testing at maximum rated towing capacity on flat highway terrain at 65 mph. Your actual range will vary based on terrain (hills reduce range 20-40%), speed (70+ mph reduces range further), weather (cold weather reduces range 20-30%), and trailer aerodynamics.
⚠️ Why This Matters: The Charging Stop Reality
At 130 miles of towing range (F-150 Lightning worst case), a cross-country 2,000-mile towing trip requires 15 charging stops. Each stop takes 25-45 minutes for 80% charge. That is 6 to 11 hours of charging time added to your trip.
Gas truck comparison: A diesel F-250 towing the same load gets ~10 mpg and has a 34-gallon tank = 340 miles between fill-ups. A 2,000-mile trip needs 6 fuel stops at 5 minutes each = 30 minutes total. The time difference is massive.
Real-World Planning Example
Scenario: Towing a 9,000 lb camper from Los Angeles to Yellowstone (950 miles)
- F-150 Lightning: 7-8 charging stops, 3-4 hours of charging time, must plan route around DC fast chargers
- Silverado EV: 4-5 charging stops, 2-3 hours of charging time, better but still significant
- Diesel F-250: 2-3 fuel stops, 15 minutes total
Bottom line: Electric trucks are exceptional for local/regional towing (under 150 miles round trip). For cross-country towing, they require significant planning, patience, and acceptance of 2-3x longer trip times due to charging.
EV Towing Advantages
Electric motors produce maximum torque from zero RPM, making EV trucks excellent at pulling heavy loads from a stop. This is especially noticeable on inclines. Towing a 10,000 lb trailer up a steep grade feels effortless in an EV compared to a gas engine that needs to downshift and rev.
Tires Affect EV Range While Towing
Low rolling resistance tires can help maximize your EV's towing range. But you also need adequate load capacity. Find the balance for your electric truck at TireSize411.com.
Charging Infrastructure for EV Towers
Before committing to an EV truck for towing, map your common towing routes and identify DC fast chargers along the way. Services like PlugShare and the manufacturer's in-vehicle navigation can help. Many RV parks and campgrounds now offer Level 2 charging, which can replenish range overnight.
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