As a driver who tows occasionally, which electr… | Parse
As a driver who tows occasionally, which electric trucks or SUVs provide the best towing capacity without catastrophic range loss?
Data as of Sep 26, 2026 · Based on 326 AI responses from ChatGPT Search and Google AI Mode · See how Parse measures this
For the heaviest, longer-distance towing choose the Chevrolet Silverado EV or GMC Sierra EV (top tow ratings and large battery). For a balanced tow-plus-efficiency pick the Rivian R1T. If you want an SUV with the strongest tow, pick the .
Best-balanced truck: high tow (~11,000 lbs) with efficient real-world range, making it strong for moderate trailers and local trips without extreme range penalty; very heavy loads still reduce range noticeably.
Best for heavy, longer-distance towing: large battery and top tow ratings (~12,500 lbs) let you tow big loads with fewer fast-charge stops, though you still must plan charging for long hauls.
Best SUV choice: highest SUV tow (~7,700 lbs) giving SUV comfort and strong torque for boats or campers, with a more manageable everyday range than full-size trucks.
Good for everyday and light-to-moderate towing: familiar truck feel and up to ~10,000 lbs with Extended Range, but often shows steep percentage range loss on longer or heavier hauls.
The Best Electric Trucks, SUVs And Crossovers For Towinghttps://insideevs.com/features/734319/best-ev-truck-suv-crossover-towing/
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Question: As a driver who tows occasionally, which electric trucks or SUVs provide the best towing capacity without catastrophic range loss?
When it comes to towing with an EV, the golden rule of physics is that aerodynamic drag and weight will cut your range by roughly 50% to 60% across nearly all brands. There is no "catastrophic range loss" exemption because chemistry dictates that pulling a box through the wind requires massive energy.
However, the best electric tow vehicles mitigate this by starting with massive battery packs (200+ kWh) and high-voltage architectures, meaning even a 50% drop leaves you with enough absolute miles to make towing practical without stopping every 90 miles.
The top contenders for occasional towers who want capacity and usable remaining range break down as follows:
1. Chevrolet Silverado EV / GMC Sierra EV (The Range Kings)
Max Towing Capacity: Up to 10,000 lbs (RST/Denali) / up to 20,000 lbs (future commercial Work Truck tiers)
Base EPA Range: ~440 to 460 miles (depending on the massive Ultium battery pack configuration)
The Towing Reality: Because these trucks pack a monstrous battery (estimated well north of 200 kWh), a brutal 50% range hit still leaves you with roughly 220 to 230 miles of actual towing range. Real-world testing confirms that their baseline efficiency and massive capacity make them the least stressful option for long-haul towing. Explore specs on the Chevrolet Silverado EV Site or the GMC Sierra EV Site.
2. Cadillac Escalade IQ / IQL (The Luxury SUV Option)
Max Towing Capacity: 8,000 lbs
Base EPA Range: Up to 460 miles
The Towing Reality: Sharing GM's massive Ultium architecture, the Escalade IQ brings full-size luxury SUV capability with a huge battery buffer . If you are pulling a mid-size camper or boat under 8,000 lbs , you get the same benefit as the Silverado : a massive starting range means your absolute distance between charges remains somewhat civilized. Learn more at the Cadillac Escalade IQ Overview.
3. Rivian R1T (Truck) / R1S (SUV) (The Smart/Refined All-Rounder)
Max Towing Capacity: 11,000 lbs (R1T) / 7,700 lbs (R1S)
Base EPA Range: Up to 400+ miles (with the Max Pack)
The Towing Reality: Rivians are phenomenal to drive and pull like freight trains thanks to instant quad- or tri-motor torque. When paired with the Max Pack battery, it handles heavy loads gracefully. Real-world tests show standard towing drops efficiency down to around 1.0 to 1.3 mi/kWh, translating to roughly 130–150 miles of safe towing range on a Max Pack. Check out configuration details on the Rivian Configurator.
4. Ford F-150 Lightning (The Budget/Practical Pick)
Max Towing Capacity: Up to 10,000 lbs (with Extended Range battery and Max Trailer Tow package)
Base EPA Range: 320 miles (Extended Range)
The Towing Reality: The Lightning behaves most like a traditional F-150, which makes transitioning from a gas truck seamless. However, its battery pack (131 kWh usable) is smaller than GM’s heavy-duty offerings. Expect a sharp drop to roughly 120–140 miles of safe range when pulling a heavy load. It's a great truck for local or regional towing, but requires more frequent stops on cross-country runs. View options at the Ford F-150 Lightning Hub.
If you want to narrow this down, tell me:
What specific weight and type of trailer are you planning to tow (e.g., a 4,000 lb boat vs. a 7,500 lb travel trailer)?
How far do your occasional towing trips usually stretch in a single day?
I can help you calculate estimated stop intervals for the best match.
If you tow only occasionally, the key isn't simply the highest tow rating. It's the combination of tow rating + battery size/range + charging speed + how much range you sacrifice while actually towing.
For 2026, a few stand out.
EV
Max tow
Max rated range
My take for occasional towing
Chevrolet Silverado EV
12,500 lb
478 mi*
Excellent truck choice
GMC Sierra EV
12,500 lb
478 mi†
Excellent truck choice
Rivian R1T Dual Max
11,000 lb
420 mi
Very good balance
Cadillac Escalade IQ
8,000 lb
465 mi
Best SUV for this use case
Cadillac Escalade IQL
7,500 lb
460 mi
Excellent if you need 3-row space
GMC Hummer EV SUV
—
319 mi
Lots of capability, but range efficiency isn't its strength
Ford F-150 Lightning
10,000 lb
320 mi
Capable, but less compelling for long towing trips
*GM-estimated on certain 2026 Silverado EV configurations. †GM-estimated on certain Sierra EV configurations.
🛻 Silverado EV / Sierra EV: the sweet spot for truck buyers
The GM trucks are unusually well suited to your requirements because they combine a 12,500-lb maximum tow rating with enormous battery packs. The Silverado EV can reach 478 miles of GM-estimated range, while the Sierra EV likewise offers up to 478 miles on Max Range configurations.
There's an important catch: the 12,500-lb tow rating and the 478-mile maximum range don't necessarily belong to the same configuration. GMC's 2026 trailering chart, for example, lists the Sierra Elevation Extended Range and Denali Extended Range at 12,500 lb, while the Max Range versions are rated at 10,200 lb.
That's actually useful for your situation: I'd favor the Extended Range configuration rather than chasing the absolute maximum battery/range number.
The Silverado/Sierra platform also has 800V architecture and very rapid DC charging; GMC says the Sierra can add about 116 miles in 10 minutes under its stated conditions.
🛻 Rivian R1T: probably the most interesting smaller alternative
The R1T Dual Max is rated at 11,000 lb and 420 miles of EPA-estimated range in the configuration documented by Rivian. That's an unusually good combination for a vehicle considerably smaller than the GM full-size EV trucks.
The important distinction is that Rivian's smaller-battery configurations have substantially less range—so if towing is a meaningful consideration, the Max battery makes considerably more sense.
🚙 Escalade IQ: the sleeper choice if you want an SUV
The Cadillac Escalade IQ is particularly interesting for occasional towing. Cadillac rates it at up to 8,000 lb while estimating 465 miles of range.
That's an unusually strong range/towing combination for an SUV. Its 205-kWh battery and 350-kW DC fast charging capability are also helpful on towing trips, although the sheer size and weight of the vehicle mean I wouldn't expect anything remotely close to 465 miles when pulling a large enclosed trailer.
If you need three rows, the Escalade IQL stretches the body and drops the tow rating to 7,500 lb while retaining a Cadillac-estimated 460-mile range.
What about the Hummer EV?
The Hummer EV SUV is rated for up to 319 miles of GM-estimated range, with some configurations dropping to around 294–298 miles.
It's extremely capable, but for your particular requirement—occasional towing without catastrophic range loss—I'd put it behind the big-battery GM trucks and Escalade IQ. Its large, heavy, off-road-oriented design isn't optimized around efficiency.
The big caveat: towing will still hurt EV range substantially
No current EV magically preserves its unloaded range while towing. A tall travel trailer, boat, or enclosed trailer adds enormous aerodynamic drag, and highway speeds make that particularly painful.
So I'd think about the vehicles this way:
Trailer under ~5,000 lb: R1T or Escalade IQ become very interesting.
8,000–10,000 lb: Silverado/Sierra EV become much more attractive.
10,000+ lb: Silverado/Sierra EV are the obvious vehicles to investigate, with careful attention to the exact configuration's tow rating and payload.
And don't interpret a 478-mile rating as meaning you'll tow a 7,000-lb trailer for anything remotely approaching 478 miles. For towing, I'd plan around substantially less range and treat the EPA/GM number as the unloaded baseline.
Bottom line: For an occasional tower, I'd focus first on the Silverado EV/Sierra EV Extended Range if you want a pickup, and the Escalade IQ if you want an SUV. The R1T Dual Max is the compelling choice if you don't need a full-size truck. The GM products are especially interesting because their combination of large batteries, high tow ratings and fast charging addresses the fundamental weakness of EV towing better than most alternatives.
If you tell me what you tow (e.g. 3,500-lb boat, 6,000-lb camper, 8,000-lb trailer) and your typical trip length, I can narrow this down much further—including an estimate of real-world towing range and charging stops for each.
There's an important catch: the 12,500-lb tow rating and the 478-mile maximum range don't necessarily belong to the same configuration. GMC's 2026 trailering chart, for example, lists the Sierra Elevation Extended Range and Denali Extended Range at 12,500 lb, while the Max Range versions are rated at 10,200 lb.
That's actually useful for your situation: I'd favor the Extended Range configuration rather than chasing the absolute maximum battery/range number.
The Silverado/Sierra platform also has 800V architecture and very rapid DC charging; GMC says the Sierra can add about 116 miles in 10 minutes under its stated conditions.
🛻 Rivian R1T: probably the most interesting smaller alternative
The R1T Dual Max is rated at 11,000 lb and 420 miles of EPA-estimated range in the configuration documented by Rivian. That's an unusually good combination for a vehicle considerably smaller than the GM full-size EV trucks.
The important distinction is that Rivian's smaller-battery configurations have substantially less range—so if towing is a meaningful consideration, the Max battery makes considerably more sense.
🚙 Escalade IQ: the sleeper choice if you want an SUV
The Cadillac Escalade IQ is particularly interesting for occasional towing. Cadillac rates it at up to 8,000 lb while estimating 465 miles of range.
That's an unusually strong range/towing combination for an SUV. Its 205-kWh battery and 350-kW DC fast charging capability are also helpful on towing trips, although the sheer size and weight of the vehicle mean I wouldn't expect anything remotely close to 465 miles when pulling a large enclosed trailer.
If you need three rows, the Escalade IQL stretches the body and drops the tow rating to 7,500 lb while retaining a Cadillac-estimated 460-mile range.
What about the Hummer EV?
The Hummer EV SUV is rated for up to 319 miles of GM-estimated range, with some configurations dropping to around 294–298 miles.
It's extremely capable, but for your particular requirement—occasional towing without catastrophic range loss—I'd put it behind the big-battery GM trucks and Escalade IQ. Its large, heavy, off-road-oriented design isn't optimized around efficiency.
The big caveat: towing will still hurt EV range substantially
No current EV magically preserves its unloaded range while towing. A tall travel trailer, boat, or enclosed trailer adds enormous aerodynamic drag, and highway speeds make that particularly painful.
So I'd think about the vehicles this way:
Trailer under ~5,000 lb: R1T or Escalade IQ become very interesting.
8,000–10,000 lb: Silverado/Sierra EV become much more attractive.
10,000+ lb: Silverado/Sierra EV are the obvious vehicles to investigate, with careful attention to the exact configuration's tow rating and payload.
And don't interpret a 478-mile rating as meaning you'll tow a 7,000-lb trailer for anything remotely approaching 478 miles. For towing, I'd plan around substantially less range and treat the EPA/GM number as the unloaded baseline.
Bottom line: For an occasional tower, I'd focus first on the Silverado EV/Sierra EV Extended Range if you want a pickup, and the Escalade IQ if you want an SUV. The R1T Dual Max is the compelling choice if you don't need a full-size truck. The GM products are especially interesting because their combination of large batteries, high tow ratings and fast charging addresses the fundamental weakness of EV towing better than most alternatives.
When it comes to towing with an electric vehicle, the hard physics rule is that battery capacity is king . Aerodynamic drag and rolling resistance will routinely cut an EV's range by roughly 50% (sometimes more depending on the trailer profile), meaning a massive battery pack is the only real defense against catastrophic range loss and constant charging stops.
For occasional towers who still need usable long-distance capability while hooked up, the top electric trucks and SUVs stand out based on real-world efficiency and capacity:
1. Chevrolet Silverado EV / GMC Sierra EV
Max Towing Capacity: Up to 10,000 lbs (with higher capacities rolling out for max-work variants)
Battery Size: Massive ~200+ kWh pack
Why it’s great for towing: Real-world testing consistently shows that physics treat all EVs roughly the same—towing a heavy load drops efficiency to around 1 to 1.5 miles per kWh across the board . Because the Silverado EV packs a colossal battery (yielding upwards of 450+ miles unladen), even a 50%+ drop while towing leaves you with 200+ actual miles of towing range . That vastly reduces the charging-interruption headache compared to smaller-battery rivals.
2. Tesla Cybertruck
Max Towing Capacity: Up to 11,000 lbs
Battery Size: ~123 kWh (plus optional range extender accessory)
Why it’s great for towing: The J.D. Power EV Shopping Guides highlights the Cybertruck's robust power outputs and 11,000 lb rating. It handles weight effortlessly and features smart software integration for trailer diagnostics, though you will still see range cut in half under heavy loads unless utilizing the auxiliary bed-mounted range extender battery pack for long hauls.
3. Rivian R1T (Gen 2) or R1S
Max Towing Capacity: Up to 11,000 lbs (Truck) / 7,700 lbs (SUV)
Battery Size: Max Pack configuration (~141+ kWh)
Why it’s great for towing: If you prefer a slightly smaller footprint or an SUV (R1S), Rivian’s Max Pack configuration gives you enough juice to make occasional towing practical. While efficiency drops significantly under load, the vehicle's integrated towing mode accurately recalculates range in real-time based on trailer weight and energy consumption, taking the guesswork out of route planning on Rivian's official site.
4. Ford F-150 Lightning
Max Towing Capacity: Up to 10,000 lbs (Extended Range battery)
Battery Size: 131 kWh (Extended Range)
Why it’s great for towing: The Lightning drives the most like a traditional ICE truck and has stellar cabin/utility tech. With an extended-range battery, a moderate trailer (around 4,000–5,000 lbs) will cut your practical range down to roughly 120–140 miles . It's fantastic for occasional, local, or regional towing, but for cross-country heavy hauling, you will be stopping frequently to charge.
If you can share what kind of trailer you're pulling (weight and whether it's a small utility trailer, a heavy enclosed box, or a camper) and how far your typical occasional trip is , I can give you a more precise breakdown of expected charging stops.
If you tow only occasionally, I’d focus less on the headline tow rating and more on battery size + highway efficiency + charging practicality while hitched. Towing can easily cut an EV’s usable road range by roughly half, and heavier/less-aerodynamic trailers can do considerably worse.
The standouts
Vehicle
Max tow
Max rated range*
What happens when towing
Best fit
Chevrolet Silverado EV
12,500 lb
478 mi
Generally the strongest real-world towing range because of its huge battery
Occasional serious towing
GMC Sierra EV
12,500 lb
478 mi
Similar GM platform and battery strategy; configuration matters
Silverado capability with a more upscale truck
Rivian R1T
11,000 lb
~420 mi depending on battery/config.
Significant range loss, but excellent towing/charging tech
Smaller, more maneuverable truck
Rivian R1S
7,700 lb
~410+ mi depending on version
Expect substantial loss with a big trailer
SUV practicality + moderate towing
Hyundai Ioniq 9
5,000 lb AWD
~300+ mi depending on trim
Better suited to smaller trailers
Family SUV / occasional light towing
Ford F-150 Lightning
10,000 lb
320 mi
Large range reduction under tow
Good if towing is relatively local
*Maximum manufacturer-rated/estimated range varies by configuration.
🥇 Silverado EV / Sierra EV: the range-focused tow choice
This is the unusual EV where a very large battery makes a meaningful difference. The 2026 Silverado EV is rated for up to 478 miles and 12,500 lb of towing, while the Sierra EV offers essentially the same maximum figures.
More importantly, independent testing has repeatedly shown the Silverado's advantage when a trailer is actually attached. In one 6,500-lb mountain towing test, the Silverado EV was still estimating nearly 300 miles of towing range, while the other trucks required charging stops. InsideEVs Another test with an approximately 11,000-lb trailer produced about 177 miles before charging, versus roughly 130 miles for the Lightning, 100 for the R1T and 90 for the Cybertruck.
That's the distinction I'd pay attention to: it doesn't magically avoid range loss; it starts with so much energy onboard that the loss is less painful in absolute miles.
The 2026 Sierra EV's towing chart is particularly revealing: the Extended Range versions can tow 12,500 lb, whereas the Max Range versions sacrifice some towing capacity, topping out around 10,200 lb in certain configurations.
🥈 Rivian R1T: better if your trailers are smaller
The R1T's maximum tow rating is 11,000 lb, and its available large battery gives it substantially more road range than the Lightning.
But don't mistake its high unloaded range for high towing range. Edmunds found that when towing, the R1T's efficiency fell to about 0.9 mi/kWh, essentially comparable to the Lightning at about 1.0 mi/kWh.
For something like a boat, utility trailer, small camper or occasional equipment trailer, I'd consider the R1T very usable. For a 7,000–10,000-lb travel trailer on a 300-mile road trip, the Silverado/Sierra's enormous battery becomes much more significant.
🥉 R1S: probably the most interesting SUV
If you don't actually need a pickup bed, the Rivian R1S is worth serious consideration. Its towing capacity is lower than the R1T's, but 7,700 lb is enough for many boats, campers and utility trailers.
The catch is the same fundamental EV towing problem: a large trailer is an aerodynamic wall. The vehicle can have a 400-mile unloaded range and still need a charging stop after roughly 100–150 miles of serious towing.
What I'd avoid for your particular use
The F-150 Lightning is a perfectly capable truck, but its 320-mile maximum range and relatively smaller battery make towing trips more charging-intensive. Ford rates it for up to 10,000 lb with the appropriate configuration.
The Hyundai Ioniq 9 is a compelling family SUV, but its 5,000-lb maximum tow rating makes it a different category: excellent for a small camper/boat/utility trailer, not a substitute for a full-size tow vehicle.
And I'd put the Cybertruck behind the GM trucks specifically for long-distance towing. Its 11,000-lb rating looks impressive on paper, but independent towing tests have shown much greater range anxiety than the Silverado EV.
The big caveat
If by "occasionally" you mean a 3,000–5,000-lb trailer a few times a year, I'd happily consider an EV. You don't need a 12,500-lb tow rating for that.
If you mean 7,000–10,000 lb for 200–300-mile trips, I'd strongly favor the Silverado EV or Sierra EV with the large battery, because battery capacity is doing much of the work.
If you mean 10,000+ lb regularly, the current generation of battery-electric trucks still has a fundamental problem: range loss isn't eliminated by higher tow ratings. The GM trucks merely give you the largest energy reserve to work with. Independent testing and comparison work consistently shows that towing can reduce usable range dramatically.
One interesting future option is the Ram 1500 REV: Ram says its range-extended electric pickup is projected for 2026 availability, with a claimed 690-mile range and 14,000-lb maximum towing capacity. It uses a battery plus gasoline-powered generator, so it could fundamentally change the towing equation—but I'd treat those figures as manufacturer projections until production vehicles and independent tests are available.
For an occasional tower, my shortlist would therefore be: Silverado/Sierra EV if towing distance matters most; R1T/R1S if you want a more versatile everyday EV and your trailer is moderate; Ioniq 9 if towing is genuinely light.
When it comes to towing with an electric truck or SUV, the golden rule is that aerodynamic drag and weight will roughly halve your range , regardless of whether you drive gas or electric. However, because EV charging on a road trip takes longer than a 5-minute fuel stop, the starting capacity of your battery is everything.
For occasional towers who want to avoid "catastrophic" range anxiety (i.e., stopping every 90 miles), the secret lies in massive battery packs (200+ kWh) rather than standard mid-size setups.
The top contenders providing the best balance of high towing capacity and massive pool range to survive the towing penalty include:
1. Chevrolet Silverado EV / GMC Sierra EV
Max Towing Capacity: Up to 10,000 to 12,500 lbs (depending on the exact trim and configuration).
Unladen EPA Range: Up to an astonishing 450 to 492 miles when equipped with the Max Range battery pack.
The Towing Advantage: Built on GM’s massive Ultium platform, these trucks house huge battery packs (around 200 kWh+). Real-world testing with moderate-to-heavy trailers (6,000–7,000 lbs) shows these trucks regularly pull off 180–230 miles of actual towing range before needing a break. That means you aren't forced to stop every hour and a half. Furthermore, they feature rapid DC fast-charging curves and available hands-free towing tech like GM's Super Cruise. You can check configurations on the official Chevrolet Silverado EV page.
2. Ram 1500 REV
Max Towing Capacity: Up to 14,000 lbs (when properly equipped).
Unladen EPA Range: Up to 500 miles with the optional massive 229 kWh large battery pack.
The Towing Advantage: Ram targeted traditional truck users by refusing to compromise on battery capacity for the range-extended and large-battery full-electric variants. While real-world efficiency figures scale with payload, starting with a 500-mile baseline means even with a heavy 50% drop-off under load, you still retain a viable 200–250 mile working radius.
3. Rivian R1T (Max Pack) / R1S (Large/Max Pack)
Max Towing Capacity: Up to 11,000 lbs (R1T truck); 7,700 lbs (R1S SUV).
Unladen EPA Range: Up to 410 miles (R1T Max Pack).
The Towing Advantage: If you prefer a slightly smaller, more maneuverable footprint than a heavy-duty GM or Ram full-size alternative, the Rivian R1T with the Max Pack is the gold standard of the adventure tier. Towing a 9,000-lb load will typically drop your efficiency down to yield roughly 160–170 miles of range . It’s a noticeable cut, but manageable for weekend warriors, and the vehicle's integrated towing software profiles trailer weight dynamically. Explore specs via Rivian.
4. Ford F-150 Lightning (Extended Range)
Max Towing Capacity: Up to 10,000 lbs (Extended Range battery).
Unladen EPA Range: Up to 320 miles (Extended Range).
The Towing Advantage: The Lightning behaves the most like a traditional gas F-150 inside and out, making the transition seamless for occasional towers. However, its battery pack (131 kWh usable for Extended Range) is smaller than the Silverado EV's or Ram REV's . Expect a drop to around 130–150 miles of real-world highway towing range with a heavy or boxy trailer. It's great for local or regional hauling, but requires more frequent stops on cross-state trips. Learn more at the Ford F-150 Lightning overview.
To help narrow down the ideal choice, what type of trailer are you usually towing (e.g., a small utility trailer, a heavy enclosed box trailer, or a camping travel trailer), and how far do your occasional towing trips usually stretch?
If by “without catastrophic range loss” you mean an EV that can tow a useful trailer without turning a 300–400-mile road trip into a 100-mile slog, the field is still pretty small. The key is not just tow rating; aerodynamics, battery size, and charging speed matter enormously.
The standouts
EV
Max tow
Max EPA/claimed range
My practical take for occasional towing
Chevrolet Silverado EV
12,500 lb
478 mi
Best overall fit
Rivian R1T Max
11,000 lb
~420 mi
Excellent truck, but towing still cuts range dramatically
Rivian R1S Max
7,700 lb
~410+ mi depending on configuration
Best SUV-oriented option for serious towing
Cadillac Escalade IQ
8,000 lb
465 mi
Huge range reserve, but expensive and enormous
Kia EV9
5,000 lb
~280–305 mi
Good for lighter trailers, not serious long-distance towing
Ford F-150 Lightning
10,000 lb
320 mi
Capable, but towing range is its major weakness
The 2026 Silverado EV is particularly interesting because GM offers configurations with both very high towing capacity and enormous battery/range. The Extended Range LT and Trail Boss can tow up to 12,500 lb, while the Max Range versions reach a GM-estimated 478 miles. Chevrolet also says the truck can add roughly 120 miles in 10 minutes on a compatible 350-kW charger.
That doesn't mean you'll get 478 miles while towing. No EV currently does. A large travel trailer can roughly halve—or worse—the effective range.
Why I wouldn't focus on the tow-rating number
Real-world testing makes this painfully clear. A Rivian R1T towing a 6,100-lb camper at 70 mph managed only about 110 miles in one Car and Driver test, despite the R1T having up to 420 miles of unladen EPA range.
The F-150 Lightning has shown similar behavior: Car and Driver got about 100 miles towing a 6,100-lb camper at 70 mph versus a 320-mile EPA rating for the truck.
And testing by Edmunds found that both the Lightning and R1T ended up around 1 mile of range per kWh or slightly below while towing a substantial trailer.
The big culprit isn't necessarily trailer weight. Frontal area is huge. A tall 7,000-lb travel trailer creates vastly more aerodynamic drag than, say, a 3,000-lb boat or low car trailer. MotorTrend's Lightning testing found that relatively modest differences in trailer size produced large range differences.
My shortlist for your use case
1. Silverado EV — probably the one I'd investigate first
It's the unusual combination of 12,500-lb towing capability + enormous battery + up to 478-mile unladen range + very fast charging.
For someone who tows only occasionally, that's compelling: you get a genuinely long-range EV the other 95% of the time, rather than buying an EV specifically optimized around towing.
One important wrinkle: don't automatically assume the 478-mile Max Range configuration is the best tow vehicle. Chevrolet's trailering chart shows that certain Max Range versions actually have lower maximum tow ratings than the Extended Range LT/Trail Boss.
2. Rivian R1T Max — excellent if your trailer is moderate
The R1T is rated at 11,000 lb and the Max battery offers up to 420 miles of EPA range.
It's a particularly attractive choice if you're towing things like a boat, utility trailer, small camper, or car trailer rather than a huge boxy travel trailer. But I wouldn't buy one expecting 400-mile towing legs—the real-world testing says otherwise.
3. Rivian R1S Max — if you want an SUV
The R1S can tow up to 7,700 lb. Car and Driver It's a considerably more compelling towing SUV than most electric crossovers, although again, a big enclosed trailer will devastate highway range.
4. Cadillac Escalade IQ — the range king among serious-towing SUVs
The Escalade IQ has a Cadillac-estimated 465-mile range and an 8,000-lb tow rating.
It's enormous and expensive, but if you want a three-row luxury SUV that can also tow a substantial trailer occasionally, the combination is unusually good.
5. Kia EV9 — sensible for lighter towing
The EV9's properly equipped versions can tow up to 5,000 lb, with roughly 280–305 miles of rated range depending on configuration.
I'd consider it for a small camper, jet skis, boat, or utility trailer. I wouldn't choose it for frequent 5,000-lb towing over long interstate distances.
What I'd avoid for your particular priority
The F-150 Lightning is a perfectly capable tow vehicle, but its combination of battery size and aerodynamic efficiency doesn't give it much margin. Independent testing has repeatedly found roughly two-thirds or more range loss with substantial trailers.
Likewise, I'd be cautious about choosing an EV simply because it has a huge tow rating. The physics haven't changed: a 7,000-lb enclosed travel trailer at 70 mph can be much more problematic than a 5,000-lb low-profile boat trailer.
One very interesting wildcard
The Ram 1500 REV is designed specifically to attack this problem, with Ram advertising up to 690 miles of range and 14,000 lb of towing, using a range-extender generator. However, Ram still describes it as a projected-availability 2026 vehicle, so I'd treat those figures as manufacturer claims rather than established real-world towing performance.
Bottom line: For an occasional tower, I'd put the Silverado EV at the top of the research list, followed by the Rivian R1T/R1S Max depending on whether you need a truck or SUV. If your trailer is under ~4,000 lb and relatively aerodynamic, the EV proposition becomes substantially more attractive. If you're talking about a 6,000–8,000+ lb travel trailer, I'd still expect roughly half—or potentially less—of your normal highway range and plan charging stops accordingly.
If you tell me what you're towing (boat/camper/car/utility trailer), approximate trailer weight, and typical trip length, I can narrow this down to the 2–3 EVs that make the most sense and estimate realistic towing range.
The Chevrolet Silverado EV and GMC Sierra EV provide the best overall towing capacity and practical range for occasional towing, thanks to their massive 200+ kWh battery packs that mitigate the percentage impact of range loss better than smaller-battery alternatives.
While all electric trucks suffer a 40% to 50%+ reduction in driving range when pulling a heavy trailer due to aerodynamic drag and weight , trucks with smaller packs (like the Ford F-150 Lightning ) force uncomfortably short legs between charging stops (often under 120 miles), whereas massive-battery GM trucks still retain a usable 150–200+ miles of towing range per leg.
To see how real-world range holds up under heavy loads, watch this detailed breakdown on electric truck towing performance:
52s TOP 3 Electric Trucks Battle: Chevrolet Silverado Vs Ford F-150 ...10 months ago
YouTube · The Auto Xpert
Top Electric Trucks and SUVs for Towing
Vehicle
Max Towing Capacity
Estimated Battery Size
Typical Real-World Towing Range Impact
Chevrolet Silverado EV / GMC Sierra EV
Up to 12,500 lbs
~205+ kWh
~50% drop, but retains ~180–220 miles due to massive capacity
Tesla Cybertruck
Up to
Key Practical Considerations for Occasional Haulers
The "Catastrophic Range Loss" Reality: Aerodynamic drag from the trailer matters much more than the trailer's weight once you hit highway speeds. Expect your efficiency (miles per kWh) to be cut in half regardless of which EV you choose.
Infrastructure Friction: Towing with an EV means you cannot easily pull through standard fast-charging stalls without unhooking your trailer first. GM and Tesla networks are improving, but plan your routes carefully for pull-through capability.
The Alternative Horizon: If your occasional towing involves long rural stretches with sparse charging, extended-range electric setups like the Ram 1500 Ram Charger (which uses an on-board gas generator solely to feed the battery) eliminate range anxiety entirely while keeping EV torque.
If you want to narrow this down, tell me:
What weight and type of trailer (travel trailer vs. flatbed utility) are you pulling?
What is your typical one-way trip distance when you do tow?
I can give you a better estimate of how many charging stops you'd face.
If you tow occasionally rather than every day, I’d prioritize towing capability + usable range + charging speed, not simply the highest tow rating. EV towing can cut highway range dramatically, so a truck with 450–480 miles of unladen range can actually be more useful than one rated for 14,000 lb but starting with a much smaller battery.
My picks
Vehicle
Max tow
Max range*
My take
GMC Sierra EV
12,500 lb
478 mi
🏆 Best overall
Chevrolet Silverado EV
12,500 lb
478 mi
🏆 Best value/practicality
Rivian R1T
11,000 lb
~420 mi
Best smaller/adventure truck
Ram 1500 REV
14,000 lb projected
690 mi projected
Most intriguing for towing
GMC Hummer EV SUV
~10,000 lb
~300+ mi
Capable, but inefficient
*Maximum advertised range is generally an unloaded figure; actual towing range is substantially lower.
1. GMC Sierra EV — best match for your use
This is probably the one I'd choose for an occasional tower.
The key configuration is the Sierra EV Elevation Extended Range: about 410 miles EPA-estimated range and 12,500 lb towing capacity. That's an unusually good combination.
The interesting wrinkle is the 478-mile Max Range version: it actually drops to 10,200 lb maximum towing. So if towing matters, I'd take the 410-mile/12,500-lb Extended Range configuration rather than chasing the biggest battery.
It also has 800V fast charging, with GMC claiming roughly 120 miles added in 10 minutes under appropriate conditions.
Sweet spot: Sierra EV Elevation Extended Range.
2. Chevrolet Silverado EV — essentially the same answer, potentially better value
The Silverado EV is extremely compelling because it combines up to 12,500 lb of towing with up to 478 miles of advertised range, depending on configuration. Chevrolet itself lists those figures when comparing it with the Rivian R1T.
As with the GMC, however, don't assume the 478-mile configuration is the best towing configuration. You're better off looking at the specific battery/trim and its tow rating.
For someone who might tow a 6,000–9,000 lb trailer a handful of times a year, I'd put the Silverado EV near the top of the list.
3. Rivian R1T — best if you don't need a full-size truck
The R1T can tow up to 11,000 lb, and the Dual-Motor version with the Max battery is rated around 420 miles.
It's a fantastic all-around vehicle, but there's a catch: towing efficiency is considerably worse than the headline range suggests. At highway speeds, a substantial trailer can reduce range into roughly the 150–200-mile territory depending on trailer size, speed, weather and terrain.
So I'd choose the R1T if your trailer is relatively modest—say 5,000–7,000 lb—and you value the truck's smaller dimensions, handling and off-road capability.
4. Ram 1500 REV — the one I'd watch closely
The REV is unusual because it is a range-extended electric truck rather than a conventional battery-only EV. Ram advertises 14,000 lb towing and 690 miles of total range.
That combination could fundamentally solve the biggest problem with EV towing: having to stop frequently because your trailer turns a 400-mile truck into a ~180-mile truck.
But there's an important caveat: those figures are manufacturer projections, and the vehicle's real-world availability/specifications and towing performance deserve verification before I'd recommend buying one specifically for towing.
If you're buying right now, I'd favor the proven GM trucks.
What about SUVs?
If you specifically want an SUV, the choices get less compelling.
The GMC Hummer EV SUV is very capable, but its combination of huge weight, large tires and relatively poor aerodynamic efficiency makes it a less attractive occasional tow vehicle than the Silverado/Sierra EV. GMC lists the 2026 Hummer EV SUV at 319 miles of estimated range in its 2X configuration.
I'd therefore choose a pickup unless you genuinely need an enclosed SUV body.
The important part: "range loss"
This is where EV towing gets misunderstood.
Imagine two trucks:
Truck A: 400-mile unloaded range, loses 50% while towing → ~200 miles
Truck B: 300-mile unloaded range, loses 35% → ~195 miles
Truck A sounds much better, but they're effectively equivalent when towing.
And the loss isn't a fixed percentage. A 6,000-lb enclosed trailer at 70 mph can be dramatically harder on an EV than a 3,500-lb open utility trailer at 60 mph. Headwinds, hills, temperature and trailer frontal area matter enormously.
My ranking for an occasional tower
If your trailer is 5,000–7,000 lb:
Rivian R1T
Silverado EV
Sierra EV
If your trailer is 7,000–10,000 lb:
Sierra EV Extended Range
Silverado EV
Rivian R1T
If you're routinely above 10,000 lb:
I'd seriously consider waiting for/considering the Ram 1500 REV, or sticking with a gas/diesel truck for now. The GM trucks are rated highly enough, but towing that much with today's BEVs makes charging stops a much bigger part of the trip.
Bottom line: For your description—someone who tows occasionally—I'd buy a Sierra EV or Silverado EV with the ~410-mile Extended Range battery, rather than paying for the 478-mile Max Range configuration. You get the unusually useful combination of ~410 miles unloaded + 12,500-lb towing, and you aren't optimizing the truck around a capability you only occasionally use.
If you tell me what you tow (boat, camper, utility trailer, car hauler), approximate trailer weight, and typical trip distance, I can narrow this down to the 2–3 configurations that make the most sense—including an estimate of real-world towing range and charging stops.
2. Chevrolet Silverado EV — essentially the same answer, potentially better value
The Silverado EV is extremely compelling because it combines up to 12,500 lb of towing with up to 478 miles of advertised range, depending on configuration. Chevrolet itself lists those figures when comparing it with the Rivian R1T.
As with the GMC, however, don't assume the 478-mile configuration is the best towing configuration. You're better off looking at the specific battery/trim and its tow rating.
For someone who might tow a 6,000–9,000 lb trailer a handful of times a year, I'd put the Silverado EV near the top of the list.
3. Rivian R1T — best if you don't need a full-size truck
The R1T can tow up to 11,000 lb, and the Dual-Motor version with the Max battery is rated around 420 miles.
It's a fantastic all-around vehicle, but there's a catch: towing efficiency is considerably worse than the headline range suggests. At highway speeds, a substantial trailer can reduce range into roughly the 150–200-mile territory depending on trailer size, speed, weather and terrain.
So I'd choose the R1T if your trailer is relatively modest—say 5,000–7,000 lb—and you value the truck's smaller dimensions, handling and off-road capability.
4. Ram 1500 REV — the one I'd watch closely
The REV is unusual because it is a range-extended electric truck rather than a conventional battery-only EV. Ram advertises 14,000 lb towing and 690 miles of total range.
That combination could fundamentally solve the biggest problem with EV towing: having to stop frequently because your trailer turns a 400-mile truck into a ~180-mile truck.
But there's an important caveat: those figures are manufacturer projections, and the vehicle's real-world availability/specifications and towing performance deserve verification before I'd recommend buying one specifically for towing.
If you're buying right now, I'd favor the proven GM trucks.
What about SUVs?
If you specifically want an SUV, the choices get less compelling.
The GMC Hummer EV SUV is very capable, but its combination of huge weight, large tires and relatively poor aerodynamic efficiency makes it a less attractive occasional tow vehicle than the Silverado/Sierra EV. GMC lists the 2026 Hummer EV SUV at 319 miles of estimated range in its 2X configuration.
If you tow only occasionally, I’d prioritize usable towing range, not the highest tow rating on the spec sheet. The big problem with EV towing is aerodynamic drag: a 5,000–8,000 lb trailer can easily cut highway range by roughly 40–60%, depending on trailer shape, speed, weather, and terrain.
My picks
Vehicle
Max tow
Max range
My take for occasional towing
Chevrolet Silverado EV
12,500 lb
478 mi
🥇 Best overall
Rivian R1T
11,000 lb
~420 mi
🥈 Best smaller truck
Tesla Cybertruck
11,000 lb
~325 mi
🥉 Good tow rating, weaker range
Ford F-150 Lightning
10,000 lb
~320 mi
Fine for short towing trips
Rivian R1S
~7,700 lb
~410 mi*
Best SUV choice
*Configuration dependent.
🥇 Silverado EV: the standout
The 2026 Silverado EV is currently the answer I'd give someone in your situation. Chevrolet rates it at up to 12,500 lb of towing and up to 478 miles of range, an unusually strong combination.
More importantly, you don't have to buy the configuration with the absolute maximum range. Chevrolet's trailering chart shows that the Extended Range LT and Extended Range Trail Boss can tow 12,500 lb, while the Max Range versions trade some towing capacity for maximum range.
That's significant because you're getting a truck that has enough battery to absorb the inevitable towing penalty.
For example, very roughly:
478-mile unloaded range
40% towing penalty → ~287 miles
50% penalty → ~239 miles
60% penalty → ~191 miles
Real-world results can vary considerably, but even the pessimistic scenario starts from a much better place than a 300-mile EV.
🥈 Rivian R1T: excellent if you don't need 12,000+ lb
The R1T is compelling if your trailer is more like a boat, utility trailer, small camper, or car trailer rather than a massive fifth-wheel. Its maximum tow rating is 11,000 lb and its maximum advertised range can reach about 420 miles depending on configuration.
Its smaller size is also an advantage for an occasional tower—you don't have to drive a gigantic truck every day just because you own a trailer.
The downside is that towing a large, boxy camper will still hammer range. I'd choose it over the Silverado if your typical trailer is under ~6,000 lb and you value maneuverability and SUV-like driving characteristics.
Cybertruck: impressive tow rating, less impressive towing range
The Cybertruck can tow 11,000 lb, but its maximum range is around 325 miles, versus 478 for the Silverado EV.
That's the fundamental issue: once you attach a big trailer, you're starting with substantially less range to lose.
I'd consider it if you love the truck for other reasons, but I wouldn't choose it specifically for occasional long-distance towing.
F-150 Lightning: good truck, but aging range proposition
The F-150 Lightning remains capable, with up to 10,000 lb towing, but its maximum range is around 320 miles. Chevrolet's current comparison gives the Silverado EV a substantial advantage: 478 vs. 320 miles and 12,500 vs. 10,000 lb towing.
For occasional towing around town, that's perfectly adequate. For a 500-mile road trip with a camper, I'd much rather have the Silverado.
What about the Ram?
This is the really interesting one.
The upcoming Ram 1500 REV is a range-extended electric truck, rather than a conventional battery-only EV. Ram advertises 14,000 lb maximum towing and 690 miles of total range. It uses a battery plus a gasoline-powered generator, so you essentially get electric propulsion without being entirely dependent on DC fast charging.
For someone who says "I tow occasionally but don't want catastrophic range loss,"this concept may actually be the ideal solution.
However, it's important to distinguish it from the Silverado: the 690-mile figure is total range with the range extender, not 690 miles of battery-only driving. And availability/timing has been moving around; current reporting indicates the Ram's launch has been delayed toward 2027.
My recommendation by trailer size
Under 4,000 lb: R1T/R1S is probably the sweet spot.
4,000–7,000 lb:Silverado EV is my favorite.
7,000–10,000 lb: Silverado EV, especially if you're doing highway trips.
10,000–12,500 lb: Silverado EV is the obvious battery-EV choice.
12,500+ lb or frequent long-distance towing: I'd seriously consider waiting for the Ram 1500 REV/range-extended EV rather than accepting the charging/range compromises of a pure EV.
Bottom line: If you want a truck that's an EV 95% of the time but can occasionally pull a substantial trailer without turning every trip into a charging expedition, the Silverado EV is currently the best pure-BEV fit. If you're willing to consider an electric vehicle with a gasoline range extender, the forthcoming Ram is potentially the much better towing solution.
If you tell me what you tow (boat/camper/car trailer/etc.), approximate trailer weight, and how far you typically tow it, I can narrow this down to the 2–3 configurations I'd actually buy.
Cybertruck: impressive tow rating, less impressive towing range
The Cybertruck can tow 11,000 lb, but its maximum range is around 325 miles, versus 478 for the Silverado EV.
That's the fundamental issue: once you attach a big trailer, you're starting with substantially less range to lose.
I'd consider it if you love the truck for other reasons, but I wouldn't choose it specifically for occasional long-distance towing.
F-150 Lightning: good truck, but aging range proposition
The F-150 Lightning remains capable, with up to 10,000 lb towing, but its maximum range is around 320 miles. Chevrolet's current comparison gives the Silverado EV a substantial advantage: 478 vs. 320 miles and 12,500 vs. 10,000 lb towing.
For occasional towing around town, that's perfectly adequate. For a 500-mile road trip with a camper, I'd much rather have the Silverado.
What about the Ram?
This is the really interesting one.
The upcoming Ram 1500 REV is a range-extended electric truck, rather than a conventional battery-only EV. Ram advertises 14,000 lb maximum towing and 690 miles of total range. It uses a battery plus a gasoline-powered generator, so you essentially get electric propulsion without being entirely dependent on DC fast charging.
For someone who says "I tow occasionally but don't want catastrophic range loss,"this concept may actually be the ideal solution.
However, it's important to distinguish it from the Silverado: the 690-mile figure is total range with the range extender, not 690 miles of battery-only driving. And availability/timing has been moving around; current reporting indicates the Ram's launch has been delayed toward 2027.
When it comes to towing with an electric truck or SUV, physics dictates a hard truth: all EVs experience a roughly 50% reduction in range when towing a heavy, non-aerodynamic load (like a box trailer or camper). Because aerodynamic drag and rolling resistance scale exponentially with weight and speed, "catastrophic range loss" isn’t entirely avoidable—it's managed by starting with a massive battery pack.
For occasional towers who want to minimize charging stops, the secret isn't higher towing specs alone, but massive battery capacity paired with fast-charging architecture.
Top Contenders for Electric Towing
Chevrolet Silverado EV / GMC Sierra EV
Max Towing Capacity: Up to 10,000 – 12,500 lbs (depending on configuration)
Unladen Range: Up to 450+ miles (Max Range battery pack)
Why it stands out: This platform currently holds the crown for raw battery size in an electric truck, offering a massive 200+ kWh pack. Even with a 50% drop in efficiency while towing a moderate trailer, you are still left with roughly 200–225 miles of real-world towing range. That bridges the gap to a reasonable 2.5-to-3-hour driving interval between DC fast-charging stops. It also features 350kW 800V architecture, meaning when you do stop, you add range rapidly.
Ford F-150 Lightning (Extended Range)
Max Towing Capacity: Up to 10,000 lbs (with Max Trailer Tow package)
Unladen Range: 320 miles (Extended Range battery)
Why it stands out: The Lightning behaves the most like a traditional ICE truck in terms of driving dynamics and interior layout, and its onboard smart scales make hitching a breeze. However, its 131 kWh Extended Range battery means your towing range drops to around 130–150 miles under a heavy load. It's fantastic for occasional short-to-medium distance towing (under 120 miles one-way), but requires more frequent stops on long hauls than the GM twins.
Rivian R1T (Dual/Tri/Quad-Motor Max Pack)
Max Towing Capacity: 11,000 lbs
Unladen Range: Up to 410 miles (Max Pack)
Why it stands out: If you prefer a mid-size truck footprint over a massive full-size American pickup, the R1T with the Max Pack provides huge energy density. The integrated towing software estimates range dynamically based on your trailer profile. Range loss is still around 50% under load, but the high starting baseline gives you a respectable buffer.
Cadillac Escalade IQ / Chevrolet Tahoe /Suburban EV equivalents
Max Towing Capacity: Up to 8,000 lbs
Unladen Range: 450+ miles
Why it stands out: For those who need an SUV instead of a pickup truck, GM’s Ultium-based large SUVs inherit the same giant battery architecture. They provide luxury cabin accommodations and ample towing for mid-weight campers or boats without sacrificing the multi-hundred-mile baseline.
The Reality Check on "Range Loss"
The 50% Rule: Expect your efficiency to drop from a normal 2.3–2.8 miles per kWh down to 1.1–1.3 miles per kWh when pulling a standard 6,000–7,000 lb enclosed or tall profile trailer.
Charging Infrastructure Hurdles: The biggest pain point for occasional towers isn't just the truck's range—it's pull-through charging station availability . Most DC fast chargers require you to unhitch your trailer to plug in, which turns a 20-minute charge into an annoying 40-minute ordeal.
If you'd like to narrow this down, tell me:
What specific type of trailer are you pulling (e.g., small utility, boat, heavy travel trailer)?
What is your typical one-way towing distance on these occasional trips?
I can give you a more tailored breakdown of expected charging stops for your specific route!