Chevrolet Silverado EV 8WT Review: Range, Charging, Price, and Who Should Buy It
The Chevrolet Silverado EV 8WT is a full-size electric truck with a 492-mile EPA range, a 215 kWh usable battery, a 350 kW DC fast-charge peak, and a 10,000 lb tow rating. It seats five, uses dual-motor AWD, and weighs 8,538 lb. At an MSRP of $69,495, it targets buyers who need full-size pickup capability and are willing to pay for maximum range.
Quick verdict
The Silverado EV 8WT is built around range and capacity. A 492-mile EPA rating from a 215 kWh usable pack is unusual in today’s EV market, especially in a full-size truck. The charging system can accept up to 350 kW DC and is rated for a 10–80% charge in 44 minutes, with an average of roughly 205 kW over that window and about 103 miles of range added in 15 minutes at a strong DC fast charger.
The trade-offs are clear. The big battery and full-size truck body yield a curb weight of 8,538 lb and an EPA efficiency of 499 Wh/mi. The 400 V electrical architecture and “slow” charging-class rating mean other EVs can complete 10–80% fast-charging sessions more quickly, even if they have lower peak kW numbers. The CCS1 DC connector works on most U.S. public fast-charging networks, but you will rely on adapters for Tesla Superchargers.
For buyers whose priorities are long range, full-size truck capability (including a 10,000 lb tow rating), and the ability to cover distance between charges, the 8WT is worth serious consideration. Shoppers who put the greatest weight on fast turnarounds at DC chargers, small-vehicle maneuverability, or a lower purchase price may find better fits elsewhere.
Specs that matter
Key specs for the 2025 Chevrolet Silverado EV 8WT:
- Body style: Truck
- Seats: 5
- Drivetrain: AWD
- Usable battery: 215 kWh
- Gross battery: 225 kWh
- EPA range: 492 miles
- EPA efficiency: 499 Wh/mi (about 2.0 miles per kWh derived)
- DC fast-charge peak: 350 kW
- DC 10–80% time: 44 minutes
- Average DC power 10–80% (derived): ~205 kW
- Estimated range added in 15 minutes (derived): ~103 miles
- AC charging max: 19.2 kW
- AC connector: J1772
- DC connector: CCS1
- 0–60 mph: 5.5 seconds
- Top speed: 106 mph
- Tow rating: 10,000 lb
- Cargo volume (bed): 37 cu ft
- Curb weight: 8,538 lb
- Dimensions: 233.1 in L, 81.6 in W, 79.1 in H
- Wheelbase: 145.7 in
- Architecture: 400 V class
- MSRP: $69,495
- Road-trip score (derived): 84
- Charging class: slow
- Value class: good
- Estimated cost per mile of EPA range (derived): $141.25
This is a large, heavy truck with unusually high range, substantial towing capacity, and relatively high AC and DC charging capabilities for its size.
Range and efficiency
The Silverado EV 8WT’s 492-mile EPA range is one of its defining characteristics. That figure comes from a 215 kWh usable battery, which is much larger than the packs in most electric crossovers and sedans.
From the provided data:
- Usable battery: 215 kWh
- EPA range: 492 miles
- Derived efficiency: about 2.0 miles per kWh
- EPA efficiency rating: 499 Wh/mi
At 499 Wh/mi, the Silverado is far less efficient than smaller EVs, but this number needs to be viewed in the context of a full-size, 8,538 lb truck with AWD. Within that segment, very high Wh/mi figures are common. The Silverado prioritizes range and capacity over energy thrift.
What 492 miles means in practice
EPA ratings are standardized lab figures, not guarantees of real-world outcomes, but they are useful for comparison and broad planning. A 492-mile rating gives the Silverado EV a sizable buffer for:
- Long highway drives between cities
- Daily commutes plus job-site use without daily charging
- Trips where charging options are limited or inconveniently located
The derived road-trip score of 84 reflects this balance of long range with moderate DC fast-charging speed. While some EVs add energy more quickly, they may need to stop more often on a long drive simply because they have smaller batteries and lower range ratings.
Towing and heavy use
The Silverado EV 8WT is rated to tow 10,000 lb. Any EV will use significantly more energy when towing at highway speeds, and this truck’s high curb weight and large frontal area add to that. The data packet does not provide specific towing consumption figures, so assumptions about exact percentage range loss while towing would be speculative. The only safe conclusion from the provided information is:
- Range under heavy towing will be substantially lower than the 492-mile EPA rating.
- Buyers who plan to tow should factor in more frequent charging stops and build conservative assumptions into trip planning.
To model trips with payload or trailers, use the charging-time calculator along with your expected average speed and planned DC charging sites.
Climate and driving style
The packet does not provide detailed test results for hot or cold-weather performance or various speed profiles, so any exact percentage adjustments would be unsupported. In general for EVs:
- Higher speeds and aggressive acceleration use more energy.
- Extreme temperatures can reduce effective range.
If you routinely drive at high interstate speeds or in very cold or very hot conditions, expect to see range lower than the 492-mile label figure, as is typical for EVs and gas vehicles alike.
Charging experience
On paper, the Silverado EV 8WT has robust AC and DC charging specs:
- DC peak power: 350 kW
- DC 10–80% time: 44 minutes
- Average DC power 10–80% (derived): ~205 kW
- Range gained in 15 minutes (derived): ~102.8 miles
- AC max: 19.2 kW
- AC connector: J1772
- DC connector: CCS1
- Architecture: 400 V class
- Charging class: slow (internal classification)
DC fast charging: how it actually feels
The peak 350 kW number is impressive, but the more realistic measure is the 44-minute 10–80% window and the ~205 kW average over that window. This tells you:
- To go from 10% to 80% on a suitable DC fast charger, plan for about three-quarters of an hour.
- In a typical 15-minute stop on a capable DC charger, you can expect around 100 miles of EPA-rated range to be added, according to the derived figure of ~102.8 miles.
The truck uses a 400 V class architecture. At a given kW, 400 V systems draw higher current than 800 V systems, which can affect how long they can sustain peak rates before tapering. The internal “slow” charging-class label reflects the reality that some modern 800 V EVs can complete a similar 10–80% charge in less time, even if their headline peak kW numbers are similar or lower.
For planning:
- Think in terms of time to add a chunk of range, not just peak kW.
- On multi-stop road trips, expect DC fast-charging sessions in the 30–45 minute range if you are moving between roughly 10–80%.
Use the charging-time calculator to plug in starting/ending states of charge and particular charger power levels along your routes.
AC charging at home or work
The Silverado EV 8WT supports up to 19.2 kW on AC via a J1772 connector, which is at the high end for Level 2 charging in the U.S. In practice:
- At 19.2 kW, you can add a substantial amount of energy overnight, provided your home or workplace electrical service supports a circuit of that size and you have a compatible EVSE installed.
- Even at lower AC power—such as 9–11 kW on more typical 40–50 A circuits—the truck will gain a large number of miles overnight thanks to its large battery.
Because the truck’s pack is so large, AC charging time from empty to full can still be long, but home or workplace charging is mainly about recovering daily use, not filling from 0–100% every night. For many owners, plugging in each evening and adding 30–60 kWh overnight will be more than enough to stay near the top of the pack in regular use.
Connectors and network access
- DC fast charging: CCS1
- AC charging: J1772
CCS1 and J1772 are widely supported across major North American public networks. The data packet does not detail any native access to Tesla’s Supercharger network, so if you plan to use those stations, you will need to research compatible adapters separately and confirm availability on your routes.
Performance and daily driving
Key performance and size specs:
- 0–60 mph: 5.5 seconds
- Top speed: 106 mph
- Curb weight: 8,538 lb
- Length: 233.1 in
- Width: 81.6 in
- Height: 79.1 in
- Wheelbase: 145.7 in
Acceleration and power
A 0–60 mph time of 5.5 seconds is quick for a full-size pickup, especially one weighing 8,538 lb. This should make merging, passing, and highway on-ramps straightforward. The AWD drivetrain gives all-weather traction, and the 106 mph top speed is more than sufficient for legal U.S. highways.
The data packet does not include exact motor output figures (horsepower or torque), so any claims beyond the quoted 0–60 time would be speculative.
Handling and braking
With its:
- 8,538 lb curb weight
- 145.7 in wheelbase
- 81.6 in width
- 233.1 in length
the Silverado EV 8WT behaves like a traditional full-size truck in terms of footprint and presence on the road. Heavier vehicles typically require more distance to stop than lighter ones, though the packet does not provide measured braking distances for this model.
Daily-driving considerations:
- Urban parking garages and tight street parking will feel similar to operating a large conventional pickup.
- Narrow older garages and tight driveways may be challenging; measuring clearances before purchase is advisable.
- The long wheelbase and weight favor straight-line stability over nimble, tight-radius maneuvering.
If you are coming from a midsize SUV or sedan, expect an adjustment period to the Silverado’s size and mass. If you already daily-drive a full-size pickup, the experience will be more familiar, with the primary differences being power delivery smoothness and braking feel compared to a gas or diesel truck.
Interior, cargo, and practicality
Core practicality specs:
- Seats: 5
- Cargo (bed volume): 37 cu ft
- Dimensions: 233.1 in L, 81.6 in W, 79.1 in H
- Wheelbase: 145.7 in
Passenger space
The Silverado EV 8WT seats five. While the packet does not detail interior measurements, the external dimensions and wheelbase are consistent with a full-size crew-cab truck, which generally means:
- A full-width rear bench suitable for adults.
- Adequate legroom and headroom for taller passengers in both rows, relative to smaller trucks and SUVs.
Exact rear legroom, headroom, and seat dimensions are not provided, so more precise passenger comfort comparisons to other trucks would be unsupported here.
Bed and cargo
With 37 cu ft of cargo volume, the bed is sized for typical full-size truck use. That figure aligns with:
- Hauling building materials
- Carrying outdoor equipment
- General work-truck duties
The packet does not detail bed length, tie-down systems, or bed storage solutions, so those aspects cannot be evaluated in detail.
Size and parking reality
This truck’s 233.1 in length and 81.6 in width give it a footprint similar to other full-size pickups. Practical implications:
- Many standard suburban garages will accommodate it, but some older or shorter garages may not.
- In tight urban parking lots or older downtown garages with narrow ramps and tight turns, careful maneuvering will be required.
If you are considering the 8WT and planning to park it indoors, measure your garage door width, internal length, and height clearance and compare them directly to 233.1 in L, 81.6 in W, 79.1 in H.
Cost and value
Key financial metrics from the packet:
- MSRP: $69,495
- Value class: good
- Derived cost per mile of EPA range: $141.25 (MSRP divided by EPA-rated miles of range)
The Silverado EV 8WT is not an inexpensive truck. However, the internal value classification of “good” and the derived metric of $141.25 per mile of EPA range provide some context:
- The truck’s purchase price is high, but it also offers unusually high range and a large battery, plus full-size capability and a 10,000 lb tow rating.
- On a per-mile-of-rated-range basis, it sits in a “good” value band according to the internal methodology used in the data packet.
Ownership cost considerations
The packet does not include specific fuel-cost, maintenance-cost, or incentive data, which means we cannot credibly quantify total cost of ownership here. However, the cost of ownership calculator on this site allows you to plug in:
- Annual miles driven
- Local electricity costs
- Expected charging mix (home vs. public DC)
- Ownership length
This will give you a more tailored picture of long-term costs compared with your current gas or diesel truck or with other EVs you are considering.
Because the 8WT carries a 215 kWh usable battery, it stores a large amount of energy; your ability to charge mainly at home or at low-cost workplace stations can make a substantial difference in running costs.
If you do not need the full 492-mile range or the 10,000 lb tow rating, a smaller-battery truck or crossover may provide lower overall ownership costs, even if the sticker price is similar or somewhat lower.
Best alternatives
The data packet identifies three primary competitors by internal linking:
Each approaches the electric truck problem differently.
Ford F-150 Lightning
The Ford F-150 Lightning is a full-size electric truck based on the F-150 platform. Compared with the Silverado EV 8WT:
- It offers a different range of trims and configurations.
- Ford has an extensive dealer network, which some buyers prioritize for service access.
To see direct differences in range, charging specs, towing, and size, use the dedicated Silverado vs F-150 Lightning comparison.
Tesla Cybertruck
The Tesla Cybertruck is another full-size electric pickup that many shoppers will cross-shop with the Silverado EV. While this review’s packet does not include Cybertruck specs, Tesla trucks are known for:
- Integration with Tesla’s proprietary charging network in many cases.
- Distinctive exterior design.
If access to Tesla’s Supercharger network, unique styling, or specific Cybertruck performance figures are priorities, review its dedicated page and compare the numbers in the comparison picker.
Rivian R1T
The Rivian R1T is a smaller-footprint electric pickup that many consider when they want truck capability with a different balance of off-road focus and urban maneuverability. The packet does not include full R1T specifications here, but:
- Its size and positioning differ from the Silverado EV’s.
- It is often evaluated by buyers who prioritize outdoor recreation and adventure.
Again, use the comparison picker to see range, charging, and capability differences in detail.
Who should buy it
Based on the provided data, the Chevrolet Silverado EV 8WT is a strong fit if you:
- Need long range in a full-size truck. The 492-mile EPA rating and 215 kWh usable battery give you a large buffer for long trips and full work days between charges.
- Plan to tow or haul and want a rated 10,000 lb towing capacity alongside EV driving.
- Have reliable home or workplace charging. With up to 19.2 kW AC charging capability, you can put a large amount of energy back into the pack overnight on a suitable circuit.
- Regularly drive long distances on highways. The combination of long range and an internal road-trip score of 84 makes it suitable for sustained interstate use, even though its DC fast charging is classified as slow.
- Are comfortable with a full-size footprint. At 233.1 in L and 81.6 in W, this is a large vehicle; if you are already accustomed to full-size pickups, this is less of an adjustment.
- Want a mainstream brand truck. Chevrolet’s dealer network and familiarity in the truck market will appeal to many buyers.
The Silverado EV’s standing as a “Top 50 U.S. EV model by 2025 sales (Kelley Blue Book / Cox Automotive)” indicates that it is being adopted at a scale that suggests solid market acceptance.
Who should skip it
The Silverado EV 8WT is less likely to be the right choice if you:
- Prioritize the shortest possible DC fast-charging stops. Its “slow” charging-class rating and 44-minute 10–80% time mean there are EVs that can recover a similar percentage of charge more quickly.
- Need native Tesla Supercharger access. With a CCS1 DC connector, access to Tesla’s Supercharger network will depend on adapters and network compatibility, which may add complexity.
- Live or park in tight spaces. A 233.1 in long, 81.6 in wide, 79.1 in tall truck is not easy to manage in dense urban environments, tight garages, or older parking structures.
- Prefer a smaller or lighter vehicle. At 8,538 lb, this is among the heaviest passenger vehicles on the road; if you want something easier to maneuver or park, look at smaller trucks or crossovers.
- Are very price-sensitive. With an MSRP of $69,495, this is a major purchase. If you do not need the full 492-mile range, there may be less expensive EVs (including smaller pickups and SUVs) that meet your needs at lower cost.
- Plan to tow heavy, long distances very often and expect EPA range to hold. Under heavy towing, the effective range will drop substantially from the 492-mile label figure, as with any EV truck.
For a deeper dive into where the 8WT sits within the broader Silverado EV lineup, visit the Chevrolet Silverado overview and the specific EV 8WT trim page. To see how it stacks up against other electric trucks and EVs by the numbers, use the comparison picker.