Chevrolet Blazer EV RWD Review: Range, Charging, Price, and Who Should Buy It
The Chevrolet Blazer EV RWD lands in a clear space in Chevrolet’s lineup: it is a midsize electric SUV with more space and battery than the Equinox EV and a familiar badge aimed at mainstream shoppers. This review focuses on the rear‑wheel‑drive trim, which serves as the primary entry into the Blazer EV family.
Quick verdict
The Chevrolet Blazer EV RWD is a midsize electric SUV built around range and usable fast charging rather than headline performance numbers. At $55,595, it pairs an EPA-rated 334 miles of range with a 91 kWh usable battery, a 254 kW DC fast‑charge peak, and a 35‑minute 10–80% DC fast‑charge time.
In our internal scoring, the Blazer EV RWD earns an “okay” charging rating and an “okay” value rating. It is neither the quickest nor the cheapest option in the segment, but the combination of long rated range, reasonably fast road‑trip charging, and a mainstream dealer network will make sense for many buyers.
If you want a midsize electric SUV that can cover distance without constant charging stops and you prefer to stay within the Chevrolet ecosystem, the Blazer EV RWD belongs on your shortlist. If maximum cargo space, the very fastest DC charging, or a lower starting price are top priorities, you should also consider its rivals.
Specs that matter
Here are the core specs that shape daily ownership:
- Body type: SUV
- Seats: 5
- Drivetrain: RWD
- MSRP: $55,595
- EPA range: 334 miles
- Usable battery: 91 kWh
- Gross battery: 93 kWh
- Efficiency: 353 Wh/mi
- DC fast‑charge peak: 254 kW
- 10–80% DC fast‑charge time: 35 minutes
- AC charging max: 11.5 kW
- DC connector: CCS1
- AC connector: J1772
- Architecture: 400 V class
- Cargo space (behind rear seats): 25 cu ft
- Curb weight: 5163 lb
- Dimensions: 192.2 in L, 78 in W, 65 in H, 121.8 in wheelbase
- Top speed: 131 mph
- Tow rating: 3501 lb
- Heat pump: Yes
- V2H: Yes
A few of these stand out:
- The 91 kWh usable battery is large for a midsize SUV and underpins the long range.
- The 254 kW DC peak and 35‑minute 10–80% window are strong for a 400 V‑class vehicle.
- At 353 Wh/mi, efficiency is middling, but the large pack compensates.
- 25 cu ft of cargo space is adequate but not generous for this footprint.
Range and efficiency
The Blazer EV RWD’s 334‑mile EPA range is drawn from a 91 kWh usable (93 kWh gross) battery pack. That works out to an EPA efficiency rating of 353 Wh/mi.
This efficiency figure is typical for a 5163‑lb, 192.2‑inch‑long SUV rather than a standout for frugality. Smaller and lighter EVs are more efficient, but few of them pair that with a battery this large. In practice, the Blazer’s appeal comes from its long rated range rather than minimal consumption.
A simple way to think about value for range is to divide MSRP by EPA range. With a $55,595 MSRP and 334 miles of EPA range, you get roughly $166.45 per mile of rated range. That places the Blazer EV RWD in the middle of the pack among midsize electric SUVs on this metric: not a bargain outlier, but not especially poor value either.
The Blazer EV RWD also includes a heat pump, which is more efficient for cabin heating than resistance‑only systems and helps preserve range in colder conditions compared with EVs that lack one, even though the dataset does not quantify the exact impact.
Charging experience
Connectors and standards
The Blazer EV RWD uses:
- CCS1 for DC fast charging
- J1772 for AC Level 2 charging
These are widely supported across public networks in North America. Drivers who frequently use a mix of public DC and home Level 2 charging will find the hardware standard and well‑understood.
DC fast charging
Key DC specs:
- Peak DC fast‑charge power: 254 kW
- 10–80% DC fast‑charge time: 35 minutes
- Average DC power 10–80% (derived): about 109 kW
- Energy added 10–80% (derived): about 63.7 kWh
- Estimated miles added in 15 minutes (derived): about 77 miles
The 254 kW peak is high for a 400 V‑class vehicle, and the 35‑minute 10–80% window is competitive given the 91 kWh usable pack size. The derived 109 kW average between 10% and 80% reflects typical tapering as the pack fills.
In our internal scoring, this yields an “okay” charging class and a road‑trip score of 70.5. It is not in the very fastest group of EVs that combine ultra‑high peak power with very short 10–80% times, but it is comfortably in the territory where road‑trip use is realistic without excessive downtime.
The derived estimate of approximately 77 miles added in 15 minutes helps frame what a short stop can do under favorable conditions: a useful top‑up rather than a full refill.
You can use the charging‑time calculator to explore how these numbers map to your specific routes and preferred state‑of‑charge windows.
AC charging
On AC, the Blazer EV RWD supports up to 11.5 kW Level 2 charging via the J1772 connector.
At 11.5 kW, overnight home charging on a properly sized circuit is sufficient to replenish a typical day’s driving and, when needed, recover a large portion of the battery between late evening and morning. Exact times will depend on your starting state of charge and your home electrical setup, but this power level is in line with other modern EVs.
Vehicle‑to‑home (V2H)
The Blazer EV RWD supports V2H (vehicle‑to‑home) capability. With appropriate home hardware, this allows the car’s battery to supply power to a residence, whether for backup during outages or for more advanced home‑energy use cases. The dataset does not specify power levels or system details, so any installation should be planned in consultation with a qualified electrician and hardware provider.
Performance and daily driving
The RWD trim uses a rear‑wheel‑drive layout with a single motor on the rear axle. The dataset does not include a 0–60 mph figure, so we are not quoting any specific acceleration number.
What we do know:
- Curb weight: 5163 lb
- Top speed: 131 mph
- Drivetrain: RWD
This combination points to straightforward, linear performance suitable for daily commuting, highway merging, and passing. The RWD bias should give it familiar dynamics for drivers used to conventional rear‑drive SUVs, especially in dry conditions.
Because there is no published acceleration spec in the dataset, buyers who care about 0–60 mph times should consult Chevrolet’s official materials or trusted third‑party tests rather than infer performance from other trims or competitors.
The heat pump also plays a role in day‑to‑day comfort and efficiency, particularly in colder climates, where it reduces the energy required for cabin heating relative to a purely resistive system.
Towing
The Blazer EV RWD is rated to tow 3501 lb. That rating covers many small trailers, lightweight campers, or utility loads. As with any EV, towing will result in higher energy use and reduced effective range, but the dataset does not include specific consumption figures when towing. Drivers planning regular tow use should consider test trips and conservative route planning.
Interior, cargo, and practicality
Size and footprint
Key exterior dimensions:
- Length: 192.2 in
- Width: 78 in
- Height: 65 in
- Wheelbase: 121.8 in
This footprint clearly places the Blazer EV in the midsize SUV category. The combination of a 121.8‑inch wheelbase and 78‑inch width should translate into good stability and interior space for front and rear passengers, while the 65‑inch height remains friendly to typical garages and urban parking structures.
Cargo space
The Blazer EV RWD offers 25 cu ft of cargo space behind the rear seats.
That figure is workable for daily life—groceries, luggage for several occupants, and typical family gear—but there are midsize SUVs that offer more cargo volume behind the second row. Families who frequently carry bulky items should pay attention to this number and, ideally, test‑pack strollers or equipment they use often.
The dataset does not provide a folded‑seat cargo volume, so we cannot quantify the total available space with the rear seats down, and it also does not specify whether a front trunk is present.
Everyday usability
With 192.2 inches of length and 78 inches of width, the Blazer EV should fit comfortably in most driveways and garage spaces sized for midsize crossovers. The curb weight of 5163 lb is typical for an EV of this size and battery capacity and underlies the efficiency and performance figures discussed earlier.
Cost and value
The Blazer EV RWD’s MSRP is $55,595.
From that and the EPA range, we can derive a simple cost‑per‑mile‑of‑range metric:
- MSRP: $55,595
- EPA range: 334 miles
- MSRP per mile of EPA range: about $166.45 per mile
This supports the “okay” value classification in our internal scoring. You are paying a middle‑of‑the‑segment rate for range while getting:
- A 91 kWh usable battery
- 334 miles of rated range
- 254 kW peak DC charging with a 35‑minute 10–80% time
- 11.5 kW AC charging
- A heat pump
- V2H support
- A 3501‑lb tow rating
For a fuller picture of running costs, including energy, maintenance, and depreciation estimates tailored to your usage, see our cost of ownership calculator.
Best alternatives
Several EVs are natural cross‑shop candidates for a midsize electric SUV like the Blazer EV RWD. The dataset includes internal links to these models; the brief notes below are limited to what we can reasonably say without external data.
Tesla Model Y
Link: Tesla Model Y
The Model Y is a widely shopped midsize electric SUV. It uses Tesla’s charging ecosystem and offers its own set of range, performance, and packaging trade‑offs relative to the Blazer EV RWD. For a structured comparison using our internal data, see:
Audi Q6 e-tron
Link: Audi Q6 e-tron
The Audi Q6 e‑tron is another midsize electric SUV option. It is positioned as a more premium offering, with different priorities around interior design, equipment, and brand experience. Details on its specific trim and specs are available on its model page.
Cadillac Optiq
Link: Cadillac Optiq
The Cadillac Optiq sits within the same broader GM family as the Blazer EV. It is aimed at buyers who want a more upscale badge and interior. It is also an SUV but oriented slightly differently in size and positioning.
You can use our comparison picker to generate side‑by‑side spec views of the Blazer EV RWD against any of these alternatives or other EVs you are considering.
Who should buy it
The Chevrolet Blazer EV RWD is a good fit for shoppers who:
-
Want long rated range with mainstream packaging
The 334‑mile EPA range supported by a 91 kWh usable battery provides a substantial cushion for daily driving and lessens the need for frequent charging stops on longer trips. -
Value solid DC fast‑charging without chasing the absolute quickest times
With a 254 kW peak and 35‑minute 10–80% DC fast‑charge time, the Blazer EV RWD supports practical road‑trip use while accepting slightly longer stops than the very fastest‑charging EVs. -
Prefer rear‑wheel drive and light towing capacity
The RWD layout and 3501‑lb tow rating make sense for buyers who occasionally tow smaller trailers and value the feel of a rear‑drive SUV. -
Care about backup power and home integration options
Built‑in V2H capability gives the Blazer EV RWD a role beyond transportation when paired with the correct home hardware. -
Want to stay in the Chevrolet ecosystem
Drivers moving up from a Chevrolet Equinox EV or another GM product who want more range and battery capacity, but still want Chevrolet branding and dealer support, will find the Blazer EV RWD a logical step.
Who should skip it
The Blazer EV RWD may not be the ideal choice for shoppers who:
-
Prioritize the very fastest possible DC fast‑charging
A 35‑minute 10–80% window is competitive, but buyers focused almost exclusively on minimizing stop time may prefer EVs designed around shorter DC sessions. -
Need maximum cargo volume behind the second row
With 25 cu ft behind the rear seats, the Blazer EV RWD trails some midsize competitors on raw cargo capacity. Households routinely hauling large strollers, sports gear, or bulky equipment should confirm that this space meets their needs. -
Want a lower entry price
The $55,595 MSRP places the Blazer EV RWD above some smaller or less powerful EVs. Budget‑constrained shoppers within the GM family might find the Equinox EV or other lower‑priced models more appropriate. -
Require all‑wheel drive or stronger acceleration
This trim is RWD only, and the dataset does not list a 0–60 mph figure. Buyers for whom all‑weather traction or maximum acceleration are priorities should review AWD EVs or higher‑performance trims.
For a view of how the Blazer EV RWD fits into the broader lineup, see the Chevrolet Blazer EV overview. For detailed specs specific to this trim, visit the RWD trim page.