The 2025 Chevy Blazer EV lineup is about as confusing as it can get, with multiple powertrain choices within trim levels.
Up first are the LT and RS, which come standard with two electric motors for all-wheel-drive (AWD). Combined, these motors produce 288 horsepower and 333 pound-feet of torque and are fed by an 85-kWh battery pack in the floor of the vehicle. These AWD models should accelerate to 60 mph in only 6.0 seconds, according to Chevy. The EPA estimates they can return as much as 283 miles on a full charge, though real-world results tend to vary.
The LT and RS trims gain a new front-wheel drive (FWD) option for 2025. A single motor up front produces 220 hp and 243 lb-ft of torque. While less powerful, FWD extends estimated range to 312 miles.
Additionally, the Blazer EV RS is now available in single-motor rear-wheel drive (RWD) form, making it the only vehicle for sale today that offered with FWD, RWD, and AWD. The RWD Blazer EV RS is actually more powerful than the RS AWD, at 340 hp and 325 lb-ft of torque. It’s also the range leader of the lineup, with a 334-mile estimate courtesy of a larger 102-kWh battery.
Finally, there's the new SS trim (we told you it was confusing). This high-performance version combines a dual-motor powertrain with the larger battery pack from the RS, plus some model-specific chassis tuning. Power skyrockets to 615 hp and 650 lb-ft of torque—good enough for zero to 60 mph in 3.4 seconds, according to Chevy—but range drops to 294 miles.
For this test drive, we were entrusted with an LT with AWD that presented a mixed bag of results. Acceleration is quick when compared to a typical gas-powered SUV, but this version of the Blazer EV is not as potent as many other electric rivals. That said, it's far quicker than the vast majority of drivers will desire. On freeway onramps, we had to back off the accelerator to match the flow of traffic. The Blazer EV also corners with confidence, thanks to having a lot of its weight low in the vehicle. While we wouldn't consider it sporty, it will also exceed most drivers expectations.
We're pleased that the Blazer EV not only offers one-pedal driving but also gives the driver two levels of brake regeneration. In its highest setting, the vehicle decelerates as though you've given the brake pedal a sharp press. With just a little practice, it's easy to bring the Blazer EV to a full and smooth stop without ever having to touch the brake pedal. In tight parking situations, it can be too jumpy and sensitive, though. In those cases, the moderate one-pedal setting is better.
On the road, the suspension is on the firm side. You'll feel small imperfections in the pavement, but there's enough compliance to keep moderate bumps from sending sharp jolts through the cabin. The ride quality is also slightly smoother most Teslas, Hyundais, and Kias. The steering could use some improvement, as we noticed that the vehicle tends to wander within highway lanes. This lack of an on-center feel means you'll be constantly making adjustments, and it can get tiresome rather quickly.
On smooth surfaces, the Blazer EV is nearly silent, but road noise can get annoyingly loud in less optimal conditions. We heard the tires rolling most of the time, and on some rain-grooved sections, this constant—and loud—howl was thoroughly off-putting. To its credit, the Blazer EV is still an easy car to drive, and on our extended drive from Los Angeles to San Diego, the range estimates proved accurate.
The Blazer EV has an AC charge rate of 11.5 kW for use with home chargers. It also has DC fast charging capability up to 190 kW, which should replenish up to 78 miles of range in 10 minutes, Chevy estimates—quick enough for most drivers on a road trip,
However, EVs from Hyundai and Kia charge significantly quicker, assuming one can find a more powerful fast charger to make use of that capability. Helping matters for the Blazer EV is plentiful map data for locating nearby chargers, and the ability to pre-condition the battery for the quickest recharge rates.