Chevrolet’s Electric Bolt Returns: A Second Chance for the Affordable EV
When Chevrolet first launched the Bolt electric vehicle in 2017, it marked a significant milestone in affordable electric transportation. The compact electric hatchback offered over 200 miles of range at roughly half the cost of a Tesla Model S, making electric driving accessible to mainstream buyers. However, the vehicle’s journey has been marked by both triumphs and setbacks.
The Bolt faced considerable challenges during its initial run. A massive $1.8 billion recall affected more than 142,000 vehicles, requiring complete battery pack replacements due to safety concerns. Despite these hurdles, the model evolved through several iterations, receiving price reductions, improved seating, updated infotainment systems, and the addition of Super Cruise driver assistance technology. Chevrolet also introduced the Bolt EUV, a slightly larger variant that expanded the lineup’s appeal.
Despite becoming General Motors’ best-selling electric vehicle by a substantial margin, corporate priorities led to the Bolt’s discontinuation in 2022. GM CEO Mary Barra announced plans to retool the Orion Township manufacturing facility to produce full-size electric pickup trucks like the Silverado EV, effectively ending the Bolt’s production run.
Customer Demand Drives Revival
The cancellation announcement sparked significant backlash from consumers and advocacy groups. Even though Chevrolet promised a similarly priced Equinox EV as an alternative, Bolt enthusiasts mounted an intensive campaign that ultimately succeeded in reversing the decision. At the 2023 Consumer Electronics Show, Barra surprised audiences by announcing the Bolt’s return with substantial improvements.
The resurrected 2027 model features a completely new lithium iron phosphate battery system replacing the previous lithium-ion technology. Engineers also integrated components from GM’s broader electric vehicle portfolio, including the drive motor from the Equinox EV and a new Android Automotive operating system for infotainment functions.
Enhanced Performance Despite Lower Specifications
The new Bolt’s electric motor produces 210 horsepower, representing a modest 4 percent increase over its predecessor. However, torque output drops significantly to 169 lb-ft from the previous 266 lb-ft. Despite this apparent reduction in peak torque, the vehicle actually delivers improved acceleration performance.
Through clever engineering, including an 11.59:1 final drive ratio, the 2027 Bolt accelerates from zero to 60 mph in 6.8 seconds, improving upon the previous model by two-tenths of a second. The motor’s ability to operate at higher RPM ensures adequate power delivery even at highway speeds.
Efficiency improvements are equally impressive. Real-world testing on challenging terrain, including hilly routes through Mulholland Drive, yielded approximately 4 miles per kWh. This performance validates the EPA’s 262-mile range estimate from the 65 kWh battery pack.
Dramatically Improved Charging Capabilities
Perhaps the most significant upgrade addresses the original Bolt’s charging limitations. The previous model’s maximum DC fast-charging rate of just 55 kW meant nearly an hour to reach 80 percent capacity. The new version supports up to 150 kW charging through a NACS connector, dramatically reducing charging times.
Testing with a Tesla V4 Supercharger demonstrated the improvement: charging from 19 to 80 percent took just 25 minutes, adding 211 miles of indicated range. The charging curve begins at approximately 110 kW and gradually decreases after reaching 65 percent state of charge. Unlike traditional lithium-ion batteries, the LFP chemistry encourages regular charging to 100 percent capacity.
Familiar Driving Experience with Modern Updates
Behind the wheel, the 2027 Bolt maintains the character that made its predecessor appealing while incorporating contemporary refinements. The suspension tuning remains unchanged between the base LT trim ($28,995) and sportier RS variant ($32,995), though both exhibit some highway bounce over expansion joints—a characteristic shared with earlier models.
Interior improvements include additional storage compartments and larger display screens for both instrumentation and infotainment. However, some changes may disappoint existing owners: gear selection now uses a steering column stalk, one-pedal driving requires touchscreen activation rather than physical controls, and the regenerative braking paddle has been eliminated.
The regenerative braking system offers two one-pedal driving modes and can capture up to 85 kW of energy during deceleration. Even with one-pedal mode disabled, the vehicle continues to provide several kilowatts of regenerative braking when lifting off the accelerator.
Limited Production Window
Despite the positive reception and improvements, the Bolt’s second life will be brief. General Motors plans to manufacture the vehicle for only 18 months at its Fairfax, Kansas facility before converting the plant to produce gasoline-powered Buick Envision and Chevrolet Equinox models.
Chevrolet anticipates sufficient inventory to supply dealerships for approximately two years following the end of production. This limited timeline creates urgency for potential buyers interested in this affordable electric option, as no direct replacement has been announced for the sub-$30,000 electric vehicle segment.
The 2027 Bolt represents a solid evolution of the original concept, addressing key weaknesses while preserving the accessible pricing that made it popular. However, its brief production run raises questions about General Motors’ long-term commitment to affordable electric transportation.