2027 Chevrolet Equinox EV vs. 2027 Chevrolet Bolt: EV Comparison

Chevrolet offers two accessible electric vehicles: the compact Equinox EV SUV and the returning 2027 Chevrolet Bolt.

While both seat five passengers, they serve different driving profiles. The Bolt is compact and maneuverable for urban efficiency, while the Equinox EV provides compact SUV proportions, higher maximum range, and available all-wheel drive.

Chevrolet Equinox EV vs. 2027 Chevrolet Bolt Specs

Feature Chevrolet Equinox EV 2027 Chevrolet Bolt
Max. Estimated Range 513 km (FWD) 422 km
Available AWD Yes No
Centre Display 17.7 inches 11.3 inches
Driver Display 11 inches 11 inches
Max. Cargo Volume 1,620 L 1,594 L
Native Charging Port NACS available Native NACS integrated
DC Fast Charging 110 km in 10 min 10 to 80% in 25 min
Super Cruise Available Available

Driving Range and Fast Charging

The Equinox EV delivers up to 513 km of estimated range in FWD and 494 km with AWD. The 2027 Bolt offers 422 km of range, providing ample capability for daily commutes.

The 2027 Bolt is Chevrolet's first EV to feature a native NACS charging port, enabling direct access to Tesla Superchargers without adapters. It supports 150-kW DC fast charging (10 to 80% in 25 minutes). The Equinox EV adds 110 km in 10 minutes at compatible chargers.

Exterior Footprint and Cargo Utility

The Bolt offers an efficient interior layout with 1,594 litres of maximum cargo space. The Equinox EV provides 1,620 litres, a difference of just 26 litres despite its larger footprint.

The Bolt excels in tight urban parking, while the Equinox EV provides traditional SUV presence.

Winter Performance and Cabin Technology

For Canadian winters, the Equinox EV offers dual-motor AWD, heated seats, a heated steering wheel, and battery preconditioning. The FWD Bolt includes standard heated front seats and steering wheel.

The Equinox EV features a 17.7-inch display, while the Bolt uses an 11.3-inch screen with Google Maps route planning. Super Cruise hands-free driving is available on both models.