The 2026 Toyota C-HR comes standard with dual-motor AWD, though the motor configuration differs from the bZ Woodland, which also has standard AWD. The front motor produces 167 kilowatts and 198 pound-feet of torque, while the smaller rear motor contributes 87 kW and 125 lb-ft. Combined system output is 338 hp, and Toyota estimates a 0-60 mph time of 4.9 seconds. That’s plenty quick, and like most EVs, the power delivery is smooth and immediate. The C-HR doesn’t demonstrate any hesitation upon accelerating, something you occasionally feel in vehicles that lean heavily on a single motor.
Where the Toyota C-HR shines is in corners. Toyota claims the C-HR’s suspension was tuned differently than that in the bZ and the bZ Woodland; unique spring rates, damper settings, and anti-roll bar stiffness rates make the C-HR more of a performance EV than those two. The result is a crossover that feels noticeably sportier than the bZ Woodland. Turn-in is sharp, and the steering is linear and well-weighted. The C-HR tracks through curves with confidence, and it’s one of the better-handling EVs in its price range.
The trade-off is ride quality. On the XSE’s 20-inch wheels, road imperfections transmit into the cabin with enough force to remind you that Toyota prioritized handling over comfort in the C-HR. The C-HR is a delight on smooth pavement, where it’s snappy, responsive, and quiet, but it's less refined on rougher surfaces. The SE’s 18-inch wheels with taller tire sidewalls likely offer a more forgiving ride, though we didn't test that configuration.
The 2026 Toyota C-HR shares the bZ Woodland's 74.7-kilowatt-hour lithium-ion battery. Toyota estimates 287 miles of range on the SE trim and 273 miles on the XSE, the decrease due to the latter’s larger wheels, and that 14-mile penalty is worth considering if range anxiety is a concern. During a backroad-heavy test loop, we saw 3.9 miles per kWh, which suggests that roughly 280 miles is a realistic expectation.
You can adjust the C-HR’s regenerative braking via the steering-wheel paddles, which feel great; they’re built from a high-quality plastic, make a satisfying click when pulled, and provide four levels of regen intensity. Downhill Assist Control is also standard on both trim levels.
Charging the C-HR should be an adequate if not exceptional experience. A Tesla-style NACS charge port is standard, and DC fast charging maxes out at 150 kW, which Toyota says can hypothetically take the battery from a 10% to an 80% state of charge in roughly 30 minutes—just understand that this estimate relies on an assumption of ideal conditions. Charging at home, an 11-kW onboard charger handles Level 2 charging systems, delivering a full battery in roughly 7.5 hours. Toyota includes a dual-voltage 120V/240V home charging cable plus a NACS-to-CCS adapter with the purchase of a C-HR.
Battery preconditioning activates automatically when you route the navigation system to a fast charger. However, this feature—tied to Toyota's Destination Assist—is free for only its initial three-year trial, after which battery preconditioning requires a subscription. That’s pretty disappointing, and it’s worth noting that while the C-HR’s charging story is an improvement over the first-generation bZ4X’s, none of this is class-leading. The Hyundai Ioniq 5 and Kia EV6 charge significantly faster.