Toyota C-HR EV Packs 338 Horsepower, but Larger bZ Costs Less

Toyota’s reborn C-HR presents an unusual tradeoff: The compact electric SUV delivers 338 horsepower, standard all-wheel drive and a base price below $40,000, yet Toyota’s larger bZ starts for less. During 2027 SUV of the Year testing, the smaller C-HR also gave up rear-seat access, storage and refinement without creating much separation from its bigger sibling.

The price comparison requires one important qualification. Every C-HR has two motors and all-wheel drive, while the least expensive bZ is a front-wheel-drive model. The C-HR therefore includes more traction hardware and power in its standard configuration. It was very quick in the evaluation and found traction promptly during off-road testing, giving the smaller Toyota a clear performance advantage over an economy-focused base configuration.

Independent testing supports that acceleration claim. Car and Driver recorded a 4.4-second run to 60 mph, a notably quick result for a compact electric SUV. Its SE version carries an EPA-estimated range of 287 miles, while the XSE is rated at 273 miles. Those figures show that the C-HR’s appeal is not based on price alone: It combines useful rated range with acceleration that was once associated with dedicated performance cars.

Shared hardware consumes a larger share of a smaller cabin

The harder comparison begins inside. Toyota uses the same electric-vehicle platform across the C-HR, bZ and bZ Woodland, with three closely related Subaru vehicles also built from the architecture. Platform sharing can spread engineering and manufacturing costs across more vehicles, but the C-HR goes further by carrying over the larger Toyota models’ dashboard, center console and front seats.

Those components occupy proportionally more room in the C-HR’s smaller body. The broad center console crowds the front occupants without returning an equivalent amount of enclosed storage, and the cabin has no glove box. The instrument display sits far forward, while the relationship between the display and steering wheel can make the driving position awkward. Rather than feeling like a cabin specifically packaged around a smaller footprint, the interior retains the dimensions and layout priorities of the larger bZ.

The compromises become more pronounced behind the front seats. A small rear-door opening and sloping roof make entry difficult for adults. Once seated, passengers sit low with their knees raised, contributing to the confined feeling recorded during the evaluation. The cargo area is also limited when carrying tall or stacked objects, and there is no front trunk to recover storage space beneath the hood.

Measured cargo volume is 25 cubic feet behind the rear seats, according to Car and Driver. That figure is not unusually small for every vehicle in this size class, but volume alone cannot describe usability. Roof shape, opening dimensions and load height determine whether bulky objects can occupy the advertised space. In the C-HR, the sharply descending roof narrows the useful envelope even when the nominal volume appears competitive.

One test vehicle raised separate refinement concerns

The C-HR tested for the SUV of the Year program rattled and buzzed over poor pavement, and reviewers observed a large dashboard panel gap below the windshield. They also found the ride, wind noise and tire noise disappointing. Those build observations apply to that vehicle rather than establishing a quality pattern across all C-HRs.

Other evaluations have reached different conclusions about ride comfort and cabin noise, indicating that trim, wheels, road surface or individual vehicle condition may influence the experience. The distinction is relevant because packaging limitations such as the rear opening, roofline and shared console are inherent to the design, while a panel gap or rattle may be specific to an individual assembly.

The C-HR’s underlying proposition is therefore narrower than its headline specifications suggest. Its sub-$40,000 price buys standard all-wheel drive, strong acceleration and competitive rated range. In exchange, buyers accept a smaller body wrapped around cabin hardware developed for larger vehicles, along with restricted rear access and limited cargo flexibility.

Toyota’s own bZ creates the most consequential comparison. Its base front-wheel-drive version costs less while providing more space, the same core interior design and a broadly similar driving experience. The C-HR justifies its premium primarily through standard all-wheel drive, greater performance and sportier proportions not through lower cost or more efficient use of cabin space.

By Thomas Caldwell — AMI’s senior editor for mechanical and mobility engineering, covering vehicle electronics, systems integration, electrification, chassis systems, propulsion, and safety policy.