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Toyota’s 2026 C-HR returns to the US as an electric SUV with up to 290 miles of range

Toyota is bringing the C-HR nameplate back to the United States, but this time the compact crossover is arriving exclusively as a battery-electric vehicle rather than the gas-powered subcompact it was before Toyota discontinued the U.S. version in 2022. The 2026 C-HR carries a manufacturer-estimated range of up to 290 miles on a full charge, a figure that puts it near the front of the pack among compact electric SUVs sold in the U.S. market.

A Dedicated EV Platform, Not a Converted Gas Car

Rather than adapting an existing gasoline platform, Toyota built the new C-HR on a chassis engineered from the outset for battery power. That approach lets engineers position the 74.7 kilowatt-hour battery pack low and flat within the floor, which typically improves both interior packaging and handling balance compared with retrofitting a battery into a body designed around a combustion engine. The dedicated platform also underpins the dual-motor, all-wheel-drive configuration Toyota is offering as standard equipment across the lineup, a setup that delivers roughly 338 combined horsepower and a 0-to-60-mph time of about 4.9 seconds, brisk numbers for a vehicle in the compact crossover segment.

Fast Charging Through a Native NACS Port

The new C-HR ships with a North American Charging System port built in rather than requiring an adapter, giving owners direct access to Tesla’s Supercharger network alongside other NACS-equipped fast chargers that have proliferated across the country as more automakers adopt the standard. Toyota’s published figures put a 10-percent-to-80-percent DC fast-charge session at around 30 minutes under favorable conditions, a benchmark that has become a rough industry standard for judging whether an EV is practical for longer road trips rather than purely local commuting.

Two Trims and a Sub-$40,000 Starting Price

Toyota is offering the 2026 C-HR in two trim levels, a base SE starting at $38,450 and a better-equipped XSE starting at $40,450, both figures before destination charges and any federal or state incentives that may apply. Both trims come standard with Toyota Safety Sense 3.0, the automaker’s current suite of driver-assistance features, and a 14-inch touchscreen infotainment display, a notably larger screen than the previous gas-powered C-HR offered and in line with the trend toward larger center displays across the compact SUV segment generally.

Reviving a Nameplate Toyota Had Walked Away From

The original Toyota C-HR launched in the U.S. for the 2018 model year as a gasoline-only subcompact crossover aimed at buyers who wanted distinctive styling in a smaller footprint than the RAV4. Toyota discontinued the U.S. version after the 2022 model year, even as the nameplate continued selling in Europe and other markets, reportedly reasoning that the segment was being adequately served by other models in its lineup. Bringing the name back exclusively as a battery-electric model signals that Toyota sees the C-HR’s coupe-like styling and smaller footprint as a differentiator specifically within its growing EV lineup, rather than as a standalone gasoline product competing against its own bZ4X and other electric offerings.

Where the C-HR Fits Against Rival Compact Electric SUVs

A 290-mile estimated range places the new C-HR competitively against other compact electric crossovers on the market, most of which cluster in the 250-to-300-mile range depending on trim and drivetrain configuration. Toyota has generally arrived later to fully electric models than rivals such as Hyundai, Kia, and Tesla, having spent years emphasizing hybrid and plug-in hybrid technology instead, so the C-HR’s specifications, standard all-wheel drive, a native NACS port, and a starting price under $40,000, read as an attempt to close that gap quickly rather than ease into the segment. Toyota has said the 2026 C-HR is expected to reach U.S. dealerships later in the year, giving the market its first real look at how the automaker’s dedicated EV architecture performs against crossovers that have had a multiyear head start.

Standard Safety Technology on Every Trim

Both the SE and XSE trims come equipped with Toyota Safety Sense 3.0 as standard rather than an optional upgrade, a suite that typically bundles a pre-collision system with pedestrian and cyclist detection, dynamic radar cruise control that automatically maintains following distance in traffic, lane departure alert with steering assist, automatic high beams, and road sign assist that reads posted speed limits and other signage into the vehicle’s display. Making the full suite standard across both trims, rather than reserving the most advanced driver-assistance features for the pricier configuration, reflects a broader industry trend of treating these systems as baseline expectations rather than premium add-ons, particularly as regulators and safety advocacy groups have pushed automakers toward wider adoption of automatic emergency braking and related technology.

How the Industry Settled on One Charging Standard

The C-HR’s built-in NACS port reflects a broader realignment in how American EVs charge. Tesla operated its Supercharger network on a proprietary connector for more than a decade before opening the design as a published standard in 2022, and within about a year most major automakers selling EVs in the U.S., including Ford, General Motors, Hyundai, and eventually Toyota, announced plans to adopt NACS on future models rather than continue relying on the older Combined Charging System connector that had been the non-Tesla default. That consolidation means a new EV buyer no longer has to weigh which charging network their vehicle can access as heavily as they once did, since a NACS-equipped vehicle like the C-HR can generally use both Tesla’s extensive Supercharger footprint and the growing number of non-Tesla fast chargers that have also added NACS connectors alongside or instead of the older standard.

This article was produced with the assistance of AI and reviewed by Morning Overview editors.


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