There’s a curious sort of poetry in how the wheels of transportation and the currents of innovation turn together — sometimes slowly, sometimes all at once, but always with an eye toward what lies just over the horizon. For decades, Toyota’s name has been synonymous with reliable family vehicles, rugged off-roaders, and hybrid technology that paved the way for broader electrification. Now, in a quiet yet significant shift, that familiar emblem is poised to carry its storied three-row SUV into a new chapter of electrified mobility. In unveiling its first electric three-row SUV, Toyota isn’t just presenting another model — it’s inviting us to consider how tradition and transformation can merge on the same road.
The vehicle at the heart of this moment is the 2027 Toyota Highlander EV, a version of Toyota’s well-known family SUV reimagined with a fully electric powertrain and updated design for the EV era — marking the first time the company has offered a battery-electric SUV with seating for three rows of passengers. This shift follows Toyota’s broader electrification strategy, in which battery electric vehicles (BEVs) join hybrids and plug-in hybrids in the company’s portfolio. The Highlander’s transition into an all-electric variant reflects both changing expectations among drivers and the mounting momentum behind zero-emissions mobility.
What sets this Highlander apart, beyond its lack of an internal combustion engine, is the way it blends the familiar with the forward-looking. Toyota has retained the spacious cabin that made the SUV popular with families, while reworking its platform to support electric-only hardware. With seating for up to seven, modern interior technology including large touchscreens and connectivity features, and a design that balances aerodynamic efficiency with everyday practicality, the Highlander EV aims to serve as both a daily driver and a long-distance companion.
Under the skin, the Highlander EV is built on a modified version of the TNGA-K platform, with battery options that offer a range of approximately 270 to 320 miles (435 to 515 km) on a charge, depending on configuration. Both front-wheel-drive and all-wheel-drive versions will be offered, and fast-charging capability via the North American Charging Standard (NACS) port allows for a substantial recharge in roughly 30 minutes under ideal conditions. Toyota has also incorporated features such as vehicle-to-load (V2L) functionality, enabling the SUV to power devices externally — a sign of how electric vehicles are increasingly seen as flexible tools in everyday life.
The Highlander EV’s production is slated for Toyota’s Kentucky manufacturing plant, with battery modules sourced from a facility in North Carolina. This U.S.-centered production underscores Toyota’s commitment to aligning the vehicle with the market it aims to serve, addressing the practical and emotional needs of drivers who want both comfort and sustainability. Pricing and exact availability are expected closer to the SUV’s sales debut in late 2026, but the groundwork has already been laid for a model that could broaden the appeal of EVs to larger families and adventure-oriented buyers alike.
In a broader sense, the introduction of the Highlander EV represents more than a new badge on a showroom floor. It reflects how automakers large and small are responding to a shift in how we think about transportation, community impact, and our relationship with energy itself. As electric vehicle infrastructure expands, and as drivers rethink what a large SUV can be, Toyota’s entry into the three-row BEV segment adds another familiar name to a landscape once dominated by traditional internal combustion power.
Taken together, these developments suggest a gentle reimagining of what has long been one of Toyota’s most recognizable vehicles. For families planning road trips, for daily commutes, and for holidays on distant highways, the Highlander EV is poised to offer a blend of the known and the new — a bridge between the comforting continuity of a beloved model name and the evolving promise of electrified mobility.
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