Electric Toyota Land Cruiser: A Luxurious Reinvention

Electric Toyota Land Cruiser: A Luxurious Reinvention

Electric Toyota Land Cruiser: A Luxurious Reinvention

The Toyota Land Cruiser is set to undergo a radical transformation for the electric era, as evidenced by a stunning new concept that will be showcased at the Tokyo Motor Show. Known as the Land Cruiser Se, this futuristic SUV with three rows of seats will be one of the highlights on Toyota’s stand in Tokyo, along with the highly anticipated FT-SE sports car and FT-3E crossover.

The design of the concept represents a departure from the traditional Land Cruiser, which is known for its ruggedness. The production version of the Land Cruiser, scheduled for release in early 2024, will retain its ladder chassis and combustion power, but will also feature a retro look inspired by older Land Cruisers. In contrast, the new concept emphasizes aerodynamic efficiency and incorporates Toyota’s modern design language.

With its sleek roofline, angled bonnet, and sculpted sides, the concept showcases a more contemporary aesthetic. The slimline wraparound light bars, rear-view cameras, and low-profile tires suggest a focus on luxury.

Electric Toyota Land Cruiser concept drives through a city

There are stylistic similarities between the Land Cruiser Se and the FT-3E SUV concept unveiled last week, such as the creased haunches, kinked window line, and contrasting lower trim. This suggests that the two may share styling cues, interior arrangements, and performance statistics, making them technical siblings.

Toyota’s Tokyo Motor Show stand will also highlight the brand’s future lineup of electric cars, set to launch from 2026. The Land Cruiser Se, FT-SE, and FT-3E are expected to evolve into production models as part of this electric vehicle range. Toyota has previously mentioned that its next-generation cars will have slimmer battery packs, resulting in increased interior space and improved aerodynamics, while still offering an impressive range of 621 miles thanks to advanced lithium-ion technology.