Lotus debuts a new ultra-luxury variant of its electric hyper-SUV Eletre
Lotus introduces the Eletre Carbon, a luxury electric SUV with carbon fiber design, advanced aerodynamics, 905 hp, and customization options, launching in North America in 2025. ShareLotus is shattering the mould of electric luxury with the introduction of the Eletre Carbon, an electrifying hyper-SUV that challenges the status quo of automotive design and performance. This is the evolutionary persona of an electric car—an engineering marvel wrapped in carbon fibre, with a unique ability to shift from serene luxury to pulse-racing power at the touch of a pedal. The Eletre Carbon is defined by its use of high-quality carbon fibre, a lightweight yet strong material that enhances both the car’s aesthetics and driving experience. From the interior to the exterior, carbon fibre is woven into the design, emphasizing Lotus’ commitment to craftsmanship and innovation.
The model also debuts three new leather interior colour options: black, light grey, and dark brown. These materials, sourced from Bridge of Weir, an industry leader in sustainable luxury leather, are combined with a dynamic quilting design that enhances both the visual and tactile experience of the cabin. This meticulous attention to detail extends across the vehicle, from the flow lines of the upholstery to the aerodynamic profile of the car itself.
The Eletre Carbon combines Lotus’ iconic design principles with advanced technology, making it both a high-performance vehicle and a practical choice for daily use. It integrates active aerodynamics and features six distinct driving modes—Tour, Range, Sport, Off-Road, Individual, and Track—allowing for tailored driving experiences. The Eletre Carbon also includes options such as 10-piston 420mm carbon ceramic brakes and a satin black finish exclusive to this model, further enhancing its dynamic performance and visual appeal.
With a top speed of 265 km/h and the ability to accelerate from 0-62 mph in just 2.95 seconds, the Eletre Carbon delivers sportscar-level performance in the body of an SUV. Its powertrain produces 675 km/905 hp, ensuring that drivers experience the thrill of a high-performance vehicle in a luxurious and comfortable package. The car’s advanced chassis, which includes rear-wheel steering, active roll control, and rear-bias torque split, provides Lotus’ signature driving dynamics while maintaining versatility for everyday use.
The Eletre Carbon offers a truly luxurious travel experience. Inside, Bridge of Weir leather is complemented by charcoal Alcantara and carbon fibre deco panels, providing a sense of refinement and sophistication. With five different massage modes, ambient lighting, a spacious boot offering up to 1,532 litres of cargo space, and an intelligent panoramic glass roof that can switch between opaque and clear, the vehicle sets a new standard for comfort and convenience.
Lotus has also equipped the Eletre Carbon with state-of-the-art technology, making the driving experience intuitive and enjoyable. The vehicle is powered by two NVIDIA DRIVE Orin chips and is equipped with 34 sensors and 12 cameras, ensuring both performance and safety. Over-the-air updates enable the car to continuously evolve, with new features and services added long after purchase.
In addition to launching the Eletre Carbon, Lotus is expanding its bespoke services with the Lotus Chapman Bespoke program in North America. This service provides customers with the opportunity to commission highly personalized, custom-made luxury vehicles. From one-off personalization to detailed customization of every aspect of the car, the Chapman Bespoke program allows for complete creative freedom.
For the first time, North American customers can access Lotus Chapman Bespoke, which allows them to commission their own unique Lotus vehicles. The service provides extensive customization options, from tailored badges to one-of-a-kind trims, ensuring each vehicle is a true reflection of its owner’s personal style. Customers can now place orders for the Eletre Carbon, with deliveries expected to begin in early 2025.