The Lexus RZ marks the company’s transition to all-electric propulsion, offering a refined SUV that fully complies with zero-emission requirements. Developed on a platform specifically designed for electric vehicles, the RZ represents a major technological leap, with a focus on autonomy, performance and a fluid driving experience.
Lexus RZ: 100% electric SUV with steer-by-wire technology and all-wheel drive
The high-capacity battery is located in the floor, ensuring a low center of gravity and contributing to optimal weight distribution between the axles. The electric motor of this premium SUV delivers instant torque, allowing smooth and powerful acceleration at the same time, especially when starting off.
The e-axle all-wheel drive system manages the force individually on each axle, adapting to the road surface and driver demands. Lexus engineers have integrated steer-by-wire technology, which eliminates the classic mechanical connection between the steering wheel and the wheels, thus providing smoother control and improved ergonomics, as the steering arms can be adjusted electronically.
Aerodynamic design and smart technologies for the Lexus RZ electric SUV
The RZ's exterior design surprises with its clear lines and smooth surfaces, emphasizing the electric nature of the model. The traditional front grille is replaced by an elegant panel, and the headlights with LED technology emphasize the brand identity.
The aerodynamic silhouette reduces forward resistance and helps maximize autonomy, an important aspect for an electric vehicle. Inside, Lexus has opted for sustainable materials and advanced connectivity technologies, providing the driver and passengers with a bright and futuristic space.
The infotainment system is based on a generous central touchscreen, with an intuitive interface and compatibility with various online services. Navigation features include route planning options based on available charging stations, to eliminate any range anxiety.
The RZ features driver assistance technologies such as lane keeping, adaptive regenerative braking and driver attention monitoring, which alerts the driver when it detects signs of excessive fatigue.
