2025 Land Rover Range Rover Evoque P270e Dynamic SE SWB – Sophisticated Urban Luxury Meets Cutting-Edge Hybrid Performance Experience the perfect blend of style, innovation, and sustainability with the 2025 Land Rover Range Rover Evoque P270e Dynamic SE SWB. Designed for the modern driver who demands both luxury and eco-conscious performance, this plug-in hybrid SUV combines Land Rover’s iconic design heritage with advanced electrification technology. Key Features: Plug-In Hybrid Powertrain: The P270e combines a turbocharged 1.5-litre petrol engine with a high-performance electric motor, delivering a combined 270 horsepower for responsive and efficient driving. Enjoy the benefits of electric-only mode for zero-emission city driving and a seamless transition to petrol power on longer journeys. Compact Yet Capable: The Short Wheelbase (SWB) design offers enhanced agility and ease of manoeuvrability — ideal for navigating tight urban streets — without compromising on Land Rover’s renowned off-road capability. Dynamic SE Trim: Equipped with premium features including 20-inch alloy wheels, Matrix LED headlights with signature DRLs, leather and suede cloth seats, and a panoramic roof, providing a light, airy cabin ambience. Advanced Technology: The latest Pivi Pro infotainment system with a 11.4-inch touchscreen integrates smartphone connectivity via Apple CarPlay and Android Auto, while the digital instrument cluster keeps essential info clearly visible. Driver Assistance & Safety: Includes Adaptive Cruise Control, Lane Keep Assist, Traffic Sign Recognition, and a 360-degree camera system to make every journey safer and more relaxed. Sustainable Luxury: Low CO? emissions and the ability to drive up to 66 miles on electric power alone make this Evoque a forward-thinking choice for environmentally conscious drivers. Whether you're cruising through city streets or exploring countryside trails, the 2025 Range Rover Evoque P270e Dynamic SE SWB delivers an unmatched driving experience defined by style, sophistication, and sustainability.