2024 Porsche Macan 4 Electric | 9,455 Miles | 1 Owner | Full Porsche History The Porsche Macan 4 Electric represents a bold new era for Porsche, seamlessly combining cutting-edge electric performance with the practicality, luxury and driving engagement that have made the Macan one of the world's most desirable SUVs. This exceptional 2024 example, having covered just 9,455 miles, benefits from one owner and a full Porsche service history, offering an outstanding opportunity to experience Porsche's latest technological evolution. From the moment you take the wheel, the Macan 4 Electric demonstrates why Porsche remains the benchmark for driver-focused performance. Its advanced dual-motor electric powertrain delivers immediate torque and effortless acceleration, providing responsive performance in all driving conditions. The intelligent all-wheel-drive system ensures exceptional traction and stability, while the low centre of gravity created by the battery placement enhances agility, composure and driver confidence through every corner. Beyond its impressive performance credentials, the Macan 4 Electric offers the economic advantages of electric motoring. Reduced running costs, smooth and near-silent operation, and the convenience of home charging make it an exceptional choice for both daily commuting and longer journeys. The interior has been designed around comfort and refinement. The 14-way electrically adjustable Comfort Seats allow occupants to tailor their seating position with precision, ensuring outstanding support on every journey. A stunning Panoramic Roof floods the cabin with natural light, creating an airy and spacious atmosphere, while Privacy Glass enhances passenger comfort and adds a sophisticated finishing touch. Technology is at the forefront of the driving experience. Adaptive Cruise Control helps reduce fatigue on longer journeys by automatically maintaining a safe distance from vehicles ahead. Surround View with Active Parking Support provides a comprehensive view around the vehicle,making parking and manoeuvring effortless in tighter spaces