Description
he Dacia Jogger 1.6 HEV 140 Extreme Hybrid is an outstanding blend of practicality, efficiency, and adventure-ready capability. Registered in 2024 on a 73 plate and with just 4,234 miles, this nearly new model delivers exceptional value while offering the latest hybrid technology for a smooth and economical driving experience. Under the bonnet, the self-charging 1.6-litre petrol hybrid powertrain works seamlessly with an electric motor, producing 140hp for effortless performance. The automatic transmission ensures a refined and responsive drive, whether you’re navigating busy city streets or cruising on the motorway. With improved fuel economy and lower emissions, this hybrid Jogger is both cost-effective and environmentally conscious, making it an ideal choice for families and adventurers alike.
The Extreme trim adds a rugged and stylish touch, with distinctive black roof rails, robust wheel arch cladding, and eye-catching alloy wheels that enhance its adventurous character. Designed to handle both urban and outdoor lifestyles, this model combines striking aesthetics with practical durability. Inside, the spacious seven-seat layout ensures that there’s plenty of room for passengers and luggage, making it perfect for family road trips or everyday errands. The flexible seating arrangement allows for multiple configurations, ensuring maximum versatility to suit your needs. High-quality materials and clever design touches elevate the driving experience, while the modern infotainment system offers seamless smartphone integration, keeping you connected on the go. Advanced driver assistance features provide added security, ensuring confidence behind the wheel.
This 2024 Dacia Jogger Extreme Hybrid is a superb choice for anyone seeking a spacious, reliable, and fuel-efficient family car with a sense of adventure. With its low mileage, modern technology, and bold design, it delivers outstanding value and practicality in equal measure. Don’t miss this opportunity to own a fantastic example of Dacia’s innovative and functional approach to motoring.