NISSAN JUKE (2024-)

Buyer's Guide & Data from our Checks

The NISSAN JUKE (2024-) is a compact crossover SUV that stands out in the UK market for its stylish design and practical size. Known for blending the sporty look of an SUV with the maneuverability of a smaller car, it’s a popular choice among city drivers and small families. Mycarcheck.com data shows a high level of interest in this model, with over 1,290 lookups and more than 1,000 unique VINs, highlighting its popularity and widespread use. It’s often used for daily commuting, shopping trips, and short family outings, making it ideal for urban lifestyles and those who want a versatile vehicle with a sporty edge. What makes the NISSAN JUKE (2024-) particularly appealing are its modern features, fuel efficiency, and reputation for reliability. Its design is eye-catching and contemporary, appealing to those who want a vehicle that looks as good as it performs. According to mycarcheck.com data, the average private sale value sits at around £20,500, with typical mileage about 12,000 miles, suggesting it retains good value and is often purchased by drivers with low annual mileage. It generally has a low number of previous owners, indicating strong buyer confidence and ease of ownership. Compared to rivals in the compact SUV class, the NISSAN JUKE (2024-) is noted for its lively driving experience and distinctive styling. It offers a comfortable ride and modern tech features, making it a strong contender for buyers seeking a reliable, stylish, and practical vehicle. Its popularity and proven track record in the used market make it a smart choice for those looking for a dependable car that balances performance with affordability.

Key Findings

The following statistics are drawn from our checks of 1,047 different vehicles, run between September 10th 2024 and December 31st 2025. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
1,290
Lookups
18
Hidden Histories
52k
Average Mileage
£20,500
Average Valuation

Model Variants