HYUNDAI I10 (2011-14)

Buyer's Guide & Data from our Checks

The Hyundai i10 (2011-14) is a popular city hatchback in the UK, known for its compact size and practicality. It’s a car primarily designed for urban driving and everyday commuting, making it well-suited for first-time drivers, small families, and city residents who need a reliable, easy-to-manoeuvre vehicle. The i10’s small footprint makes parking and navigating busy streets straightforward, while its budget-friendly running costs appeal to cost-conscious buyers. According to data from mycarcheck.com, the Hyundai i10 (2011-14) has been extensively checked, with over 14,200 look-ups and more than 7,600 unique VINs. This high sample size indicates it remains a consistent choice on the used car market. The average private sale value is around £2,700, with typical mileage just below 60,000 miles, showing reasonable usage for a vehicle of its age. Most owners keep the car for around five years, with about two to three previous owners, suggesting it is a dependable, entry-level choice. What makes the Hyundai i10 (2011-14) stand out is its reputation for reliability and fuel efficiency in its class. It’s recognized for offering a good balance of comfort and economy, often outperforming rivals in budget-friendly city car segments. Its compact design, combined with solid features, makes it a common choice for those seeking a practical, dependable vehicle without extra frills, perfect for urban life or as a first car.

Don’t risk buying a HYUNDAI I10 (2011-14) without checking its history. Hidden issues like write-offs, outstanding finance, or mileage tampering could be costly. Enter the reg now and verify before you decide.

Search

Key Findings

The following statistics are drawn from our checks of 7,625 different vehicles, run between February 17th 2021 and April 30th 2026. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
14,227
Lookups
646
Hidden Histories
62k
Average Mileage
£2,700
Average Valuation

Model Variants