DS AUTOMOBILES DS3 CROSSBACK E-TENSE (2019-22)

Buyer's Guide & Data from our Checks

The DS AUTOMOBILES DS3 CROSSBACK E-TENSE (2019-22) is a compact electric SUV that offers a stylish alternative to conventional hatchbacks and small SUVs. Positioned within the premium city car segment in the UK, it is known for its modern design, thoughtful features, and electric capabilities, appealing to those looking for a fashionable yet eco-friendly vehicle. With a substantial sample size of 788 checks from mycarcheck.com and over 500 different VINs recorded, this model has gained popularity among consumers and used car buyers. Typically used for daily commutes, urban errands, and small family outings, the DS3 CROSSBACK E-TENSE suits city dwellers, young professionals, and eco-conscious drivers. Its average mileage of around 27,000 miles and a private sale value averaging £18,000 reflect its affordability and reliable performance. Its compact size and electric powertrain make it suitable for navigating busy streets, providing a smooth driving experience with low running costs. What sets the DS AUTOMOBILES DS3 CROSSBACK E-TENSE (2019-22) apart is its elegant design, impressive interior features, and eco-friendly credentials. It rivals competitors like the Mini Electric and Mazda MX-30 but stands out for its distinctive looks and a refined driving experience. Known for reliability and modern appeal, it continues to be a popular choice among drivers interested in stylish, sustainable transport options.

Don't risk buying a DS3 CROSSBACK E-TENSE without checking. Hidden finance, MOT issues, or potential theft could be costly. Enter the reg now to uncover any hidden problems before you commit.

Search

Key Findings

The following statistics are drawn from our checks of 500 different vehicles, run between February 18th 2021 and July 31st 2026. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
788
Lookups
12
Hidden Histories
35k
Average Mileage
£18,000
Average Valuation

Model Variants