2019 Hyundai I10 1.0L Petrol · SL69 USP

A consistently clean DVSA roadworthiness record establishes the mechanical credibility of this Hyundai i10 heading into its eighth year. Across four consecutive MOT tests from November 2022 through October 2025, the vehicle has passed every examination with no advisories, defects, or component failures recorded. This unbroken run of defect-free tests is the kind of track record that materially strengthens buyer confidence, particularly on a small city car where corrosion, brake wear, and suspension deterioration are common flags as vehicles pass the seven-year mark. The latest pass on 30 October 2025 confirms the car remained within test parameters right up to its most recent assessment, and the absence of even minor advisories across this stretch suggests none of the wear items typically monitored by DVSA testers — tyres, brakes, suspension components, exhaust integrity, or structural corrosion — had reached a reportable threshold at any point. Against an age of roughly seven years, the 22,715 recorded miles equates to an annual accumulation of approximately 3,245 miles, which is notably low for the segment and well short of average private-car usage. This usage profile carries two distinct mechanical implications. On the positive side, the engine, gearbox, clutch, and braking surfaces have endured substantially less friction wear than would be expected on a typical i10 of this vintage, and the underbody has been exposed to far less water and road salt spray than a higher-mileage counterpart. However, light use over a sustained period introduces its own considerations: components such as brake discs can develop light surface corrosion from infrequent use, suspension bushes can stiffen or dry out through lack of regular articulation, and rubber components including drive belts, coolant hoses, and tyres can degrade through age rather than mileage. The MOT record itself does not flag any such deterioration, but a prospective buyer should be mindful that age-related material fatigue is not always visible at the time of test. Given the absence of any specific advisories in the MOT history, the test drive should function as a targeted search for age-related deterioration that routine testing may not have caught. Listen carefully for any clonks or knocking from the front suspension over speed humps and uneven road surfaces, paying particular attention to the anti-roll bar bushes, wishbone bushes, and top mounts — common wear points on i10s of this generation. Check for any binding or uneven pulling when applying the brakes at low speed, which can indicate corroded brake disc surfaces or a seized caliper slider, and feel for vibration through the brake pedal or steering wheel under light to moderate braking. Inspect the tyres closely for any signs of sidewall cracking or perishing, as age rather than tread depth is often the limiting factor on low-mileage cars. The interior and mechanical ancillaries warrant equally close scrutiny during the physical inspection. With the engine running from cold, check the exhaust for any excess smoke — white smoke that clears after a minute may indicate condensation from short journeys, but persistent blueing would point to oil consumption consistent with infrequent use. Verify that the air conditioning system produces cold output promptly, as refrigerant seals and the compressor clutch can seize from lack of use on low-mileage vehicles. Examine the coolant reservoir for any signs of staining or discolouration around the cap, suggesting a worn expansion tank seal, and inspect the underbonnet for any oil residue on the engine cover or around the cam cover gasket. Finally, confirm that the 12V battery holds voltage under load, since prolonged standing periods — even if not multi-year lay-ups — can allow partial discharge cycles that shorten service life. The clean MOT history is a strong endorsement, but a thorough physical check will confirm whether the light usage has preserved the car genuinely, or simply deferred the onset of normal wear.