2021 KIA Xceed 3 Crdi ISG Mhev 1.6L Hybrid electric (clean) · JB02 RLB

The most recent DVSA MOT test for this 2021 Kia XCeed was conducted on 9 March 2026 and resulted in a pass with no defects or advisories recorded, which is a positive indicator of its current roadworthiness status. Looking at the broader test history, the vehicle has maintained a stable maintenance trajectory, having passed all three recorded tests without any failures. However, the 2025 test did flag three advisories relating to the front suspension and a nearside front tyre, which warrant attention even though they did not compromise the pass outcome. The absence of any advisories at the most recent test suggests that any remedial work between the two tests has been carried out, but a prospective buyer should remain mindful of the items previously highlighted and monitor them for progression. With 34,556 miles recorded over approximately five years of service, this XCeed has covered an average of roughly 6,900 miles annually, which sits comfortably within the typical usage bracket for a vehicle of its age and class. This rate of accumulation implies consistent but moderate use, suggesting that major drivetrain and suspension components should not have been subjected to excessive wear, yet the vehicle has not been left standing idle for prolonged periods either. Consistent usage tends to be beneficial for preserving component integrity, as it reduces the likelihood of seized brake calipers, deteriorated rubber seals, and flat-spotted tyres, all of which are common issues with vehicles left unused for extended intervals. The absence of any significant mileage gaps in the recorded history points to steady operation, which is reassuring from a mechanical longevity perspective. Regarding the advisories raised at the 2025 test, the front suspension arm pin or bush wear noted on both sides is a recurring concern in many compact family vehicles, and although it was deemed not excessive at the time, these components degrade progressively with continued road exposure, particularly given UK road conditions and pothole impacts. On a test drive, any deterioration in these bushes would typically present as a knocking or clonking noise from the front suspension when traversing speed bumps, uneven surfaces, or during sharp directional changes at low speed, alongside possible vagueness in steering response. A physical inspection should focus on the condition of the front anti-roll bar bushes, wishbone arms, and the securing bolts, while also checking for uneven tyre wear across the front axle, as asymmetric shoulder wear often indicates compromised suspension geometry. The nearside front tyre cut noted in 2025 should also be considered, as even superficial cuts can develop into more serious casing breaches under continued load and should be examined for any bulging or cracking. Although the current MOT record is clean, the age and mileage of this vehicle necessitate attention to several time-sensitive degradation factors. The tyres, likely originals or early replacements given the modest mileage, should be inspected for sidewall perishing and cracking, which occurs due to UV exposure and ozone degradation regardless of tread depth. The 12V battery, supporting a mild-hybrid system, should be tested for cranking performance and voltage retention, as MHEV auxiliary systems place additional cyclical load on battery health. Brake discs should be examined for any corrosion lipping or binding calipers, particularly given the relatively low annual mileage, and the brake fluid should be assumed due for renewal regardless of service book records, as hygroscopic moisture absorption renders fluid ineffective after a typical two to three year interval. Finally, confirmation of a complete main dealer or specialist service history with documented timing belt, oil, and filter intervals is strongly advised, alongside verification that any manufacturer recall work, particularly relating to the mild-hybrid electrical architecture, has been completed and recorded.