2021 Volvo XC40 Inscription T5 Recharge A 1.5L Hybrid electric (clean) · KP21 LJE

A clean DVSA record across six consecutive tests is the defining feature of this Volvo XC40 T5 Recharge, with the most recent pass recorded on 26 August 2026 and no advisories, failures, or defects of any kind logged since the vehicle first appeared for testing. The absence of recurring component flags — no brake disc wear notes, no suspension bush or arm advisories, no corrosion entries, no exhaust or emissions issues — means the official MOT history presents an unblemished roadworthiness profile, which is the strongest objective evidence available regarding its test compliance. There are no recorded failures to reconcile, and no advisory trends have emerged to suggest developing wear patterns. At roughly five years old with 105,276 miles recorded, the vehicle is accumulating mileage at approximately 21,055 miles per year, which is notably high for its age and well above typical private use. This rate of accumulation places sustained load on the consumables that MOT testing does not directly cover — engine oil, transmission fluid, spark plugs, drive belts, the 12V auxiliary battery, brake pads and discs, tyres, and the PHEV-specific components such as the high-voltage battery thermal management system, charge cables, and regenerative braking hardware. The annual usage pattern shows no testing gaps and no periods of standing off-road, meaning the wear from this high mileage has been distributed continuously rather than concentrated, which reduces the risk of seized components or fluid degradation from long static periods. However, the sheer volume of accumulated miles means that even though MOT results are clean, mechanical wear on non-tested components is likely to be significantly more advanced than on a lower-mileage equivalent of the same age. Given the high annual mileage, particular attention during a pre-purchase inspection should focus on the areas that MOT testing evaluates but where early wear may not yet have crossed advisory thresholds. Brake pedal feel and response should be assessed for sponginess or excessive travel, and the vehicle should be halted from around 30 mph to detect any judder or vibration through the steering wheel that would indicate brake disc lipping. On a test drive, listen for clonks or thuds from the front suspension over speed humps and uneven road surfaces, which can indicate worn anti-roll bar bushes, control arm bush deterioration, or top mount wear — common on higher-mileage Volvos even without MOT advisories. Steering should be checked for any vagueness, pulling to one side under braking, or uneven self-centring, all of which can point to wear in the front suspension geometry. Tyres should be physically inspected for uneven shoulder wear, which may indicate alignment issues or worn suspension components. Additional scrutiny should be directed at the PHEV-specific elements that fall outside standard MOT scope but are central to the running cost and usability of this model. The high-voltage battery state of health should be verified through a diagnostic read, as significant degradation is possible at this mileage if the vehicle has been frequently rapid-charged or operated predominantly on short journeys without full charge cycles. The 12V auxiliary battery, the charging port and cable, and the regenerative braking transition points all warrant inspection. Under the bonnet, look for any oil seepage around the engine and transmission seams, inspect coolant hoses for hardening or weep marks, and check the condition of the charge port and cables for damage or discolouration. A scan-tool health check for stored fault codes across all modules is advisable to detect any intermittent issues — particularly around the hybrid system, brake-by-wire, and parking brake actuators — that would not appear on the MOT record but could influence long-term reliability and repair costs.