2015 Dacia Sandero 0.9L Petrol · SC65 KPE

The most recent DVSA examination on 19 December 2025 resulted in a Pass, although it was achieved only after the vehicle failed on identical items the previous day, indicating that defects were rectified just prior to the re-test rather than being longstanding latent issues. Reviewing the broader trajectory across the recorded tests, the maintenance trend appears to be one of mild deterioration rather than improvement, with a recurring theme of split constant velocity drive shaft boots, persistent front brake disc wear, rear shock absorber corrosion and tyre perishing appearing with increasing frequency. The December 2022 and December 2024 entries each presented near-side front CV boot failures, while the 2025 failure introduced a dangerous anti-roll bar bush defect alongside another CV boot issue, suggesting that the suspension and drivetrain protective rubber components are aging in line with the vehicle's calendar life. The fact that the 2022 advisory sheet was entirely clean before the CV boot defects began appearing is a clear signal that progressive wear of under-bonnet and under-body consumables has set in. The recorded mileage of 48,713 miles over approximately eleven years equates to an annual usage figure of roughly 4,428 miles, which is well below the national average and points to either a predominantly low-use commuter pattern or extended periods of standing between journeys. Such low annual mileage tends to suppress wear on internal drivetrain components but accelerates degradation of external rubber and protective items, particularly tyres, brake discs exposed to surface corrosion from infrequent use, suspension bushes that dry and crack through inactivity, and shock absorbers that can seize internally when not regularly cycled. The recurring rear shock absorber corrosion advisories and front disc pitting are highly consistent with this standing-use profile, as moisture accumulates on the braking surfaces during damp spells without the regular heat cycling needed to dry them, leading to uneven corrosion and judder under braking. Buyers should not interpret the modest odometer reading as an automatic indicator of mechanical youth, particularly given the calendar age. A prospective purchaser should conduct a careful physical inspection, beginning with the tyres and confirming that the rear cracking and perishing noted across three consecutive tests has been fully resolved with fresh rubber, as perished sidewalls are a fail item and cannot be remedied by tread depth alone. Close attention should be paid to the front brake discs by rotating them visually and feeling for a pronounced lip at the outer edge, which would confirm that the pitted surfaces have now been machined or replaced rather than simply left to deteriorate further; any brake shudder, vibration through the steering wheel or uneven retardation under moderate pedal pressure during a test drive would suggest the discs have worn beyond their skim allowance. Listen for clonks or rattles from the front suspension over speed humps and uneven surfaces, as the dangerous anti-roll bar bush defect recorded in December 2025 indicates the anti-roll bar drop links and bushes are at the end of their service life, and any looseness or knocking would confirm that the repair has not addressed the full extent of the deterioration. The under-bonnet area warrants inspection for evidence of fresh CV joint grease deposits on the inner suspension turrets or behind the front wheels, as split constant velocity boots have appeared at three consecutive MOT cycles and replacement grease alone, without renewing the joint itself, can mask early wear that may lead to complete joint failure under load. Inspect all visible suspension components, paying particular attention to the rear shock absorber bodies for advanced surface corrosion that could compromise structural integrity, and check for any oil misting on the shock bodies that would indicate internal seal failure. Given the low mileage and eleven-year calendar age, the twelve-volt battery should be load tested or have its date code verified, as batteries of this vintage commonly fail without warning and a flat cell can mask electrical faults during an MOT. Finally, verify that the timing belt or cam belt replacement interval has been observed in line with manufacturer schedule, as the Dacia Sandero typically requires replacement every six years or 72,000 miles, and either check the service book stamps or scrutinise the original maintenance documentation, while also confirming that the coolant, brake fluid and engine oil have been changed on a calendar basis rather than purely by mileage, since time-based fluid degradation is a frequent oversight on low-use vehicles of this age.