2021 Citroen C3 Flair + Puretech S/S 1.2L Petrol · SL09 SUM

The most recent DVSA examination on 10 November 2025 resulted in a clean pass with no advisories or defects recorded, which is a positive indicator for the prospective purchaser. Reviewing the recent history, the pattern shows intermittent issues that have been resolved: a major defect relating to the nearside inner constant velocity joint boot in February 2024 has clearly been rectified, as the subsequent tests pass cleanly without recurrence, and an earlier stop lamp failure in February 2023 similarly does not reappear. However, the vehicle has failed on two of its last five tests for what could broadly be described as maintenance-driven issues rather than fundamental structural deterioration, with the brake pedal reserve travel defect in February 2022 also potentially indicative of brake system wear or rear brake adjustment needs. The maintenance trend appears largely stable now, though the persistence of advisories for exhaust mountings, tyres, and brake hydraulic fluid across multiple tests does suggest that some areas of the vehicle may have been deferred rather than comprehensively addressed. The recorded mileage of 47,529 miles over a nine-year period equates to an annualised average of roughly 5,281 miles, which is well below the typical mileage for a vehicle of this age. Such low usage is a double-edged sword; while it implies minimal wear on major drivetrain components, internal combustion engines, turbochargers, and transmissions, it also suggests that the vehicle may have spent considerable periods standing idle. Infrequent use commonly leads to accelerated degradation of rubber components, brake corrosion, fluid separation, and electrical issues such as 12V battery deterioration. The mileage accumulation appears broadly linear without any unusually large gaps or sudden spikes in the recorded readings, suggesting consistent rather than sporadic motoring. The recurring advisories for nearside and offside rear tyre perishing across the 2023 and 2024 examinations are particularly noteworthy given the low mileage and age profile, as rubber compounds degrade through oxidation regardless of use. Sidewall cracking on tyres aged nine years or more is a serious safety consideration, and a prospective buyer should carefully inspect the DOT date codes on all four tyres, as well as the sidewalls and tread for signs of perishing, even if the tread depth remains legal. The previous CV joint boot failure on the nearside front inner drive shaft joint is a critical mechanical item; although repaired, any signs of fresh grease contamination around the boot, clicking or knocking noises on full-lock turns during a test drive, or torn CV boot material would indicate a recurrence and imminent failure of the joint itself. The persistent advisories regarding front exhaust mounting deterioration, with both welds noted as broken away at the nearside and one broken at the offside, indicate an exhaust system that is likely hanging on by friction and stress on adjacent components. During a test drive, listen for any rattling or clonking from underneath, particularly over bumps or during engine start-up, as a fully detached exhaust poses both a noise and emissions compliance risk. The advisory that the brake hydraulic reservoir was close to the minimum mark suggests attention to brake fluid level, potentially through worn brake pads or a slow fluid leak, and a prospective buyer should verify the fluid level, colour, and age, as brake fluid is hygroscopic and should be replaced regardless of mileage at intervals of around two to three years. Given the low annual mileage, additional checks should include the 12V battery state of charge and resting voltage, thorough inspection for surface corrosion on brake discs particularly at the rear where handbrake binding is common after long standing periods, condition of suspension bushes and coil springs for cracking or seizing, and verification of full service history with timing belt or chain confirmation appropriate to the engine variant, as calendar-based component degradation is just as relevant as mileage-based wear for this particular vehicle.