2014 Dacia Sandero 1.5L Diesel · OU14 YFV

The 2014 Dacia Sanderó presents a mixed roadworthiness picture marked by intermittent electrical and safety system failures that have largely resolved in the most recent test, yet with persistent wear indicators on critical suspension and braking components. The latest MOT on 5 January 2026 returned a passing result, indicating that the earlier serious concerns have either been addressed or cleared, but the record shows a pattern of recurring issues spanning 2023 to 2025 with three separate failed assessments requiring attention. While the vehicle has managed to achieve a clean certificate within the past year, the presence of the supplementary restraint system warning, electronic stability control alert, and non-functional horn in December 2025 signals that underlying system integrity problems persisted despite subsequent passes, and a buyer must treat the most recent pass as a snapshot rather than proof of ongoing reliability. At 39,151 miles on a twelve-year-old chassis, the vehicle's usage profile appears anomalously low compared to typical daily driven vehicles, averaging approximately 3,263 miles per year over its lifespan. This figure stands in stark contrast to the expected wear progression for a model of this age and raises questions about whether the odometer reading reflects consistent operation or extended periods of storage interspersed with brief drives. The gap between the March 2021 and March 2022 test (just fourteen months apart) is narrower than the intervals between later assessments, suggesting irregular maintenance intervals and potentially inconsistent driving patterns. Such uneven mileage accumulation can mask accelerated component degradation in high-use areas while leaving others untouched, making the visual and tactile inspection of suspension bushings, brake pads, and tyre contact patches particularly critical for identifying hidden fatigue. Two specific components demand immediate scrutiny following the recorded advisories. The front coil spring was documented as corroded on 27 March 2024, a finding that warrants checking for visible rust contamination around pivot points and assessing whether the spring mounts exhibit excessive play or binding during acceleration or deceleration. The front brake discs showed progressive wear across multiple tests—pitted or scored surfaces noted in both March 2024 and December 2025—suggesting that pad thickness may be critically reduced and that rotor surface condition requires visual confirmation of scoring or glazing that could compromise stopping performance. Additionally, the rear tyres have been repeatedly flagged as damaged or cracked across the 2023, 2024, and 2025 records, indicating potential structural weakness in the rubber compound or underlying frame stress that could lead to blowout risk under load. The SRS and ESC warning lamps appearing in December 2025 point toward sensor or wiring integrity issues that may not have manifested as active faults in the most recent test, warranting a functional check of airbag deployment circuits and stability control module calibration. For a prospective buyer, a thorough hands-on inspection of the front suspension assembly is essential given the documented coil spring corrosion; listen for creaking or clunking over bumps and verify that the spring rebounds fully without sticking. The brake system should be examined thoroughly including the condition of brake lines for leaks, the integrity of the rotors (beyond visual wear) and the response of the calipers during application, as the repeated disc wear suggests possible pad-to-rotor clearance reduction or uneven wear patterns. The horn failure from December 2025 represents an easily repaired issue but also hints at potential electrical system vulnerability that could affect other accessories. Finally, while the low mileage reduces the urgency for routine brake replacement, the persistent tyre damage across multiple years indicates that the vehicle has accumulated significant road stress in certain areas regardless of total distance travelled, so a complete tyre tread depth measurement and visual inspection for sidewall cracks will reveal whether the current tyres are safe for continued use.