2016 Dacia Logan 1.5L Diesel · HJ66 MFP

The 2016 Dacia Logan presents a highly stable and improving maintenance trajectory, culminating in a completely clean pass on 16 March 2026 at 76,691 miles with zero defects recorded. This flawless recent result indicates the vehicle currently meets all required safety and emissions standards without requiring any remedial work. The absence of advisories or failures in the latest test suggests attentive ownership and proper mechanical upkeep right up to the present day. Mileage accumulation aligns perfectly with typical usage for a ten-year-old vehicle, averaging roughly 7,669 miles annually. The intervals between tests show consistent driving patterns: 8,270 miles were covered between the October 2022 test at 53,955 miles and the October 2023 test at 62,225 miles, followed by 7,113 miles over the subsequent seventeen months leading to the February 2025 test at 69,338 miles. The current recorded mileage of 76,691 miles represents just over 7,300 miles of use in the sixteen months since the last test. A minor anomaly exists in the 2025 record where a failure is logged on 17 February at 69,338 miles with no defects listed, likely indicating an aborted test or administrative error, though it was rectified with an identical clean pass on the same date. Despite the pristine MOT record, a physical inspection remains essential for a vehicle of this age and mileage. Buyers should closely examine the structural integrity of the underbody and suspension mounting points, as Dacia Logans of this era are susceptible to corrosion, particularly around the subframes and inner wheel arches. While no brake or suspension defects have appeared in the testing history, the typical wear items like coil springs, shock absorber bushes, and brake disc thickness require a hands-on assessment to verify their remaining service life. Tyre condition and tread depth also warrant a visual check, as uneven wear could hint at subtle tracking or suspension geometry issues not severe enough to trigger an MOT failure.