2019 Dacia Duster 1.3L Petrol · YK19 MBE

The 2019 Dacia Duster presents a stable but recently emerging maintenance trend. Its most recent MOT on 12 June 2026 at 28,560 miles resulted in a pass, yet the tester flagged three distinct advisories that were entirely absent from the previous four annual tests. Both front brake discs show wear, pitting, or scoring on their inner faces, while the nearside front tyre is worn close to the legal limit and exhibiting edge wear on the inner shoulder. These are not critical failures, but their sudden appearance after four consecutive clean tests signals a shift from a well-maintained vehicle into one where basic consumable upkeep may now be overdue. The mileage profile tells a clear story of very light use. Covering just 17,308 miles across the five-year span from June 2022 to June 2026, the vehicle averages roughly 3,460 miles per year in that period. The accumulation from 11,252 miles in June 2022 to 28,560 miles in June 2026 shows a slightly steeper climb in recent years, but the overall figure remains exceptionally low for a seven-year-old vehicle. This suggests prolonged periods of standing, which can itself cause flat-spotting on tyres and localised corrosion on brake discs when a car sits idle. The front brake disc advisories warrant particular attention. Pitting and scoring on the inner face often point to a caliper issue, such as a sticking slider pin or a binding piston, rather than simple pad wear. A buyer should inspect the front calipers for uneven pad thickness between inner and outer pads, check for seized guide pins, and assess whether the handbrake mechanism on the rear is functioning correctly, as Duster rear brakes are a common source of binding on this platform. The inner-edge tyre wear on the nearside front suggests the tracking is out of specification, likely requiring a four-wheel alignment check before the tyre reaches the 1.6mm legal minimum. Beyond the flagged items, the low mileage and recent advisories together suggest this vehicle has not been driven enough to keep its components exercised. A thorough underbody inspection for structural corrosion, particularly around the rear subframe mounting points and inner wing seams, remains advisable. The front suspension bushes and drop links should be checked for deterioration, as rubber components degrade with age regardless of mileage. The exhaust system and DPF, if fitted, deserve a cold-start assessment to confirm it reaches operating temperature efficiently under light-load conditions typical of short-journey use.