2023 Dacia Duster Journey TCE 4X2 1.3L Petrol · YY23 EVV

The most recent official DVSA MOT test for this 2023 Dacia Duster Journey TCe 4X2 was conducted on 26 February 2026 and resulted in a pass, with no defects or advisories recorded against the vehicle. While the history file is limited to this single entry, the absence of any recorded advisories, minor defects, or failures provides a clean baseline from which to evaluate ongoing condition. A pass with no advisories suggests that, at the time of test, the vehicle met all roadworthiness criteria relating to lights, braking system, steering and suspension, tyres, exhaust emissions, and structural integrity. Given that no earlier MOT tests appear on the record (consistent with the vehicle not yet reaching the three-year threshold until late 2025 or early 2026), the maintenance picture can only be described as stable rather than demonstrating a long-term trend, and a prospective buyer should not infer a positive service history from the MOT document alone. Recorded mileage stands at 13,457 miles over an approximate three-year period, yielding an annual usage rate of roughly 4,486 miles, which is notably below the national average for a vehicle of this type and considerably lower than typical fleet or commuter mileage. This low annual accumulation suggests one of two usage patterns: either predominantly short, infrequent journeys or extended periods of standing between uses. Both patterns carry distinct mechanical implications. Short trips particularly those involving cold starts and infrequent operation can prevent the engine, turbocharger, and exhaust system from reaching full operating temperature, leading to oil dilution, moisture accumulation within the engine and exhaust, and accelerated degradation of the 12V battery due to repeated shallow discharge cycles. Conversely, prolonged standing can promote brake disc corrosion, sticking or binding brake calipers, tyre flat-spotting, and deterioration of rubber components through lack of use. Given the clean MOT record and the low-mileage profile, a prospective buyer should prioritise several age- and usage-related inspection points rather than relying on the MOT pass alone. Tyres should be examined closely for sidewall perishing and cracking, as rubber compounds deteriorate with calendar age regardless of tread depth, and a three-year-old tyre on a low-mileage vehicle can still exhibit significant ozone and UV degradation. The braking system warrants particular attention: although discs and pads may show minimal wear, surface corrosion and seized caliper guide pins are common after extended standing, and any juddering, pulling to one side, or resistance when setting off should be investigated. A thorough test drive should include an assessment of brake feel and response, as well as listening for any suspension knocks over uneven surfaces, which could indicate perished or hardened bushes that have degraded from age rather than mileage. Finally, attention should turn to time-based servicing items that do not correlate directly with odometer readings. Engine oil and filter changes, even at low mileage, should follow manufacturer schedules tied partly to calendar intervals, typically annually or every twelve months, and verification of service book stamps or digital service records is essential. The brake fluid should be checked for age-related moisture absorption, as hygroscopic fluid degrades regardless of mileage and is generally recommended for renewal every two to three years. Coolant condition, air filter element, spark plug condition on this turbocharged TCe unit, and cabin filter state all warrant inspection, alongside a 12V battery health test using a proper load tester, as low-use vehicles frequently suffer from premature battery failure. A compression test or diagnostic scan for any stored fault codes relating to the turbocharger, fuelling, or emissions system would also be prudent, ensuring that the low recorded mileage reflects genuine gentle use rather than an underlying mechanical issue that has curtailed driving.