2024 Dacia Duster Extreme LPG TCE 4X2 Gas bi-fuel · MH73 BCV

The defining mechanical story of this 2024 Dacia Duster Extreme LPG TCe 4x2 is, by necessity, incomplete: the vehicle has no recorded DVSA MOT test history on file, which is the only officially documented evidence of roadworthiness available to a prospective buyer. As a 2024 registration, it is now two years old and would ordinarily be expected to have completed at least one MOT test, given that vehicles in the United Kingdom become subject to mandatory MOT testing once they reach three years of age. The complete absence of any test outcome, advisory, or failure record therefore means there is no independently verified data on brake condition, suspension wear, exhaust integrity, tyre condition, or structural corrosion to draw upon. While the lack of failures is not a negative signal in itself, it offers no positive reassurance either, and any judgement on the mechanical state of the vehicle rests entirely on a physical inspection rather than on historical evidence. The recorded mileage is listed as unknown, and there is insufficient data to calculate an annual accumulation rate or to identify any testing gaps, periods of inactivity, or unusual usage patterns. A Duster of this age could plausibly have covered anywhere between a few thousand miles as a second or low-use household car and a significantly higher figure if used for regular commuting or as a commercial-style workhorse. Given that the LPG variant is frequently chosen by higher-mileage drivers seeking lower running costs, the absence of mileage data is a particular concern: LPG system components, including the tank, vaporiser, injectors, and associated piping, are wear items that benefit from being evaluated in the context of known usage. A buyer should therefore treat the unrecorded mileage as a key unknown and seek evidence such as service invoices, the in-car odometer reading, and any accompanying documentation to reconstruct the vehicle's working life. Given the absence of MOT advisories to reference, the inspection priorities for this vehicle must be derived from the known design characteristics of the Duster platform and the specific features of the LPG TCe derivative. The test drive should focus on the suspension, particularly the front MacPherson struts, rear torsion beam, and anti-roll bar bushes, as these are typical wear points on Dusters and tend to deteriorate with age and mileage; any knocking or clonking over uneven surfaces, vague steering, or inconsistent damping on a fast A-road bend would warrant closer examination. The braking system should be assessed for pedal feel, pulling under heavy application, and any grinding or vibration that might indicate worn discs or pads, while the underside of the vehicle should be inspected for corrosion on the rear axle, subframe mounting points, and brake pipes, all of which are areas where Dacia products have historically attracted MOT advisories as they age. The LPG system itself requires specific checks, including the condition and certification of the tank, the integrity of the filler and supply lines, the operation of the changeover switch, and any signs of gas odour or leaks around the engine bay. Additional attention should be paid to the engine and transmission, particularly the 1.3-litre TCe turbocharged petrol unit which, in earlier applications across the Renault-Nissan alliance, has been associated with oil consumption issues and turbocharger wear under high-mileage or short-journey use. On a test drive, the engine should be allowed to reach full operating temperature from cold, during which any misfires, rough idle, unusual noises from the timing chain area, or excessive smoke from the exhaust should be noted. The manual gearbox should be checked for smooth engagement across all ratios, and the clutch for any slip, judder, or noise on take-up. Beyond mechanical components, a thorough inspection should include a scan for any illuminated warning lights on the dashboard, verification that the LPG and petrol systems switch over cleanly, and a check of the vehicle's general body and underside condition for evidence of accident repair or corrosion that, in the absence of MOT data, would otherwise have been recorded in its roadworthiness history.