2023 Citroen Relay 35HVYL4H2EPRSE ED Bhdiss 2.2L Diesel · LP23 WUU

With only a single MOT test on file from 16 June 2026 where it passed without any advisories or defects recorded, the mechanical picture presented by the DVSA history is essentially a blank slate, which is normal for a vehicle of this age reaching its first compulsory test. The absence of recorded defects at this stage means there is no documented pattern of wear, corrosion, or component deterioration to raise immediate concerns, but equally there is no multi-year trend to demonstrate sustained roadworthiness across varying mileage thresholds. For a prospective buyer, this single clean pass provides baseline reassurance rather than proven long-term durability, and the true condition of braking, suspension, and underbody components will only become evident in subsequent tests. At three years old with 43,077 miles recorded, this Relay is accumulating approximately 14,359 miles annually, which is a notably high usage rate for a large panel van of this age. Light commercial vehicles in this class often cover substantial mileage due to their working role, but the current rate sits in heavy-duty territory and will accelerate wear on consumable braking components, clutches, drivetrain mountings, and suspension bushes and springs. The gap between first registration and the first recorded test suggests the vehicle was either newly delivered and worked intensively before reaching the three-year MOT threshold, or that earlier tests were not captured in the DVSA record. With annual mileage at this level, brake discs, pads, tyres, and front suspension components such as wishbones, anti-roll bar links, and drop links are likely to be approaching or past mid-life wear thresholds even though no defects were flagged. On a physical inspection, particular attention should be paid to the braking system given the high annual mileage, specifically checking for binding calipers which often manifest as hot wheels after driving or uneven pad wear visible through the wheel spokes, and for worn front discs which typically present as a vibrating brake pedal or steering wheel judder under firm deceleration. The front suspension should be assessed for perished or split bushes in the wishbones and anti-roll bar mountings, with symptoms including clonking noises over speed humps, vague steering response, or uneven tyre wear particularly on the inner or outer shoulders. Steering components including track rod ends should be checked for play by rocking the front wheels with the vehicle raised, as excessive movement here would indicate wear consistent with high-mileage commercial use. Given the working van profile and elevated mileage accumulation, a thorough underbody examination is essential even though no corrosion advisories were recorded at the recent test. Particular focus should be given to the subframe mountings, suspension spring seats, and brake line corrosion along the chassis rails, as commercial vehicles operating in coastal regions or on winter-treated roads can develop structural rust well before advisory thresholds are hit. A raised inspection to check for oil seepage from the engine and gearbox sumps, condition of the driveshaft gaiters, and any evidence of fluid staining around steering rack and suspension joints is strongly advisable. Test driving should include driving over uneven surfaces at low speed to detect suspension knocks, performing an emergency stop from around 40 mph to check for straight-line stability and brake pull, and listening for any drivetrain whine or clonking that could indicate worn components accelerated by the high annual mileage.