1984 Citroen Lomax 0.6L Petrol · A78 JEM

The 1984 Citroen Lomax presents a stable and highly favourable maintenance trend, demonstrating consistent roadworthiness across its recorded history. The most recent MOT test on 11 September 2023 at 7,080 miles passed without a single defect, mirroring the clean bills of health recorded in the preceding two years. This unblemished record indicates a vehicle that has been kept in sound mechanical order, with no recurring faults or escalating wear issues requiring remedial action. The mileage pattern confirms exceptionally light use, accumulating just 169 miles per year on average over its 42-year lifespan. Between the 20 July 2021 test at 6,883 miles and the 14 July 2022 test at 6,930 miles, the Lomax covered a mere 47 miles, followed by 150 miles over the subsequent fourteen months leading to the 2023 test. Such minimal accumulation suggests the vehicle has spent significant periods stationary, a factor that carries its own distinct mechanical implications despite the low wear on consumables. Despite the flawless MOT record, a prospective buyer must inspect the vehicle closely for age-related deterioration rather than mileage-induced wear. Prolonged periods of inactivity typically cause rubber suspension bushes, tyres, and seals to perish and crack, potentially leading to dangerous structural failures or fluid leaks that a stationary test might not reveal. The braking system requires careful scrutiny for corrosion on discs and binding calipers, a common ailment on vehicles that sit unused. Structural integrity demands particular attention on a 1984 vehicle. Inspect the chassis, sills, and floor pan thoroughly for corrosion, as even low-mileage classics can suffer from rust caused by moisture accumulation during storage. Verify the condition of the exhaust system and check for perished hoses and degraded wiring insulation. While the maintenance history is exemplary, the true condition of this Lomax will depend entirely on how well it has weathered the passage of time while stationary.