2007 Fiat Lunar 2.3L Heavy oil · RK07 AAX

A 2007 Lunar with five consecutive clean MOT passes stretching back to 2022 presents an unusually tidy roadworthiness profile for a vehicle of this age, with the most recent test on 22 May 2026 recording no defects and no advisories of any kind. The complete absence of flagged items across the entire recorded history suggests that the structural, suspension, braking, and emission-related components inspected under the MOT regime have remained within tolerance throughout the testing period. For a prospective buyer, this is a meaningful data point, as it indicates that whatever mechanical deterioration one might reasonably expect on a nearly two-decade-old chassis, whether corrosion on underside components, perished bushings, or exhaust degradation, has not yet manifested to a degree sufficient to trigger advisory or failure thresholds. The stability of this pattern, with each annual pass producing identical clean outcomes, points to consistent mechanical condition rather than the kind of borderline-passing situation where one year is clean and the next surfaces a cluster of wear-related advisories. The recorded mileage of 51,118 miles against a 2007 build date equates to roughly 2,690 miles per year averaged across the vehicle's life, which is notably low and warrants careful consideration rather than unqualified reassurance. Such restrained annual accumulation can indicate a vehicle that has seen light, occasional use, potentially including extended periods of standing between trips. Mechanically, low-mileage examples of this age often present a mixed picture: wear items such as brake discs, callipers, and suspension components may have suffered surface oxidation or seizing from underuse rather than wear, while interior trim, seals, and rubber components can degrade through lack of regular flexing. There is no mileage recorded between the 2022 and 2026 tests, suggesting either very modest use in the interim or that the vehicle may have spent appreciable time off the road between annual tests. Without gaps in the testing record, the MOT history itself cannot confirm continuous use, and this should be reconciled with the V5C logbook and service documentation before purchase. For a pre-purchase inspection, attention should be directed toward the items most likely to have deteriorated through age rather than mileage, particularly given the low annual use pattern. Inspect the brake discs closely for lipping and surface corrosion, as callipers that have sat idle can develop seized slide pins or pistons, producing uneven pad wear and pulling under braking. With the vehicle jacked, check for any play in the front suspension components, including track rod ends, wishbone bushes, and anti-roll bar drop links, as perished rubber in these areas is common on aged vehicles regardless of mileage. On the underside, examine subframe mounting points, brake and fuel lines, and suspension springs for any surface corrosion, even though nothing was flagged at test. Tyres should be checked not just for tread depth but for sidewall cracking and age-related hardening, as older tyres can lose grip even with adequate tread remaining. On a road test, listen carefully for any clonks or knocks from the front suspension over uneven surfaces, which would indicate worn bushes or top mount deterioration not yet visible at a static inspection. Apply the brakes firmly from moderate speed to check for judder, pulling to one side, or a soft pedal, all of which could indicate corroded discs, binding callipers, or aged hydraulic components. Listen for any exhaust drone, blowing sounds, or vibration under load that might point to a perished mount or weakened pipe joint, and watch for steam or drips from the cooling system once the engine is warm. Finally, confirm that the handbrake holds the vehicle positively on an incline, as rear brake mechanisms that have stood idle can seize or lose efficiency. Given the clean MOT record and modest mileage, this Lunar warrants close physical scrutiny rather than reassurance, with the expectation that age-related deterioration in consumables and rubber components may be more relevant than wear from use.