JAGUAR XK2014 · 5.0L PETROL

The 2014 Jaguar XK currently holds a valid MOT certificate issued on 14 May 2026, confirming it meets the minimum legal roadworthiness standards at the time of testing. The maintenance trajectory shows a clear worsening trend regarding rubber consumables, specifically the tyre condition. The most recent examination flagged all three tested tyres as worn close to the legal limit, with the offside front unit exhibiting perished rubber and edge wear. Four months earlier, the January 2026 inspection already noted the rear pair approaching the tread limit. This rapid deterioration from a completely clean record in early 2025 indicates the vehicle has been driven on ageing rubber without timely replacement. The absence of mechanical or structural advisories across the entire history suggests the chassis and running gear remain fundamentally sound, but the tyre neglect requires immediate attention before further use. The recorded mileage of 31,489 miles aligns with exceptionally low annual usage for a twelve year old grand tourer. The odometer readings progress steadily, moving from 26,087 miles in December 2022 to 27,875 miles in January 2024, then to 29,340 miles in January 2025. A sharper increase of 1,603 miles occurred between the January 2025 and January 2026 tests, followed by a further 546 miles by May 2026. This pattern confirms the car has seen consistent but light operation, with no suspicious gaps or sudden spikes that would suggest prolonged storage or commercial abuse. Low annual mileage typically preserves engine internals and transmission components, yet it frequently accelerates the ageing of stationary rubber and suspension bushes. The vehicle has clearly spent extended periods parked rather than covering motorway distances, which explains the perished sidewalls and edge wear noted by the testing station. Prospective buyers must verify the condition of the complete suspension and braking assemblies before committing to purchase. The Jaguar XK utilizes heavy coil springs and complex multi link geometry that suffer when left static for long periods. Inspect the lower control arm bushes and rear subframe mountings for dry rot or cracking, as the recorded tyre perishing points to an environment that degrades elastomeric components. Check the brake discs for heavy surface corrosion and ensure the caliper slide pins move freely. Binding calipers often develop on lightly used performance cars and will quickly destroy new tyres through uneven pad wear. Examine the exhaust system for moisture induced perforation around the rear silencer boxes. The MOT history confirms the structural integrity remains intact, but a thorough visual and dynamic check of the steering rack boots, driveshaft gaiters, and coolant hoses will confirm whether the previous owner addressed age related deterioration alongside the obvious tyre replacements.