2018 Jaguar XF 2.0L Diesel · DB16 AFL

The latest MOT on 2 July 2026 records a failure at 44 563 miles for a missing off‑side rear fuel‑cap sealing device, ineffective off‑side and near‑side windscreen wipers, and the already noted thin front brake pads and pitted front brake disc. The same date also shows a pass for the overall vehicle, indicating the core mechanical condition meets the minimum standards but the minor safety items prevent legal road use until remedied. Recurring brake‑wear advisories from 30 June 2026 and earlier, combined with repeated wiper deficiencies in 2022 and 2026, suggest a maintenance trend that is stable in major systems but deteriorating in consumable components. Across eight years the odometer has risen from 5 028 miles in June 2021 to 44 563 miles in July 2026, averaging roughly 5 500 miles per year. The mileage increments are regular – 5 028 → 5 395 → 12 251 → 17 481 → 25 466 → 32 663 → 44 411 → 44 563 – with no abrupt spikes that would indicate heavy short‑term use. This low‑average mileage points to light duty, which aligns with the relatively modest wear on major components, though it also means that any neglected consumables may have been left unchanged for longer periods. A prospective buyer should verify that the front brake pads are replaced and the discs are resurfaced or swapped, as the persistent thin‑pad and scored‑disc warnings indicate imminent service. The missing rear fuel‑cap sealing device must be fitted to restore the fuel system’s integrity and avoid emissions‑related penalties. Both windscreen wipers should be tested for proper clearance and blade condition; replacement is inexpensive but essential for visibility. The rear tyre cut noted on 30 June 2026 warrants a close inspection for side‑wall damage, and the tyre wear approaching legal limits in 2024 suggests the current set may soon need renewal. Finally, the oil leak flagged in July 2024 and the under‑tray fitting recorded in June 2025 deserve visual checks for any developing corrosion or fluid ingress that could affect structural integrity. Addressing these items will bring the vehicle back to a fully road‑worthy state.