2014 Jeep Cherokee 3.0L Diesel · LD63 YZC

The vehicle passed its most recent MOT on 27 January 2026 at 89,734 miles, maintaining a baseline of roadworthiness despite a pattern of deferred consumable maintenance. The trend shows a stable but concerning reliance on passing tests with late-stage advisories rather than proactive replacement. The latest inspection flagged thin rear brake pads and both rear tyres worn close to the legal limit or on the edge. This indicates the previous owner allowed components to degrade to the minimum acceptable threshold before presenting the vehicle for testing. The recorded mileage of 89,734 miles over roughly twelve years averages 7,478 miles annually, which aligns with typical light-to-moderate usage for a vehicle of this age. The progression between tests is consistent and logical. The car covered 3,807 miles between January 2023 and January 2024, then 6,107 miles by January 2025, and 4,555 miles by the January 2026 test. There are no suspicious mileage rollbacks or extended periods of inactivity that would suggest seized components from long-term storage. The steady accumulation points to regular, albeit basic, daily use. A prospective buyer must closely inspect the front suspension and braking assemblies due to recurring historical faults. Between 2023 and 2025, testers repeatedly flagged severely deteriorated or failed dust covers on the upper front suspension ball joints and Macpherson struts. While the vehicle passed in February 2025 without this specific advisory, the underlying joints remain vulnerable to accelerated wear from dirt ingress. You should physically check for play in the front suspension arms and listen for clunking over uneven surfaces. The braking system also demands scrutiny. The January 2025 failure cited a pitted and scored offside front inner brake disc, which was recorded merely as an advisory during the passing test just days later. This sequence suggests a minimal repair or a marginal tester interpretation. Combined with the current thin rear brake pads, the entire braking circuit requires a thorough measurement of disc thickness and pad material depth to ensure adequate stopping power.