2016 JAGUAR XE2.0L PETROL

The vehicle holds a current MOT certificate valid until September 2026, reflecting a resolved maintenance trajectory following three consecutive years of identical front brake disc advisories. In the September 2025 test at 74,149 miles, the examiner recorded zero defects, indicating the owner addressed the recurring scoring and pitting noted on both nearside and offside discs from 2022 through 2024. This pattern demonstrates a stabilising mechanical profile rather than progressive deterioration. The car presents as roadworthy for immediate use, provided the documented brake work was completed with manufacturer spec components and proper bedding procedures. Mileage accumulation aligns with standard usage for a ten year old saloon. The odometer reads 74,149 miles against a nine month interval since the last test, projecting an annual rate of approximately 9,800 miles over this final period, which sits comfortably within expected parameters for a premium executive vehicle. Testing has remained strictly annual without skipped years or erratic jumps between records. The consistent examination cycle confirms regular servicing compliance, while the absence of structural warnings or major defect codes across five consecutive reports suggests the chassis and primary drivetrain have avoided severe neglect. Prospective buyers should verify the actual condition of the front braking assembly before committing. The repeated advisories regarding worn, pitted, or scored discs typically stem from moisture exposure during infrequent use or aggressive pad compounds accelerating rotor wear. A physical inspection must confirm new disc thickness measurements, check for uneven pad transfer marks, and validate that caliper guide pins move freely without binding. Examine the lower suspension arms for cracked rubber bushes and inspect the coil springs for stress fractures near the top mounts. Verify exhaust hanger integrity and look for soot trails around joint flanges, as these areas commonly degrade alongside high mileage thermal cycling.