2017 Jaguar XE 2.0L Diesel · OY17 DPX

The 2017 Jaguar XE demonstrates a pattern of intermittent compliance issues rather than sustained mechanical reliability, with three distinct MOT failures recorded between 2021 and 2023 followed by successive passing results. A major engine MIL was identified during the 2023-03-06 test, accompanied by persistent brake-related advisories including worn nearside front disc, worn offside front disc, and thin offside front brake pads, along with rear brake pad thinning and a rear tyre damage advisory. The vehicle subsequently returned to passing status in early 2024 and maintained that status through the 2025-01-06 examination, suggesting that corrective actions addressed the earlier deficiencies. The chronological sequence of failures and recoveries creates a nuanced picture of a car that has experienced mechanical setbacks but is now meeting regulatory standards. The odometer reading of 106,821 miles on a nine-year-old vehicle translates to approximately 11,870 miles per annum, which aligns with the expected consumption rate for a model of this age and reflects typical usage patterns for its generation. There is no evidence of unusually rapid mileage acceleration or extended periods of idling between tests, although the absence of a MOT between 2021-03-02 and 2023-03-06 represents a six-month interval during which the vehicle remained on the road without a formal roadworthiness verification. The steady progression from the 2020-03-06 clean test through the 2021-03-02 failures back to the 2025-01-06 pass indicates that the vehicle accumulated its mileage gradually without catastrophic degradation, though the presence of prior failures does not preclude normal wear under continued operation. The brake system emerges as the most recurrent concern throughout the documented history, with both front and rear assemblies generating advisories across multiple test cycles. The front nearside disc was noted as worn and scored in 2023-03-06, and the same side showed similar deterioration in the initial 2023 failure, while the offside front disc carried identical wear descriptors during the subsequent pass. Additionally, rear brake pads required replacement due to thinning in both 2021-03-02 and 2023-03-06 reports, and a rear tyre exhibited cracking or premature wear that persisted into the 2023-03-06 assessment. On a test drive, buyers should listen for any knocking or grinding sounds over bumps, particularly when approaching corners, and feel for any softness or spongy quality in the brake pedal response, especially when applying pressure during hard stops. Persistent vibrations through the steering wheel or chassis following braking could indicate deeper caliper or rotor issues that were not captured by the standard MOT checklist. The 2023-03-06 engine MIL represents a new failure mode absent from earlier records and warrants particular scrutiny, as motor management unit faults can manifest as intermittent loss of power, rough idle, or diagnostic trouble codes that may not always trigger an immediate MOT failure. Given the lack of any engine-specific advisories since that 2023 event up to the 2025-01-06 passing result, the powertrain appears to have stabilised, but a pre-purchase inspection should still verify the condition of the engine block and associated cooling systems. Beyond the brake and engine concerns, the consistent rear tyre damage observation from 2021-03-02 onward suggests that suspension wear on the rear axle may require periodic attention, and a thorough visual inspection of the subframe and suspension linkages is advisable to rule out emerging rust or fatigue issues that could compromise handling or safety. Buyers should prioritise a hands-on evaluation of the brake components, a full scan for any hidden engine codes, and a walk-around inspection focusing on rust coverage around the wheel arches and subframe connections.