2023 Jaguar Epace Rdyn SE BLK D Mhev AWD A 2.0L Diesel · YL23 HCG

Consistent electrical functionality remains the primary concern for this vehicle, as evidenced by the minor defects noted during the pass on 27 April 2026. While the vehicle successfully met roadworthiness standards, the failure of multiple light sources in both the offside and nearside rear inner stop lamps indicates a potential vulnerability in the rear lighting circuitry or the LED module housing. This is the only recorded MOT event for the vehicle, establishing a baseline of functionality that lacks a longitudinal history to determine if these lighting issues are isolated incidents or symptomatic of a recurring electrical fault within the lamp units. Accumulating 17,988 miles over a three-year period results in an average of approximately 5,996 miles per annum, which is notably lower than the typical usage profile for a modern diesel mild-hybrid SUV. This lower-than-average mileage suggests the vehicle has spent significant time stationary, which can lead to specific mechanical consequences for a vehicle equipped with a diesel particulate filter and complex AWD drivetrain. Prospective buyers should be aware that such usage patterns may not have allowed the exhaust after-treatment systems to reach optimal operating temperatures consistently, potentially leading to premature soot accumulation or sensor fouling that would not be captured during a standard MOT inspection. During your test drive, pay close attention to the rear lighting assembly to ensure the stop lamp clusters are fully operational and that no warning messages appear on the dashboard, as the previous test identified faults that may require component replacement rather than simple bulb changes. Given the AWD configuration and the low mileage, listen carefully for any driveline vibrations or differential whines when accelerating from a standstill or cornering at low speeds, as these systems rely on regular movement to maintain seal integrity and fluid circulation. Any audible clunking from the rear axle or hesitation during power delivery should be investigated as a potential symptom of limited use or underlying mechanical strain. Finally, inspect the brake discs and calipers for signs of surface oxidation or binding, which are common in vehicles that see infrequent use. While the MOT test confirms the braking system met the required efficiency standards, a physical check is necessary to ensure the pads are moving freely within their carriers and that the discs are not pitted from prolonged exposure to moisture. During the drive, perform a series of controlled stops to check for pedal pulsation or steering pull, as these would indicate uneven pad wear or seized caliper pistons, which are frequently associated with vehicles that have not been driven regularly.