2014 Bentley Continental 4.0L Petrol · L27 NCY

This 2014 Bentley Continental demonstrates an exceptionally clean roadworthiness profile with a stable maintenance trend, anchored by a clear pass on 2025-07-04 at a low recorded mileage. The testing sequence shows a brief administrative hurdle in July 2025 where an initial failure preceded a successful pass on the exact same date, which typically indicates a minor rectifiable administrative or equipment item rather than deep mechanical neglect since zero defects were officially logged on either certificate. Earlier tests on 2025-04-07, 2024-04-08, and 2023-03-23 all resulted in unblemished passes with zero advisories recorded, highlighting a history free from chronic mechanical decay. The vehicle has covered a total of 25,233 miles over its twelve-year lifespan, averaging approximately 2,103 miles per year. This exceptionally low annual mileage indicates light leisure usage or extended periods of storage in a garage environment. The chronological mileage progression shows steady, minimal increments between successive spring tests, proving the car is driven sparingly rather than left to stand entirely dormant for years at a time. Low mileage protects core structural integrity and high-value drivetrain components from heavy abrasive wear, though it places a different set of demands on rubber components and fluid degradation. Prospective buyers must inspect heavy stationary wear items during an in-person viewing, specifically checking pneumatic suspension air struts, hydraulic fluid lines, and brake discs for surface corrosion caused by infrequent use. Heavy luxury grand tourers rely heavily on complex active anti-roll systems and high-capacity braking setups, meaning rubber bushings and flexible brake hoses require thorough physical examination for Perishing despite the spotless MOT history. Verifying the health of the high-capacity battery and confirming smooth operation of the multi-valve engine under operating temperature will ensure the low mileage has preserved mechanical reliability.