2015 Honda Civic 1.6L Diesel · PF15 OEX

The vehicle maintains a roadworthy status, but the maintenance trend indicates a reactive rather than proactive approach to repairs. The most recent test in November 2025 at 101,818 miles saw the car pass only after failing on lighting issues and brake component wear. While the immediate safety failures were rectified, the recurring nature of brake-related advisories suggests that the owner only addresses mechanical issues when they threaten MOT compliance rather than performing preventative maintenance. At 101,818 miles over 11 years, the car has averaged approximately 9,256 miles per year, which aligns with typical UK usage patterns for a vehicle of this age. The data shows consistent use, with a 9,331-mile interval between the July 2024 and November 2024 tests. This steady mileage suggests the vehicle has not suffered from long periods of standing, which often leads to seal failures and corrosion, but it also means that standard wear on rubber components and suspension hardware should be expected. A buyer must conduct a close inspection of the braking system and suspension assembly. The record highlights a history of pitting and scoring on both front and rear discs, with the tester flagging the front discs as worn or scored in late 2025. This indicates potential caliper sticking or the use of low-quality friction materials that can lead to uneven pad wear. Furthermore, the nearside rear tyre was noted as worn on the edge in 2025, which often points to an alignment issue or worn suspension bushes. The front lower under tray, which was noted in late 2024, should be checked for secure mounting and physical damage, as these components often sustain impact from road debris. Given the failures regarding registration plate lamps and headlamp aim, a thorough check of all electrical circuits and bulbs is necessary to ensure no deeper wiring faults exist. The mechanical history suggests a vehicle that is functional but requires immediate attention to consumable components to ensure long-term reliability.