2013 VOLVO C702.0L Diesel

The vehicle presents a stable roadworthiness profile with a clean current record following a period of concern. The most recent test in February 2026 at 65,649 miles resulted in no defects, indicating that the mechanical issues identified in previous years have been addressed. This follows two years of clean passes in 2024 and 2025, suggesting the car is currently maintained to a good standard regarding its immediate safety requirements. The mileage pattern is notably low for a 13-year-old vehicle, averaging approximately 5,050 miles per year. Data shows consistent but infrequent usage, for example, covering only 1,850 miles between February 2025 and February 2026, and 1,413 miles in the year prior to that. While this low mileage reduces general wear on the drivetrain, it often increases the risk of age-related degradation in rubber and metal, evidenced by the history of perished tyres and rubber-related failures. A buyer should focus their physical inspection on the structural integrity and suspension components. In the 2023 test at 60,388 miles, the tester flagged corrosion on the front subframe mounting area and damage to the rear subframe mounting. While these were not considered excessive at the time, corrosion on Volvo chassis requires close monitoring to ensure it does not progress into structural failure. Additionally, the front suspension arm bush wear noted in that same year should be checked for play to ensure the issue has not returned since the repair. The braking and tyre history shows a pattern of reactive rather than proactive maintenance. Between 2019 and 2022, the record frequently flagged thin pads, scored discs, and multiple tyre failures. The failure in February 2022 due to a fractured nearside rear coil spring is a significant event. Given the low annual mileage, one must specifically inspect the sidewalls for cracking or perishing, as tyres often age faster than they wear when driven infrequently. The current lack of defects in the last three tests suggests the vehicle is currently in a sound mechanical state.