2010 Land Rover Freelander 2.2L Diesel · TL10 ACH

The vehicle demonstrates a solid roadworthiness profile overall, with the most recent test on 2026-01-05 passing the 101,899-mile limit without any recorded defects. This positive result establishes a baseline of mechanical soundness for the current owner. However, the maintenance history reveals a critical inconsistency: the car failed on 2023-01-04 at 82,914 miles, indicating that the previous owner failed the test twice in a row, which suggests a lack of consistent upkeep or a lack of attention to critical components. While the first two tests were successful, the second failure implies that the vehicle was subjected to stress conditions that likely exacerbated wear on specific parts. The mileage pattern is characterized by a significant gap between the most recent test and the first failure, which may indicate that the owner skipped routine servicing or that the first test was conducted under conditions where the car was not fully ready for the subsequent test. The vehicle has not been tested in the September 2023 test at 52,000 miles, which is a crucial gap that must be addressed before the next MOT. The data suggests that the car is not running smoothly at the current mileage level, as the first failure occurred at 82,914 miles, which is lower than the 101,899 miles recorded on the most recent test. This gap between the 52,000-mile test and the 82,914-mile failure indicates that the vehicle has not been maintained at the same standard as the previous owner, leading to potential issues with the drivetrain or suspension. To ensure long-term roadworthiness, the buyer must inspect the vehicle for structural integrity and mechanical wear. The most prominent finding is the brake system, which was tested in the September 2023 test at 52,000 miles, but the car failed on 2023-01-04 at 82,914 miles. This discrepancy suggests that the brakes were not fully tested or maintained during the gap, potentially leading to binding calipers or worn brake discs. The second failure on 2023-01-04 at 82,914 miles further confirms that the vehicle has a history of mechanical stress, which could lead to premature failure of suspension components or exhaust emissions. The buyer should check for corrosion in suspension bushes and coil springs, inspect binding rear brakes, and verify that the exhaust system meets current emission standards.