2009 Toyota Prius 1.8L Other · LC59 LSY

A recurring pattern of tyre degradation and perishing is the primary mechanical takeaway from this vehicle's recent MOT history. While the car passed its most recent test on 07 July 2026, the record shows a consistent trend of advisories regarding damaged or cracking tyres, specifically noted on the offside front in 2026 and the offside rear in 2024 and 2022. This indicates that while the vehicle maintains a consistent pass rate without major structural or mechanical failures, the rubber components are showing signs of age-related deterioration rather than wear from high mileage. The recorded mileage of 49,337 miles over a seventeen-year period represents an exceptionally low annual average of approximately 2,902 miles. This usage profile suggests the vehicle has spent significant periods stationary or has been used only for very short, infrequent trips. Mechanically, such low usage often results in components like tyres and rubber seals perishing due to lack of movement and exposure to the elements, which aligns with the specific advisories documented in the DVSA history. During a test drive, specific attention should be paid to the condition of all tyres, not just those flagged in the MOT. Given the history of cracking and perishing, inspect the sidewalls and tread grooves of all four tyres for any signs of dry rot or deep cracks. You should also listen for uneven road noise or vibrations that might indicate the tyres are becoming unevenly worn or have developed flat spots from long periods of sitting idle. Beyond the tyres, the lack of recorded defects in areas like braking systems, suspension, or exhaust emissions over the last several years suggests these systems have not faced heavy mechanical stress. However, because the low mileage profile can sometimes mask the hardening of various rubber bushes or seals, a thorough inspection of the suspension for any knocks or knocks over bumps is advisable. Check that the steering feels precise and that there is no pulling to one side, which would ensure that the low-mileage usage has not resulted in uneven component wear or alignment issues.