2010 Toyota Prius 1.8L Hybrid electric (clean) · GJ60 AEA

The Toyota Prius in question presents a stable roadworthiness record over the past two years, with the most recent MOT tests in April 2026 showing no defects on either the pass or fail attempt. This consistency suggests the vehicle has undergone no major mechanical failures or structural issues during this period, though the back-to-back retest—one passing, one failing without recorded faults—raises minor procedural curiosity. The absence of advisories or defects across five consecutive tests since March 2023 indicates that routine maintenance has likely been addressed promptly, assuming the failures were administrative rather than technical. For a vehicle of this age and mileage, this level of compliance is uncommon and implies either meticulous upkeep or a history of passing with minimal wear-and-tear exposure. The mileage accumulation is aggressive for a 16-year-old vehicle, averaging roughly 12,995 miles annually, which is well above the UK fleet average for its class. Between March 2023 (168,450 miles) and April 2026 (207,916 miles), the Prius covered nearly 40,000 miles in just three years—a rate that would accelerate wear on suspension bushes, brake pads, and drivetrain seals. The rapid mileage gain also suggests the vehicle has been in consistent use, rather than sitting idle or undergoing long periods of disuse. Given the lack of recorded defects, it’s possible the owner has either been proactive with servicing or the Prius has inherently low inherent failure rates in these areas. However, the high mileage does warrant closer scrutiny of components typically prone to fatigue, such as coil springs, ball joints, and brake hardware. For a prospective buyer, the primary focus should be on the suspension and braking systems, given the elevated mileage. While the MOT history shows no failures, binding calipers, worn suspension bushes, or degraded coil springs could still be present and may not always trigger a test failure. The hybrid drivetrain’s regenerative braking system can mask traditional brake wear, so a thorough inspection of disc thickness, pad condition, and brake fluid condition is essential. Structural integrity should also be checked, particularly around the subframe and rear trailing arms, where corrosion or fatigue cracks might develop over time despite the clean MOT record. Tyre condition and tread depth should be verified, as the absence of advisories in past tests does not guarantee they’ve been replaced regularly. Finally, the battery and electrical systems—critical in a hybrid—should be assessed for signs of age-related degradation, even if the MOT has not flagged any issues.