2015 Toyota Prius 1.8L Hybrid electric (clean) · LR15 DRZ

The Toyota Prius has maintained a clean MOT history since its most recent test on 11 February 2026, where it passed without any defects at 228,921 miles. The absence of advisories or recurring failures across all five recorded tests—spanning from August 2023 to February 2026—indicates a stable roadworthiness trend. However, the near-simultaneous pass and fail entries in February 2024 (at 197,591 and 197,592 miles respectively) suggest a potential administrative or scheduling anomaly rather than a mechanical issue, as no defects were logged. The vehicle’s hybrid drivetrain, if serviced according to Toyota’s recommended intervals, would typically require attention to high-mileage components like battery health, regenerative braking systems, and hybrid-specific fluid changes. The lack of advisories on emissions or drivetrain efficiency in recent tests is reassuring, but a professional hybrid specialist should verify the high-voltage battery’s state of charge and any historical service records for hybrid-specific maintenance. The recorded mileage of 228,921 miles over approximately 11 years—averaging around 20,800 miles annually—is unusually high for a vehicle of this age, particularly given the Prius’s reputation for longevity. The gap between tests varies, with the longest interval of 6 months between August 2023 (209,432 miles) and February 2024 (197,592 miles), though this may reflect seasonal testing patterns rather than neglect. The consistent mileage accumulation suggests regular use, which could accelerate wear on suspension bushes, coil springs, and brake calipers. Notably, the absence of any advisories on structural integrity or corrosion in recent tests is positive, but the vehicle’s underbody and wheel arches should be inspected for hidden rust, especially in the UK’s chloride-laden environments. A buyer should prioritise an in-person inspection of the suspension components, including the condition of the rear coil springs and front/rear suspension bushes, as hybrid vehicles often experience additional stress on these parts due to weight distribution. The brake system, particularly the rear calipers and discs, should be checked for uneven wear or binding, as hybrid braking systems can degrade faster than conventional ones. Tyre tread depth and lateral wear patterns are critical given the high mileage; failing twice on tyre tread in past tests would be expected, but current tyres should still have sufficient remaining life. Finally, the hybrid battery’s physical condition—looking for swelling, corrosion, or degraded cooling systems—must be assessed, as this is the most high-risk component at this mileage. A full service history for hybrid-specific maintenance (e.g., cooling fluid changes, battery diagnostics) would further clarify whether the vehicle has been properly cared for.