2016 Toyota Prius 1.8L Hybrid electric (clean) · DX66 EBA

The vehicle’s most recent MOT test on 1 August 2025 at 88,841 miles resulted in a clean pass with no defects recorded, indicating a positive immediate roadworthiness status. However, the overall maintenance trend reveals a concerning pattern of rapid mileage accumulation rather than gradual wear. The two prior tests in 2024 show both passed, but the mileage jumped from 53,145 miles in May 2024 to 88,841 miles in August 2025, representing an increase of approximately 35,000 miles in just 15 months. This acceleration far exceeds the expected annual average of around 8,884 miles for a ten-year-old vehicle and suggests either extensive use or potential inaccuracies in mileage recording. The mileage trajectory is notably inconsistent with typical usage patterns for a 2016 model. Between the May 2024 and August 2025 tests, the odometer reading surged by 35,696 miles, averaging roughly 28,000 miles per year during that period. This spike is unusual and warrants scrutiny, particularly given that the vehicle’s age and recorded history do not support such high utilization. The MOT records themselves are sparse, with only three entries spanning two years, and the two 2024 tests were conducted just two months apart at nearly identical mileages before the dramatic increase. This irregularity suggests either limited prior MOT activity or a possible gap in documentation. Prospective buyers should conduct a thorough in-person inspection focusing on components under significant stress from high mileage. Given the rapid mileage accumulation, attention should be paid to brake disc thickness and caliper function, particularly as binding or uneven wear may not yet manifest in MOT failures. Suspension components such as coil springs, shock absorbers, and bushings require evaluation for fatigue or excessive wear. The hybrid battery and associated cooling system should be assessed for degradation, common in high-mileage Prius models. Additionally, inspect the undercarriage and wheel arches for signs of corrosion, particularly around the sills and rear subframe, as prolonged high-speed driving can accelerate structural deterioration. A comprehensive service history and diagnostic scan for hybrid system faults would provide further clarity on the vehicle’s mechanical condition.