2004 Toyota Corolla 1.4L Petrol · FV54 NFJ

The 2004 Toyota Corolla presents a stable and well-maintained roadworthiness profile, culminating in a clean pass at its most recent MOT on 19 February 2026 at 103,583 miles. The maintenance trend is clearly improving. Where the 2025 test flagged four separate advisories, the 2026 test reduced that to just two minor tyre condition notes, indicating the previous owner addressed the worn front brake pads, pitted discs, and damaged front tyre in the intervening twelve months. This is a positive pattern of active repair rather than neglect. The mileage accumulation tells a story of consistent, low-intensity use. Between the February 2022 test at 65,108 miles and the February 2026 test at 103,583 miles, the car covered 38,475 miles over four years, averaging roughly 9,600 miles annually in its recent life. However, looking further back, the car added only 9,109 miles between February 2022 and February 2023, suggesting a period of very light use or potential standing time before the current ownership pattern took hold. The overall annualised average of 4,708 miles across its twenty-two-year lifespan remains exceptionally low, which typically benefits structural integrity but demands attention to perishable rubber components that age regardless of mileage. Buyers should focus their physical inspection on the undercarriage and suspension bushes. The recurring tyre cracking advisories noted on both rear tyres in 2025 and again in 2026 suggest the vehicle may have spent extended periods stationary, causing flat-spotting and ozone degradation of the sidewalls. Inspect the inner sidewalls and valve stems closely. The 2024 and 2025 advisories for worn and pitted brake discs across all wheels, now apparently resolved, warrant a check of the braking system's overall condition, particularly the caliper slides and handbrake mechanisms, which can seize on a car that sees short, low-speed journeys. Given the low annual mileage, also verify the condition of the exhaust system and catalytic converter, as insufficient heat cycles can accelerate internal corrosion and moisture buildup.