2003 Ford Focus 1.6L Petrol · FH53 NJY

The maintenance trend for this 2003 Ford Focus appears stable but stagnant, with the most recent MOT pass occurring on 4 February 2022 at 116,563 miles. The tester recorded zero defects during that assessment, indicating the vehicle met minimum roadworthiness standards at that time. A prior test on 1 February 2022 at 116,560 miles resulted in a failure, though the record curiously lists no specific defects for that initial rejection. The immediate pass three days later suggests a swift rectification of whatever minor issue caused the initial failure, or an administrative anomaly, leaving the car in a mechanically sound state at the point of its last examination. The mileage pattern relative to the vehicle's age is exceptionally low, averaging roughly 5,068 miles per year. More striking is the complete stagnation recorded since early 2022. The odometer reading of 116,563 miles has remained entirely static from the February 2022 test to the present day in July 2026. This indicates the vehicle has covered zero miles in over four years, pointing to prolonged stationary storage rather than active use. Such a lengthy period of inactivity carries its own mechanical risks, distinct from the wear and tear of regular driving. A buyer must inspect this vehicle thoroughly for the ravages of long-term standing. Tyres will almost certainly suffer from flat-spotting and perished sidewalls despite retaining tread depth, requiring immediate replacement regardless of their visual condition. Brake discs will likely exhibit severe surface corrosion, and calipers may well be binding or seized from lack of use. Rubber suspension bushes and exhaust mounts degrade with age and static compression, so a close examination for cracking and deterioration is essential. Inspect the undercarriage thoroughly for structural rust, as a car sitting stationary for four years can accelerate corrosion in subframes and sump pans. Finally, drain the fuel tank; stale petrol from 2022 will cause running issues and potentially damage the injection system.