CATERHAM SEVEN (S3)2009 · 2.0L Petrol

The vehicle presents a stable and improving maintenance trend, culminating in a completely clean pass on 15 January 2026 at 41,645 miles. The most recent test recorded zero defects, indicating the car currently meets all structural and mechanical roadworthiness standards. Prior to this, the 2025 and 2024 tests also passed without any advisories or failures, demonstrating consistent upkeep. An anomalous entry from 22 April 2022 shows a failure at 40,704 miles with no recorded defects, likely representing an aborted test or administrative error, but the immediate retest on the same day passed cleanly, resolving any immediate concerns. The recorded mileage of 41,645 miles over seventeen years equates to an average of roughly 2,450 miles annually, which is exceptionally low. The usage pattern reveals long periods of inactivity interspersed with brief bursts of driving. Between the February 2024 test at 40,818 miles and the February 2025 test at 41,168 miles, the car covered just 350 miles. A similar pattern emerges between February 2025 and January 2026, accumulating only 477 miles. The gap between the April 2022 and February 2024 tests spans nearly two years with zero recorded mileage increase, suggesting the vehicle stood stationary for an extended duration. Despite the pristine MOT record, the low annual mileage and prolonged stationary periods demand a thorough physical inspection. Extended standing often degrades rubber components; examine the suspension bushes, tyre sidewalls, and engine mounts for perishing or cracking, even if tread depth remains adequate. Brake discs may exhibit surface corrosion from lack of use, and calipers could be prone to binding if the car sits for months unchecked. Inspect the chassis and bodywork closely for structural corrosion, a critical concern for older kit cars that lack the galvanised protection of mass-produced vehicles. Verify the condition of the exhaust system and fuel lines, as stale fuel and condensation can cause internal degradation invisible during a standard MOT.