TRIUMPH DAYTONA1995 · 0.9L PETROL

The most recent MOT, conducted on 9 February 2008 at 25,190 miles, resulted in a pass, though the tester flagged a rear tyre worn close to the legal limit. This indicates the vehicle was roadworthy at the time of testing but required imminent attention to a critical consumable. The overall maintenance trend appears stable historically, with only minor advisories and straightforward rectifications, but the complete absence of any recorded tests for the past eighteen years means the current roadworthiness status is entirely unknown. The mileage pattern is exceptionally low for a 1995 vehicle. Between the February 2006 test at 21,678 miles and the February 2008 test at 25,190 miles, the vehicle covered just 3,512 miles over two years. The recorded mileage has remained frozen at 25,190 miles since 2008, strongly suggesting the vehicle has been stored or unused for a prolonged period. This ultra-low annual mileage of roughly 813 miles over the vehicle's life minimises mechanical wear on the drivetrain and suspension, but extended stationary storage introduces its own risks, including deteriorated rubber components, stale fuel, and corroded brake components. A buyer must approach this vehicle as an unroadworthy prospect until proven otherwise. The lack of recent testing means structural integrity, particularly corrosion to the chassis, sills, and suspension mounting points, requires thorough inspection. The recurring advisories for tyres worn to the legal limit in 2006 and 2008 suggest previous owners ran components to failure rather than replacing them proactively. Suspension bushes, coil springs, and dampers will have aged significantly regardless of mileage and should be examined for perishing and corrosion. The braking system demands particular scrutiny; calipers may have seized from inactivity, and brake discs and fluid will almost certainly require complete overhaul. The headlamp aim fault noted in 2006 should be rechecked to rule out a damaged mounting or suspension sag affecting the beam pattern.