A consistent run of passes from 2007 through 2012 gives this 1954 Riley RME a fundamentally clean roadworthiness profile within the period it was actually presented for testing, with the most recent entry on 8 June 2012 returning a pass and no advisories or defects recorded. The only blemish across the seven documented tests is a 3 June 2006 failure for an offside front all position lamps defect, but the vehicle was recorded as passing later the same day, indicating the lighting issue was rectified on site. There are no recorded advisories for corrosion, suspension wear, braking component deterioration, exhaust integrity, or steering play at any of the tests, and no structural concerns were flagged. Within the limits of what MOT data can evidence, the historical pattern is one of stable compliance rather than a recurring mechanical weakness.
The recorded mileage of 5,500 miles against a vehicle of roughly 72 years translates to an annual accumulation of around 76 miles per year, which is exceptionally low even for a veteran motor car of this era. The MOT history itself only spans from 2006 to 2012, so there are no recorded tests during the bulk of the vehicle's life, leaving a sizeable documentary gap between the early post-war decades and the more recent testing period. This pattern is consistent with a car that has spent extended periods stored rather than in regular use, and although the test record shows clean results in the years it was inspected, MOT history cannot confirm how the vehicle fared mechanically during the many years it was off the road or sitting idle. The mileage recorded is so low that meaningful wear-related degradation of major drivetrain components is unlikely, though prolonged standing has its own implications for seals, gaskets, fuel systems, and electrical components.
For a prospective buyer, the practical consequence of the very low mileage and probable long storage intervals is that the mechanical risk profile shifts away from wear-related failures and towards deterioration from inactivity. On a test drive, pay particular attention to how the engine starts from cold, listening for excessive smoke, uneven running, or hesitation that could indicate stale fuel, dried seals, or a carburettor in need of overhaul after long lay-up periods. Check for oil leaks around the engine and gearbox once warm, as older gaskets and cork seals commonly weep after years of standing, and inspect the underside for any signs of seepage from the differential and steering box. Given that this is a 1950s chassis, feel carefully for slack in the steering, clonks or knocking from the front suspension over uneven surfaces, and any wandering or vagueness at speed, which would suggest wear in the kingpins, track rod ends, or bush work typical of pre-war and immediate post-war Riley running gear.
Given that only one trivial lighting defect was ever recorded and the lamps passed later the same day, no specific component flagged in the MOT history demands a targeted test drive check beyond a general functional inspection of all exterior and dashboard illumination. That said, the buyer should verify operation of every lamp cluster personally, as electrical connections on a car of this age are prone to corrosion and intermittent contact that an MOT station may not always stress-test thoroughly. Confirm the brake pedal feel is firm without sponginess or pulling, listen for any binding caliper or rear drum screech under light load, and ensure the handbrake holds the vehicle on an incline, as brake hydraulic seals can harden with disuse. Finally, given the limited testing window and the substantial undocumented decades, a pre-purchase inspection by a specialist familiar with 1950s Rileys is strongly advisable to assess areas the MOT schedule does not cover in depth, such as the condition of the timber-framed body structure, the originality and integrity of the mechanical braking system, and the state of the original-specification components.