2016 Keeway RK 0.1L Petrol · PL66 PFV

A 2016 KEEWAY RK carrying 3,539 miles on its odometer presents a notably low-usage profile for a ten-year-old vehicle, yet its three consecutive MOT passes between May 2024 and June 2026 demonstrate sustained compliance with roadworthiness standards. The latest test on 2026-06-15 confirmed no defects, and the prior passes in 2025 and 2024 all recorded zero issues, indicating consistent performance across successive inspections. This pattern of clean records across multiple years suggests the underlying systems have remained within acceptable parameters throughout the car's operational life. The recorded mileage of 3,539 miles translates to approximately 354 miles per year over the vehicle's lifespan, a rate far below the typical annual consumption expected for a decade-old car. This low accumulation pattern suggests either infrequent driving or prolonged periods of storage rather than regular daily use, which may mask underlying wear patterns that are not always detectable through routine MOT testing alone. While the absence of MOT failures is reassuring regarding major system integrity, the slow mileage growth warrants consideration of whether the vehicle has been adequately exercised to reveal latent component degradation. Given the clean MOT history, major structural or system failures have not been identified, but the low mileage combined with the vehicle's age calls for targeted physical inspection before purchase. Specifically, the suspension bushings should be examined for any hard knocks or pulling tendencies when navigating uneven surfaces, as the minimal mileage may conceal accumulated joint wear. Brake lines and disc thickness require visual confirmation for signs of corrosion or excessive wear, particularly on the rear caliper assembly where rust penetration is common in older models. A thorough check of the subframe for surface rust or delamination is advisable, as this area is frequently affected by road salt exposure even on modestly used vehicles. The complete absence of defects across three separate MOT assessments reduces the likelihood of critical engine or transmission failures, but minor consumable items such as brake pads, wheel bearings, and thermostat housing should still be manually inspected during a hands-on test drive. Listen for any knocking sounds over bumps that could indicate worn suspension mounts, and verify that all fluid reservoirs are properly filled and clear of contaminants. If available, a scan tool should be used to confirm that no pending diagnostic trouble codes remain stored, even though the MOT report shows no current failures, ensuring the car has not accumulated undetected electronic or sensor-related issues.