DODGE (USA) RAM 1500 2WD AUTO2002 · 4.7L PETROL

This 2002 Dodge Ram 1500 presents a clean bill of health in its most recent roadworthiness assessment, with the May 2026 test recording a complete pass at 98,708 miles and zero defects. The maintenance trend is clearly improving. Earlier advisories from January 2022, including corroded exhaust components, worn front brake pads, slight power steering seepage, and degraded headlamp lenses, have all been rectified before subsequent tests. No new advisories have appeared since, indicating a period of attentive upkeep over the last four annual inspections. The mileage accumulation tells a story of very light use for a vehicle of this age. Covering roughly 4,100 miles per year over 24 years, the annual increments remain remarkably consistent, typically between 1,200 and 1,500 miles per test cycle. The gap between the January 2022 test and the April 2023 test shows a slightly lower accumulation of around 1,240 miles over 15 months, suggesting possible periods of limited use or standing. This low annual mileage reduces wear on major drivetrain and suspension components but does not eliminate the risk of age-related deterioration, particularly rubber bushes, seals, and corrosion from moisture ingress during stationary periods. Despite the clean recent record, a physical inspection should focus on the areas previously flagged in 2022. The exhaust system, specifically the centre box, warrants close examination for fresh corrosion or weld repairs following the earlier minor leak advisory. The power steering rack union should be checked for any renewed seepage, as age-related hose perishing can cause intermittent leaks that escape detection during a brief MOT test. Front brake components, including pads and discs, should be measured for remaining life, given the prior advisory on pad wear. Suspension bushes, particularly front lower arm and anti-roll bar links, should be inspected for deterioration common on vehicles that spend extended periods stationary. The headlamp lenses should be assessed for clarity and correct beam pattern, even though the previous defect was cleared.