SCANIA P4402013 · 12.7L DIESEL

The 2013 Scania P440 presents a stable and reassuring maintenance trend. The most recent MOT, conducted on 14 January 2026 at 1,305,404 miles, passed with zero defects recorded. This clean bill of health has been consistent across the last five consecutive annual tests, dating back to April 2022. The absence of any advisories or failures over this extended period suggests a diligent preventative maintenance regime, with no emerging mechanical or structural issues currently flagged by the tester. Mileage accumulation on this unit is exceptionally high for its age, averaging roughly 100,416 miles per year. The intervals between tests show steady, high-intensity commercial use. Between the April 2022 test at 1,007,472 miles and the January 2026 test at 1,305,404 miles, the vehicle covered approximately 297,932 miles in under four years. The annual increments are consistent, with no sudden spikes or suspicious gaps in the record that might indicate prolonged standing or odometer anomalies. This is a vehicle that has been working hard and continuously. Despite the defect-free MOT history, the sheer volume of miles demands a rigorous physical inspection. At over 1.3 million miles, critical drivetrain components, including the clutch, gearbox, and drivetrain bearings, will have endured immense cyclic loading. A buyer should closely inspect the chassis rails, cross-members, and suspension mounting points for any signs of fatigue cracking or advanced corrosion, even if not yet severe enough to fail an MOT. The air suspension system, including airbags and height control valves, warrants particular scrutiny, as leaks often develop gradually between tests. The braking system on a heavy commercial vehicle at this mileage is a key area of concern. While the January 2026 test showed no issues, the repeated high-energy braking cycles associated with high-mileage haulage can warp brake drums or discs and wear caliper mechanisms unevenly. A road test is essential to check for binding, pulling, or delayed release. Equally, the exhaust and after-treatment systems, including the diesel particulate filter and selective catalytic reduction system, should be verified for proper function, as emission-related faults can be intermittent and costly to rectify.