2012 Peugeot 308 1.6L Petrol · MA12 NPC

An emerging pattern of structural corrosion highlighted on the most recent MOT test on January 9, 2026, where the rear sub-frame was recorded as corroded, represents the primary structural focal point on an otherwise consistently unblemished historical record. Across eight recorded tests spanning from December 2018 through January 2026, the vehicle has achieved a clean pass rate with no recorded failures, though the introduction of this sub-frame advisory indicates that oxidation is now actively progressing on the vehicle's undercarriage components. Accumulating just 39,242 miles over its roughly fourteen-year operational lifespan equates to an average annual distance of approximately 2,803 miles, establishing a notably low-mileage usage profile. While this limited annual mileage means powertrain components have experienced fewer rotational cycles than a typical high-mileage equivalent, prospective buyers must recognize that infrequent use can accelerate localized surface corrosion on underbody elements and stationary components as moisture settles during prolonged periods of inactivity between test dates. During the static pre-purchase inspection and dynamic road test, specific attention must be directed toward the rear sub-frame noted in the 2026 test. The buyer should visually inspect the rear axle carrier and chassis mounting points for flaky rust or deep pitting using a torch, and listen closely for any metallic creaking, clunking, or knocking noises from the rear suspension when driving over speed humps, potholes, or uneven road surfaces. Given the low mileage and consistent pass history, the braking system and suspension linkages should also be thoroughly evaluated for signs of uneven wear or stiffness from underuse. On the test drive, verify that the footbrake pedal feels firm without excessive travel or dragging to one side, check that the steering tracks straight without pulling under braking, and ensure the manual gear selection and clutch operation remain smooth across all ratios.