2012 Peugeot 208 1.4L Diesel · FN62 JTO

The 2012 Peugeot 208 presents a stable and improving maintenance trend, culminating in a clean pass at 80,100 miles on 14 October 2025. The most recent test recorded zero defects, indicating the vehicle currently meets structural and mechanical roadworthiness standards. A failure recorded the day prior to the 2023 pass at 71,260 miles flagged an excessively worn offside front lower suspension arm rear bush and a complete failure of the nearside parking brake. The subsequent pass confirms these specific mechanical faults were rectified, suggesting the previous owner addressed the immediate safety concerns rather than ignoring them. Accumulating 80,100 miles over fourteen years equates to an annual average of roughly 5,721 miles, which is notably low for its age. The recorded intervals show consistent, steady usage rather than prolonged standing or erratic mileage spikes. Between October 2022 and September 2024, the mileage increased by 7,594 miles over nearly two years, and a further 5,407 miles were added in the twelve months leading to the October 2025 test. This pattern reflects regular, short-to-medium distance driving typical of urban or suburban use, which can sometimes accelerate wear on braking components due to frequent stop-start conditions. Despite the clean recent record, the 2023 failure highlights specific areas requiring a physical inspection. The tester flagged a worn suspension bush and a seized nearside parking brake. A buyer should inspect the offside front lower suspension arm for any renewed play or deterioration, as worn bushes compromise steering geometry and structural integrity. The rear parking brake mechanism demands particular attention; a caliper that previously seized risks binding again, leading to excessive heat, premature brake disc wear, and reduced parking brake efficiency. Given the low annual mileage, check the vehicle's undercarriage for superficial corrosion on brake lines, exhaust components, and suspension mounting points, as short trips prevent moisture from evaporating and accelerate surface rust.