2012 Peugeot 308 1.6L Diesel · BT12 EYV

Suspension wear and recurring brake friction issues form the defining mechanical narrative of this fourteen-year-old Peugeot, which accumulated a major failure for excessively worn front lower suspension arm bushes in September 2025 before passing a re-test eight days later alongside advisories for front tyres worn close to the legal limit. Reviewing the broader MOT history reveals a consistent pattern of consumable items requiring attention, including repeated tyre wear advisories, historic notes regarding worn and pitted brake discs across both axles, and recurring mentions of a binding or grabbing nearside rear service brake between 2022 and 2023. While the vehicle has managed to secure passes across the majority of its annual inspections, the alternating appearance of suspension and braking defects highlights areas that demand careful physical verification. Accumulating 99,070 miles over its lifespan, the car averages roughly 7,076 miles per year, representing a typical UK driving cadence that avoids the extremes of heavy fleet deployment or prolonged static storage. This steady usage profile means that mechanical wear is distributed across standard intervals rather than accelerated by intense short-run city commuting or exacerbated by multi-year lay-ups. Consequently, the remaining lifespan of major assemblies will depend heavily on the quality and timing of past component replacements rather than odometer anxiety alone, as standard wear-and-tear items reach their expected lifecycle limits around this mileage threshold. During a pre-purchase test drive, the prospective buyer must pay close attention to the front suspension and steering response, specifically listening for knocks, clunks, or vagueness when negotiating potholes, speed humps, and sharp turns, which would indicate lingering or renewed play in the lower suspension arm bushes. The braking system requires rigorous evaluation given the history of binding rear calipers and scored discs; check for a pulsing brake pedal, unequal braking pull to one side, or an uncomfortably warm wheel rim after a test run, which would confirm a sticking caliper or degraded friction material. Finally, inspect the inner and outer shoulders of all four tyres for uneven tread depletion to ensure alignment geometry is true and that the advisories noted at the last test have been fully addressed with fresh rubber.