2010 PEUGEOT 3081.6L DIESEL

The 2010 Peugeot 308 presents a mixed maintenance trend, culminating in a pass at its most recent test on 2025-08-18 at 79,239 miles, though several persistent mechanical issues remain unresolved. The tester flagged binding rear service brakes and worn, pitted rear brake discs, indicating ongoing poor caliper function or neglected lubrication. A slight play in the nearside track rod end ball joint appeared in the 2025 test, marking a new wear point in the steering geometry. Headlamp lens defects have persisted since 2022, suggesting cosmetic repairs are consistently deferred. While the vehicle remains roadworthy, the recurrence of brake faults and emerging steering wear points to a pattern of reactive rather than preventative maintenance. Covering roughly 4,952 miles annually over its 16-year lifespan, this example has seen exceptionally light use. The mileage progression shows a steady accumulation, moving from 71,997 miles in August 2022 to 79,239 miles by August 2025. Such low annual mileage often implies short-trip driving or prolonged standing, which can cause moisture-related corrosion in brake components and exhaust systems despite the low distance covered. The 2024 test recorded 78,578 miles, meaning the vehicle covered just 661 miles between August 2024 and August 2025, raising the likelihood of extended stationary periods that degrade rubber bushes and tyres. A physical inspection must prioritise the rear braking system and suspension components. The repeated advisories for pitted rear brake discs and binding service brakes suggest the calipers are sticking, requiring immediate measurement of disc thickness and caliper slide pin operation. The fractured offside front coil spring recorded in the August 2023 failure was evidently replaced, but a thorough check of the remaining springs and suspension bushes is warranted to ensure no latent cracks or perished rubber exist. The nearside track rod end play flagged in 2025 requires a jack-and-pivot test to determine the exact extent of wear. Examine the undercarriage closely for structural corrosion, as the low mileage and potential for long stationary periods can cause moisture to accumulate in box sections, compromising structural integrity despite the clean exterior appearance.