2016 Peugeot 2008 1.2L Petrol · SP16 MVL

The Peugeot 2008 most recently passed its MOT on 3 June 2026, although five advisories were recorded at that test concerning front tyre wear and sidewall perishing across both nearside and offside front tyres, as well as perishing of the nearside rear tyre. Looking back through the history, the maintenance trend is broadly stable but not without cause for attention. The 2024 and 2025 tests passed cleanly aside from a failure the day before the 2025 pass which addressed a non-functioning horn and a front nearside shock absorber with negligible damping effect, both of which were clearly rectified to secure the subsequent pass. Earlier advisories in 2022 for a worn offside front suspension arm rear bush and in 2021 for edge wear on the offside front tyre suggest a pattern of front-end suspension and tyre monitoring that any buyer should continue with diligence. There are no recorded structural corrosion advisories or emissions concerns, and there have been no repeat advisories on the same component cluster, which is reassuring. With 38,528 miles recorded over a ten-year span, this vehicle has averaged approximately 3,853 miles annually, which is well below the typical usage of a car of this age and class. Such low annual mileage implies either light regular use, significant periods of standing, or a combination of both. While low mileage reduces wear on high-cost items such as the clutch, drivetrain and engine internals, it increases the likelihood of calendar-based degradation affecting components that deteriorate with age rather than use. Brake discs and calipers can suffer from surface corrosion and binding through infrequent operation, tyres can perish from age even if tread remains adequate, rubber seals and bushes harden and crack, and the 12V battery will be subject to multiple replacement cycles. The advisory data from the most recent MOT already hints at tyre perishing, which is consistent with age-related rubber degradation rather than wear from mileage. In terms of specific inspection priorities, the advisory concerning the offside front suspension arm rear bush from 2022 should be re-examined, as splitting rubber progresses gradually and can lead to imprecise steering, uneven front tyre wear, and clonking or knocking noises over uneven surfaces. A test drive should include driving over speed humps, rough tarmac, and during full-lock manoeuvres to listen for suspension knocking, knocking from worn anti-roll bar links, or any vibration through the steering wheel which could indicate front strut top mount wear. The shock absorber failure on the nearside front in 2025 also warrants a road test, as rebuilt or pattern-part shock absorbers can fail prematurely; any continued bouncing after a bump, uneven nose dive under braking, or excessive body roll through corners would suggest the damping is again compromised. Additionally, the 2016 model will be approaching ten years of age, so a thorough inspection of the brake system is advisable, paying particular attention to the condition of the front discs for lip corrosion and the rear drums or discs for binding calipers that may have seized through disuse. Brake fluid should be checked for service history, as it typically requires replacement every two to four years regardless of mileage to prevent moisture absorption and reduced boiling point. The constant velocity joint boot failure recorded in 2023 is another area worthy of physical inspection, as perished or split boots allow grease to escape and contamination ingress which accelerates joint wear. With the car now three years past that rectification, the replacement boot should be examined for splits, and the joint itself should be free of clicking or clonking under load, particularly on full-lock turns at low speed. All four tyres should be scrutinised for age-related sidewall perishing as flagged in the recent advisories, and the production date code on the sidewall should be reviewed, as tyres older than six years from manufacture are typically recommended for replacement regardless of remaining tread. Furthermore, given the low mileage profile, the vehicle should be checked for evidence of frequent short journeys which prevent the engine from reaching full operating temperature, leading to oil contamination, carbon build-up, and potential exhaust system corrosion from condensate accumulation. A full service history verification including cambelt replacement records is essential, as the timing belt on this engine is typically due between five and seven years, and overdue replacement can result in catastrophic engine damage. Finally, the battery should be load-tested, coolant and brake fluid condition and age confirmed, and the underside examined for any developing corrosion or fluid leaks that may have developed during periods of infrequent use.