2014 Peugeot 2008 1.6L Diesel · K9 MWE

A 2014 Peugeot 2008 carries a concerning pattern of intermittent drivetrain and lighting faults despite showing overall compliance in its most recent examination. The most recent MOT on 2026-04-09 returned a passing result with only minor advisory items concerning nearside rear exterior lights and a secured subframe, yet the preceding test on 2026-03-30 had failed due to a split constant velocity boot on the nearside front drive shaft that allowed contamination ingress and a non-functional reversing lamp. This sequence of a failure immediately preceding a passing status indicates that the vehicle's mechanical integrity was compromised by a specific drivetrain component before stabilising, and the gap between these two assessments suggests that while immediate operational concerns have been addressed, the root causes of the original failure still warrant scrutiny during a new ownership period. The recorded odometer reading of 36,109 miles on a twelve-year-old chassis translates to approximately 3,009 miles per annum, a figure substantially lower than typical consumption patterns for a model of this vintage and weight class. Such a low annual accumulation rate typically reflects infrequent driving, seasonal storage periods, or prolonged idle intervals between journeys, each of which influences the rate of component degradation differently than continuous high-mileage use. When viewed alongside the test history spanning 2023 through 2026, the absence of consecutive failures since mid-2025 indicates that the current state is stable following remedial work, although the underlying reasons for the March 2026 failure remain relevant to understanding the present condition and any residual wear on the identified systems. For the test drive, particular attention should be directed toward the nearside front drive shaft assembly where the constant velocity boot exhibited signs of splitting or insecure attachment during the March 2026 failure; listen for any grinding or clicking noises when traversing uneven surfaces and inspect the boot for visible cracks or debris entry points that could compromise differential lubrication. The failing reversing lamp requires verification that illumination functions correctly when engaged from reverse gear, as a non-operational indicator reduces safety margins on narrow streets and could leave the vehicle vulnerable in certain driving situations. Additionally, confirm that both nearside rear reflectors and fog lamps are securely fastened—loose exterior lighting assemblies can develop electrical arcing or fail to illuminate properly under vibration, leading to impaired visibility in adverse conditions. Finally, examine the oil leakage areas noted in both the March and April 2026 assessments, checking for persistent drips at the engine sump or undercarriage that might suggest ongoing seal deterioration affecting power unit longevity. Any continued oil seepage should be investigated promptly as it can accelerate internal component wear and increase the likelihood of future failures. Given the documented history of light-use patterns and the specific component flags, a thorough physical inspection of the drive shaft boots, lighting circuits, and oil passages is essential before committing to this vehicle, as the current mechanical state appears functional but depends heavily on resolving the identified fault conditions.