2007 Peugeot 207 1.4L Petrol · FA07 GKO

A consistent pattern of initial MOT failures followed by corrective passes defines this vehicle's history, with a recurring theme of suspension and chassis degradation. The most recent pass on 18 March 2024 was achieved only after resolving major defects including a binding nearside front service brake, a fractured offside rear coil spring, and an insecure exhaust system. The record reveals a trend of critical failures, including dangerous anti-roll bar wear and multiple CV boot splits, indicating a vehicle that frequently requires significant mechanical intervention to remain roadworthy. The recorded mileage of 83,829 miles over 19 years represents a low annual average of approximately 4,412 miles. This usage profile suggests the vehicle has not been subjected to high-mileage wear and tear. However, the prevalence of failures related to rubber components, such as the constant velocity boots and suspension ball joint dust covers, indicates that the vehicle is susceptible to age-related perishing of seals and bushings regardless of the low distance travelled. Prospective buyers should focus heavily on the front suspension and steering geometry during a physical inspection. With a history of CV boot failures, ball joint cover splits, and a current advisory for play in the nearside front strut top bearing, the test drive must include full-lock steering manoeuvres to listen for clicking or popping sounds. Any knocking or clunking felt when traversing uneven surfaces or speed bumps may indicate further wear in the suspension linkages or the anti-roll bar system. The braking and engine peripherals also require specific attention. The 2024 failure for a binding nearside front brake suggests a potential issue with the caliper; the buyer should feel for excessive heat from the wheel rim after a test drive or note any steering pull during braking. Furthermore, the recorded oil leak from the sump and the previous insecure exhaust system necessitate a visual check for fresh oil residue beneath the engine and a listen for abnormal exhaust drones or vibrations under load.