2009 Honda Civic 1.8L Petrol · PF09 FFN

Recurring suspension and lighting defects characterize the recent history of this Honda Civic, which secured a pass on 13 August 2026 only after rectifying multiple major failures. The vehicle demonstrates a pattern of intermittent maintenance, where minor component degradation frequently escalates into test failures. While the car has consistently returned to roadworthy status following these interventions, the persistence of advisories related to suspension integrity and tyre condition suggests that the mechanical upkeep has been reactive rather than preventative. Accumulating approximately 89,016 miles over seventeen years results in an average annual usage of roughly 5,236 miles. This low-intensity profile often leads to the accelerated degradation of rubber components and seals, which are prone to perishing when a vehicle remains stationary for extended periods. The MOT history aligns with this, showing repeated issues with suspension dust covers and oil misting on shock absorbers, both of which are common indicators of seals losing their elasticity and structural integrity due to age and infrequent movement. Prospective buyers should prioritise a thorough inspection of the front suspension, specifically the anti-roll bar linkages. Although the dust covers were flagged as a failure point in the most recent test, the underlying ball joints may have sustained internal wear if dirt ingress occurred over a significant period. During a test drive, listen for metallic knocking or clunking noises originating from the front corners when traversing uneven road surfaces or speed humps, as this is a primary symptom of linkage play. Furthermore, the persistent advisories regarding the nearside front shock absorber misting indicate a potential loss of damping efficiency, which can manifest as excessive body roll during cornering or a bouncy ride quality. The current tyre advisories regarding tread splitting must be addressed immediately, as these indicate rubber fatigue that compromises structural safety regardless of tread depth. Additionally, ensure the rear coil springs are inspected for the corrosion noted in the 2023 test, as surface oxidation can progress into structural weakness if left untreated. Given the history of headlamp aim and lighting failures, verify that all external bulbs are correctly seated and that the headlamp lenses are clear of hazing, which can interfere with beam patterns and visibility. Finally, check the rear brake performance for any signs of binding or reduced stopping power, as the rear pads were previously flagged for low material levels.