2010 Honda Civic 1.8L Petrol · WD59 EYT

Chronic wear in the steering and braking systems defines this vehicle's recent history, with a recurring pattern of dangerous brake pad wear and emerging steering rack instability. While the vehicle passed its latest test on 20 November 2024, this followed a failure for dangerously thin nearside rear brake pads, a defect that previously appeared in the 2020 records. The persistence of these issues, combined with current advisories for play in both front steering rack inner joints and damaged rear tyres, suggests a trend of deteriorating chassis and braking components. A total recorded mileage of 198,270 miles over sixteen years indicates a high annual accumulation rate of approximately 12,392 miles. This level of usage places significant demand on the drivetrain and structural components. Mechanically, such high mileage typically correlates with accelerated wear of suspension bushings, engine mounts, and braking hardware, which is reflected in the recorded history of fractured coil springs and binding calipers. Particular attention must be paid to the steering and suspension during a physical inspection. The recorded play in the steering rack inner joints may manifest as a vague feeling through the steering wheel or a slight instability when maintaining a straight line at speed. Given the previous failure for a fractured nearside front coil spring and advisories regarding cracked lower ball joint boots, the buyer should listen for metallic knocks or clunks when driving over uneven surfaces or during low-speed manoeuvring. The braking system requires scrutiny due to the history of pitting and corrosion on the rear discs and a previous advisory for a binding nearside front caliper. During a test drive, feel for any pedal judder or a pulling sensation to one side under braking, which could indicate warped or unevenly worn discs and calipers. Additionally, the recorded corrosion on the rear suspension should be inspected to determine if it is superficial or if it has compromised the structural integrity of the mounting points.