2017 Skoda Octavia 2.0L Diesel · DW56 CAR

A pattern of gradual wear across the chassis and braking systems defines this vehicle's history, although the most recent clean pass on 8 September 2025 suggests these cumulative issues have been addressed. Previous records indicate a period of instability in early 2025, characterized by multiple advisories regarding suspension bushings and shock absorber integrity, as well as a failure on 25 February 2025. The overall trend has moved from chronic minor defects in the suspension and brakes toward a current state of roadworthiness. With 59,720 miles recorded over approximately nine years, the vehicle has averaged roughly 6,636 miles per annum. This consistent usage profile suggests a balanced duty cycle, avoiding the risks associated with prolonged stagnation or the accelerated wear found in high-mileage examples. Mechanically, this level of accumulation is typical for the age of the drivetrain and interior, though it aligns with the natural degradation of rubber components and suspension linkages seen in the MOT history. Attention should be paid to the front suspension and damping system given the previous flags for worn suspension arm bushes and an oil-misting offside front shock absorber. During a test drive, listen for knocks or clunks when traversing uneven road surfaces or during low-speed steering manoeuvres, as worn bushings often manifest as vague steering or audible pops. The shock absorber's previous oil leak should be verified; any excessive bouncing or instability during braking may indicate that the component has further deteriorated. The braking system has shown a history of wear, specifically regarding thin nearside front pads and pitted rear discs. While the latest test is clean, a prospective buyer should feel for any pedal judder or listen for grinding noises during deceleration, which would indicate the pitted rear discs have not been replaced. Additionally, the previous mention of a corroded nearside rear coil spring necessitates a visual check for structural integrity or any unevenness in the vehicle's ride height, as corrosion in this area can lead to sudden spring failure.