2008 Vauxhall Zafira 1.6L Petrol · FT08 FLE

The 2008 Vauxhall Zafira presents a mechanical profile marked by recurring oil leakage advisories and progressive wear across suspension linkages throughout its lifecycle. The most recent MOT on 2022-11-10 returned a pass, though the vehicle retained minor advisory flags including engine oil leaks and several suspension-related concerns. Between 2019 and 2022 the car experienced two outright fails—a 2019 failure involving a fractured rear coil spring and incorrect direction indicator colour, followed by a 2020 failure citing excessively worn trailing arm bush and a major rear service brake binding—before returning to a passing result in 2021 and again in 2022. This pattern suggests a gradual degradation of key drivetrain and suspension components rather than sudden catastrophic failure, with the latest test indicating the vehicle remains operational despite accumulated minor deficiencies. At 183,357 miles after approximately 18 years, the vehicle accumulates roughly 10,186 miles annually, which aligns with expected usage for its age and reflects moderate daily driving rather than extreme mileage exposure. However, the timing of the failed tests reveals a non-uniform wearing pattern: the first major failure occurred in late 2019 while the odometer sat at around 150,000 miles, followed by another failure in early 2020 when the total reached nearly 180,000 miles. The interval between the 2019 and 2020 fails spans just under thirteen months, whereas the subsequent period shows steadier progression through 2021 and 2022 before the successful 2022 MOT. While the current mileage level is within normal range for the model year, the distribution of failures suggests that certain structural elements have been subjected to increasing stress over time, particularly where lubricant degradation and fatigue accumulate. Suspension systems represent the primary area of concern, with multiple failures explicitly naming trailing arm bushes, rear axle swivel pins and trails arms, and nearside rear suspension arm bush as excessively worn or overly bound. On a test drive, listen for harsher than usual feedback over bumps and feel for any grinding or clicking noises emanating from the rear suspension when the vehicle accelerates or decelerates. The nearside rear service brake showing binding should manifest as a spongy or hesitant braking response, especially when applying pressure while moving at speed. Additionally, the previously fractured rear coil spring (recorded in 2019) may indicate a compromised shock absorber system that could affect ride quality and handling stability. The reported oil leaks on both the 2020 and 2021 tests point to potential contamination of the cooling system or transmission fluids, so inspecting the dipstick for milky residue and checking for dampness beneath the engine compartment cover will be essential before committing to purchase. Exhaust system integrity also warrants attention given the major leak of exhaust gases identified in 2020, which typically originates from a flexible front-to-rear connection or a cracked manifold. A visual inspection of the exhaust routing and a check for unusual smells or smoke from the tailpipe during idle conditions should precede the test drive. Finally, the recurrent tyre wear on the edges across multiple years (notably in 2021 and 2020) combined with the documented subframe corrosion note from the 2022 MOT suggests potential rust penetration in wheel arches and subframe mounting points. During the test drive, monitor for any play in suspension joints, unusual vibration through the chassis, or premature brake pad wear, and consider having a professional mechanic perform a more detailed inspection of the rear subframe and brake line connections to confirm the severity of the issues highlighted in the MOT history.