2011 Chevrolet Cruze 1.6L Petrol · LL11 LYU

A pattern of recurring front-end wear and persistent driveshaft boot deterioration dominates this Chevrolet Cruze's MOT history, with the most recent test on 17 December 2025 passing only after a prior failure on the same date addressed a split nearside front outer CV boot that had allowed dirt ingress. This is not a one-off issue, as the same component was flagged as severely deteriorated at both the 25 March 2024 and 30 December 2024 tests, indicating that the boot has been left to degrade across multiple test cycles rather than being replaced. Alongside this, the front lower suspension arm rear bushes on both sides were noted as worn at the 2024 inspections, and an engine sump oil leak plus power steering pump seepage were recorded at the 2025 test, painting a picture of a vehicle approaching its mid-teens with multiple ageing seals and joint gaiters beginning to reach the end of their service life. The earlier 20 March 2024 failure for an excessively binding nearside rear service brake also confirms that the rear braking system has required hands-on attention, and a pitted and scored nearside rear brake disc has been flagged across consecutive tests, suggesting the caliper binding caused uneven wear that has not been fully rectified. With 122,077 miles accumulated over roughly fifteen years, the vehicle is running at approximately 8,138 miles per year, which sits close to the expected average for its age and indicates fairly steady use rather than long periods of standing or exceptionally high-mileage motorway work. There are no extended gaps between tests suggesting the car was laid up, with inspections recorded in March 2024, December 2024 and December 2025, consistent with annual MOT compliance and continuous road use. This level of usage is sufficient to keep mechanical components, seals and lubricants working, but it does mean that consumable items such as suspension bushes, CV joint gaiters, brake discs and engine oil seals have all accumulated considerable wear, which aligns directly with the advisory and failure pattern observed. Buyers should expect that further deterioration of these same items is likely over the coming test cycles as the vehicle continues to age. A prospective buyer should focus the inspection and test drive on the specific areas the MOT record has repeatedly highlighted. With the nearside front outer CV boot having been flagged at three consecutive inspections and only finally addressed at the 2025 retest, listen carefully for clicking, knocking or a rubbery rubbing noise from the front of the vehicle during tight turns, and inspect the inner and outer CV joints for fresh grease contamination or any sign that a new boot has split again. The front lower suspension arm rear bushes, noted as worn on both sides in 2024, should be checked by pushing laterally on the front wheels with the car jacked or by listening for clonking or loose knocks from the front suspension over speed bumps and uneven road surfaces, as worn bushes will also allow vague or wandering steering. The engine sump oil leak and power steering seepage noted at the 2025 test warrant a check for fresh oil residue beneath the engine bay, blue smoke on start-up, and any whining or groaning from the power steering pump during low-speed parking manoeuvres. The rear braking system requires equally close attention given the 2024 failure for excessive binding and the ongoing advisory for a worn and pitted nearside rear disc. On a test drive, the rear of the car should feel free when releasing the handbrake, with no residual drag or pulling to one side under light braking, and the nearside rear caliper should be inspected for sticky pistons or uneven pad wear. The nearside front and offside front inner tyres noted as worn close to the legal limit and on the edge at the 2025 test should be checked for uneven shoulder wear, which may point to misalignment, worn suspension bushes or tracking issues stemming from the components already flagged. Finally, because the advisories across the record cluster around chassis, drivetrain sealing and braking items rather than structural corrosion or lighting defects, a thorough underbody examination for any surface rust and a careful test drive listening for the symptoms above should give a clear picture of whether the remaining wear is proportionate to the mileage or accelerating ahead of it.