2012 Volkswagen Golf 2.0L Diesel · G2 CKT

A chronic and recurring issue with the front drive shaft constant velocity boots dominates the mechanical history of this Volkswagen Golf. Across two consecutive tests in 2024 and 2025, both nearside and offside front outer CV boots were recorded as split or insecure to the point where they could no longer prevent the ingress of dirt, resulting in major defects and a failed test on 14 March 2024. This is not an isolated finding; the nearside front boot failed again on 18 June 2025, and on that same date the vehicle also recorded a perished offside track rod end ball joint dust cover, an advisory for a nearside rear tyre worn bald on the inner edge, and a present reason for stop concerning nearside headlamp alignment sitting too high. While tests in 2020, 2022, and 2023 passed without recorded defects, the 2024-2025 cluster indicates an active and unresolved vulnerability in the drivetrain sealing and front steering/suspension protection components rather than a one-off lapse. Against its 2012 build date, the recorded 126,014 miles equates to roughly 9,000 miles per year over the vehicle's life, which sits close to the typical annual accumulation for a car of this age. There are no extended gaps between tests that would suggest long periods off the road, and the relatively even spread of annual mileage implies steady use. Mechanically, a 14-year-old Golf at this mileage would be expected to show wear on consumables such as suspension bushes, dampers, brake discs and pads, and engine ancillary drive belts, so any absence of advisories in earlier tests should not be over-interpreted as a sign of robust condition, particularly given the more recent CV boot failures. Given the repeated CV boot defects, particular attention must be paid to the front drivetrain during inspection. With the engine running and the steering turned to full lock in both directions, listen for any clicking, popping, or knocking from the front wheels, which would suggest the joints have already been contaminated by grit and are failing. Examine the inner and outer boots on both sides for fresh splits, grease leakage, or perished rubber, and check for black or orange grease residue flung onto the underside of the wheel arch or suspension components. A physical test drive should include tight slow-speed manoeuvres to replicate full steering lock loads; any vibration, shudder, or intermittent loss of drive through the front wheels would indicate joint damage rather than just a perished boot. The perished track rod end dust cover and the advisory for an inner-edge tyre wear pattern also warrant direct physical checks. Grip the front wheels with the vehicle raised if possible and check for any play or clonking from the track rod ends when rocked, which would confirm the perished cover has allowed wear into the joint itself. The bald inner edge on the nearside rear tyre is consistent with either a tracking misalignment or worn rear suspension bushings, so the vehicle should be driven in a straight line on a flat road to check for any steering pull to one side, and the rear suspension should be inspected for cracked or sagging bushes. Finally, confirm the headlamp aim has been corrected since the present reason for stop, and verify that the nearside rear tyre has been replaced, as driving on a tyre worn to the inner cord is both illegal and unsafe.