2005 Peugeot 307 2.0L Petrol · CA54 XNL

Significant suspension and drivetrain wear defines the mechanical profile of this Peugeot 307, characterized by recurring failures and advisories regarding steering and suspension components. The vehicle underwent a major failure in June 2022 involving split constant velocity boots on both front outer drive shafts, worn anti-roll bar ball joints, and excessively worn bushes on both rear lower shock absorbers. While the subsequent test on 09 June 2022 resulted in a pass, the record shows a persistent trend of degradation in the front-end geometry, specifically with a new advisory for play in the nearside front steering rack inner joints. The recorded mileage of 100,607 miles over a 21-year period represents a low annual average of approximately 4,791 miles. While this lower-than-average usage suggests the vehicle has not been subjected to high-frequency long-distance motoring, it also means the mechanical components have been subject to the effects of age and potentially intermittent use. In vehicles with this usage pattern, rubber components such as suspension bushes, anti-roll bar joints, and CV boot membranes are prone to perishing and cracking due to environmental exposure and lack of regular movement, which is consistent with the specific failures noted in the 2021 and 2022 MOT results. A prospective buyer should pay close attention to the steering and front suspension during a test drive to address the documented issues with the steering rack and drive shafts. Listen for rhythmic clicking or popping noises when turning the steering wheel at low speeds or when accelerating away from a standstill, which can indicate damage to the CV joints following the recorded boot failures. Additionally, pay attention to any wandering or heavy steering, as the advisory regarding play in the nearside steering rack inner joint may manifest as a lack of precision or a tendency for the car to pull to one side. The history of worn suspension bushes and shock absorber components necessitates a thorough check for chassis stability. During the test drive, listen for knocks, clunks, or hollow thudding sounds when driving over uneven road surfaces or speed bumps, which would indicate that the previously flagged shock absorber bushes or anti-roll bar joints have not been adequately addressed or have degraded further. Any excessive body roll or a feeling of instability through the chassis during cornering may also point to continued wear in the suspension linkages and bushes previously identified in the MOT history.