2005 Nissan Almera 1.5L Petrol · YH55 OKR

The 2005 Nissan Almera presents a mixed roadworthiness profile characterised by a clear pattern of recurrent advisories and occasional failures that have improved since the last breakdown. The most recent MOT conducted on 2025-10-09 returned a pass, resolving several outstanding issues accumulated over the preceding two years, though the vehicle still carries a legacy of earlier warnings including a major rear exhaust leak in November 2023, near-side front tyre tread depth breaches in late 2023, and a serious fluid leak within the front shock absorbers recorded in early 2023. Between 2020 and 2025 the car has oscillated between failing and passing, indicating intermittent maintenance lapses rather than consistent deterioration, with the 2025 result representing a positive step following the failed attempts in 2020 and 2023. At 66,706 miles on a vehicle that is approximately 21 years old, the annual accumulation rate stands at roughly 3,176 miles per year, which is substantially lower than typical usage patterns for a model of this vintage and raises questions about the vehicle's operational history. The spacing between the 2023-11-29 failure and the 2025-10-09 pass spans nearly two years, yet the 2024-01-30 and 2022-02-01 passes suggest the car was occasionally driven enough to maintain a clean record despite the underlying issues. This unusually low mileage combined with the presence of persistent advisories such as front tyre wear near legal limits indicates that while the engine and drivetrain may have remained largely intact, the suspension and braking systems have been under continuous stress from the repeated tyre damage and fluid leakage events flagged in past tests. The most critical components requiring attention are the front tyres, which have repeatedly been found worn close to the legal minimum tread depth and showing signs of edge wear across both sides, necessitating immediate replacement if they remain on the road. The power steering system exhibits ongoing seepage from a component, which could lead to hydraulic failure if left unaddressed, particularly given the small bearing area exposed through the steering column assembly. Additionally, the rear brake discs have suffered pitting and scoring in multiple assessments, and the front shock absorbers showed a serious fluid leak in early 2023 that likely compromised their damping performance and could have contributed to handling irregularities. A thorough test drive should focus on observing whether the car handles smoothly over bumps, listening for any knocking or whining noises from the suspension bushings, and checking for soft or spongy brake pedal response when applying the footbrake, especially during acceleration and deceleration phases. Given the documented history, prospective buyers should treat the front suspension linkages with particular caution, as the combination of worn tyres and potential shock absorber degradation points to possible structural fatigue in the subframe and control arm assemblies. Before purchasing, arrange for a dedicated visual inspection of the rear brake disc surfaces for deep scoring or pitting that might indicate imminent failure, and verify that the power steering reservoir is free of contamination and that fluid levels are adequate. While the most recent MOT passed, the presence of multiple advisories—especially the former dangerous rating for the rear exhaust and front brake pad thickness—means that hidden corrosion or internal component wear remains a possibility, so a hands-on inspection of the exhaust manifold gaskets and a pressure test of the brake fluid system would provide greater confidence than relying solely on the paperwork record.