2009 Triumph Daytona 675 0.7L Petrol · LJ09 EEM

The 2009 Triumph Daytona 675 presents a roadworthiness profile defined primarily by a largely clean MOT history punctuated by recurring steering system advisories and a single drivetrain concern. Four out of five recorded MOT tests between 2016 and 2024 resulted in a full pass with no defects, indicating consistent compliance with safety standards over the past decade. However, the 2022 MOT revealed a slightly loose registration plate and a stiffer than normal steering headbearing, while the 2023 and 2024 tests showed no issues at all. The 2019 MOT added another upper steering headbearing stiffness finding, creating a pattern where steering linkage problems recurred across different years rather than being isolated incidents. Overall, the vehicle maintains a stable roadworthiness rating, yet the persistent nature of the steering-related advisories warrants close attention during any purchase decision. The recorded mileage of 21,655 miles on a seventeen-year-old vehicle represents an exceptionally low annual accumulation rate of approximately 1,274 miles per year when compared to typical usage patterns for this model. At this pace, significant wear on high-wear components such as suspension bushings, brake pads, and drum rotors should be minimal, though the infrequency of movement raises questions about whether the engine and transmission may have suffered from prolonged idling or lack of stress cycles. The low mileage also means that any rust development would likely be confined to areas exposed to moisture rather than widespread structural degradation, but the absence of reported corrosion in the official records does not guarantee the subframe or frame members remain structurally sound. A test drive under typical conditions should therefore reveal smooth operation, but the buyer must consider that reduced driving exposure may mask underlying issues that would become apparent through accelerated wear if the car were driven more regularly. Focused examination during a test drive should centre on the steering system, particularly the headbearing assemblies that triggered advisories in both 2019 and 2022. Listen for any clunking or metallic knocking when turning the wheel at various speeds, as loosened headbearings can produce audible play that manifests as roughness in corners. The drive chain, noted as slightly loose and requiring replacement in the 2022 MOT, should be inspected for visible slack, abnormal noise when moving through gears, or signs of stretched length that could indicate premature wear. Given the low mileage, it is unlikely the chain has reached critical fatigue, but the prior note of looseness suggests a tendency toward elongation that may accelerate under heavier use. Additionally, a visual inspection of the subframe and chassis should confirm the absence of surface rust or paint flaking, even though the low annual mileage reduces immediate corrosion risk; any pitting or rust spots found would require immediate repair before committing to ownership. For a prospective buyer, the safest approach involves a practical verification strategy that addresses the documented advisories first. During the test drive, apply gentle input to each corner and observe whether steering feels firm throughout the range of travel, paying particular attention to any increase in resistance or vibration through the steering column. Check the drive chain engagement point visually – if the chain appears misaligned or exhibits noticeable slack, this would necessitate professional adjustment or replacement regardless of the original MOT recommendation. Since the car has accumulated very little distance since its last MOT in June 2024, any new warning lights, unusual sounds, or handling irregularities detected during this period should prompt an independent inspection before proceeding further. While the overall MOT record demonstrates compliance and the low mileage suggests limited wear on most systems, the recurring steering headbearing issues and the previously noted drivetrain wear represent the primary mechanical considerations that could affect the vehicle's future reliability if not addressed proactively.