2007 Moto Guzzi V12 Sport 1.2L Petrol · OU07 GCV

The most recent MOT inspection on 13 December 2025 resulted in a pass with no recorded defects. Evaluating the broader maintenance trend, the vehicle experienced a period of instability during late 2023 and 2024, characterised by a major failure and subsequent advisories regarding braking system fluctuations and binding. However, the transition from a failed test in November 2023 to a clean pass in late 2025 suggests that these braking issues have been professionally addressed and the vehicle's mechanical status is currently stable and improving. With a recorded mileage of 19,004 over approximately 19 years, this vehicle has averaged only about 1,000 miles per year. This extremely low annual usage indicates that the machine has likely been used for seasonal leisure or has spent significant periods in stationary storage. While this low mileage suggests minimal wear on the internal engine components and drivetrain, it necessitates a cautious approach toward components that degrade through age and inactivity rather than mechanical friction, particularly rubber seals, fluids, and electrical systems. Given the history of braking advisories, a thorough inspection of the braking system is essential. During a test drive, pay close attention to any brake shudder, uneven braking effort, or a feeling of binding when the brakes are released. You should check the brake discs for excessive corrosion or scoring and ensure the calipers are not sticking due to prolonged periods of standing. Because of the low mileage and age, you must also inspect the tyres for sidewall cracking or perishing, as rubber can degrade significantly even if the tread depth remains high. Furthermore, verify that the service history includes time-based maintenance, such as regular brake fluid and oil changes, as fluids can absorb moisture and degrade over time regardless of distance travelled. Finally, check for any signs of fluid leaks from seals that may have dried out or for any corrosion on exposed metal surfaces caused by long-term storage.