2006 Yamaha Raptor 0.7L Petrol · FM55 WGF

The DVSA record for this 2006 Yamaha Raptor presents a notably sparse testing history that is itself the most informative aspect of any prospective evaluation. With only two MOT entries on file, both clean passes with no advisories or defects recorded, the formal evidence of roadworthiness is minimal but entirely positive. The most recent test on 23 July 2025 recorded a pass with no defects, and the prior test on 17 November 2023 was similarly unblemished. While the absence of advisories is encouraging, the limited number of examinations means the buyer has very little longitudinal data from which to draw conclusions about wear trends, and the brief testing history should be interpreted in conjunction with the vehicle's exceptionally low recorded mileage rather than as evidence of long-term mechanical consistency. At 2,449 recorded miles over approximately twenty years, the Raptor has accumulated an average of roughly 122 miles annually, a figure that is strikingly low even for a recreational off-road machine and points strongly towards extended periods of inactivity rather than regular use. The gap between the two recorded tests, from late 2023 to mid 2025, along with the overall twenty-year span, suggests significant lay-up periods during which the vehicle has likely been stored. From a mechanical standpoint, such prolonged standing raises legitimate concerns about the condition of components that degrade with time rather than use, including the carburettor and fuel system, where stale fuel can cause varnish build-up and blocked jets, as well as the seals throughout the drivetrain which may have dried and perished. The braking system, cables, and throttle bodies are also susceptible to corrosion and seizure after years without regular exercise, and the tyres, despite low tread wear, will have aged significantly and lost their compound flexibility. Given the limited MOT data, a prospective buyer should focus the physical inspection on areas the testing history cannot reliably reveal. On a test drive, listen carefully for any irregular engine running, hesitation, or misfire symptoms that would suggest carburettor contamination from old fuel, and verify that the throttle response is crisp without sticking or hesitation. Check that the brakes produce firm, even pressure without sponginess or binding, as calipers that have seized during storage are a common finding on low-mileage off-road machines. Inspect the tyres closely for sidewall cracking, checking for any signs of dry rot, and examine the chain, sprockets, and suspension linkages for surface corrosion or stiff pivot points. It is also prudent to verify the condition of the brake lines and check for any oil residue around the engine casings or suspension seals that might indicate perished gaskets rather than active wear. Ultimately, this Raptor's mechanical risk profile is defined less by any recorded defect and more by the uncertainty surrounding its long-term storage condition. The clean MOT entries confirm only that the machine was roadworthy at the moments of testing, but the extensive periods of inactivity between and prior to these examinations warrant a thorough physical appraisal, ideally with the engine warm and under load, before purchase. A buyer should also consider requesting evidence of recent servicing, particularly fuel system refreshment, brake and clutch hydraulic fluid changes, and any recommissioning work carried out after storage. With careful inspection and likely some commissioning costs, a low-mileage Raptor of this age can be a sound purchase, but only if the storage-related deterioration has been properly addressed rather than merely masked by minimal annual use.