2017 Suzuki Vitara 1.6L Petrol · FY67 UGU

The vehicle presents a stable roadworthiness record across the available testing period. The most recent examination on 12 December 2025 returned a pass with no defects recorded, continuing an unbroken sequence of clean results dating back to December 2021. Each annual inspection between 2021 and 2025 concluded without failures or advisories. This consistent pattern indicates that statutory compliance checks have been addressed before reaching mandatory limits. The absence of recurring advisories points to steady statutory adherence rather than reactive repairs. The odometer reading of 64,511 miles aligns with typical annual usage for a nine-year-old vehicle. Mileage accumulation has progressed at approximately 7,168 miles per year, showing no sudden jumps or irregular gaps between the recorded test dates. The consistent yearly increase reflects regular road use without periods of extended storage or intensive commercial operation. Regular testing intervals match the standard annual cycle, with examinations conducted in early December each year. This steady progression supports the clean inspection outcomes and indicates predictable mechanical loading on the drivetrain and suspension components. A physical inspection should verify components that MOT tests only sample superficially. The absence of recorded defects indicates that structural corrosion, binding calipers, and worn suspension bushes did not breach statutory limits during the testing window. A hands-on assessment must still confirm the condition of the coil springs, control arm mounts, and brake disc thickness. Buyers should examine the exhaust system for hidden rust at the mounting brackets and check tyre sidewalls for dry rot or uneven wear patterns. Verifying fluid levels, belt tension, and steering play will establish whether the vehicle's current mechanical state aligns with the documented compliance history. The data confirms statutory adherence at each test date, but independent verification remains necessary to assess long-term mechanical integrity.