2009 Suzuki Grand Vitara 2.0L Petrol · AV09 FTC

A pattern of front tyre edge wear combined with deteriorating front headlamp lens clarity has emerged as the defining mechanical concern in this Grand Vitara's recent DVSA record, with both items contributing to repeated test failures. The February 2026 test culminated in a pass, but only after a same-day failure caused by a severely reduced light output from a product-coated nearside front headlamp lens, while matching nearside and offside front tyres were flagged as worn close to the legal limit and on the edge. This lens degradation defect is now recurring: in January 2025 the nearside and offside headlamps both failed for the same reason, alongside a non-functioning nearside front position lamp. The compounding of these lighting and tyre issues across consecutive years points to either deferred cosmetic maintenance of the polycarbonate lenses or a recurring driving environment that accelerates shoulder wear, both of which warrant direct inspection rather than assumption. The recorded mileage of 104,781 miles accumulated over seventeen years equates to roughly 6,164 miles annually, which sits comfortably within typical parameters for a vehicle of this age and avoids the elevated wear rates associated with high-mileage use. The MOT history shows tests in early 2024, early 2025, and early 2026, with the mileage progression between these checks appearing consistent and without the large jumps that would suggest heavy motorway use or commercial-style accumulation. The relative absence of structural, brake, or corrosion advisories at this mileage is encouraging, and suggests that the mechanical wear load on consumables and suspension components has been moderate rather than severe, allowing the recorded defects to be largely surface-level rather than indicative of deeper structural fatigue. For a prospective buyer, the rear shock absorbers flagged with light oil misting in February 2026 deserve close physical attention despite being classed only as advisory, as misting on twin-sided units often progresses to a weeping seal and subsequent loss of damping effectiveness. On a test drive, pay particular attention to the damping behaviour by pressing each rear corner with your body weight and observing whether the vehicle returns smoothly and settles quickly; a bouncy or oscillatory response confirms seal degradation. Listen for clonks or knocks from the rear suspension over uneven surfaces and watch for excessive pitch when braking, both of which would indicate the dampers are no longer controlling the mass effectively. Also inspect the shock bodies themselves for fresh wet oil residue below the misting points. The headlamp lens condition warrants a careful after-dark inspection rather than a daytime glance, as DVSA examiners record severely reduced output which may not be obvious in daylight. Check that both front lenses are free of heavy oxidation, moisture ingress, or film coatings, and confirm that the nearside front position lamp illuminates reliably, as this has now failed twice in three years. Front tyres showing edge wear should be inspected for correct inflation pressures, as chronic underinflation or a tracking misalignment commonly produces this wear pattern on a four-wheel-drive vehicle of this type. Finally, the absence of any advisory relating to brake pipe corrosion, subframe integrity, or suspension arm bush wear across the recorded history is a positive indicator, but a thorough inspection of the underbody for surface corrosion typical of a seventeen-year-old SUV remains essential given the age of the vehicle.