2009 Fiat Grand Punto 1.4L Petrol · SP59 XMV

A pattern of structural and underbody corrosion, compounded by oil leaks and front brake deterioration, defines the mechanical trajectory of this 2009 Fiat Grande Punto. The most recent test on 11 March 2026 returned a pass, yet four advisories were issued, including corrosion to the rear axle, slight external damage and corrosion to both front shock absorber casings, corrosion to the brake hose ferrules at both front corners, and a discoloured nearside front direction indicator. The trend across the recorded history is one of escalating concerns rather than stability. A failed test on 19 February 2024 is particularly significant, recording a seriously weakened front subframe along with excessively fluctuating front brake service performance and worn front discs, while a further failure on 1 July 2019 was linked to exhaust emissions affected by a leak. The recurrence of underbody corrosion advisories at multiple test points, combined with these documented structural and brake issues, indicates an ongoing deterioration of the chassis and braking system that any prospective buyer must treat as the central concern. The recorded mileage of 93,335 miles over approximately 17 years equates to an annual accumulation of around 5,490 miles, which is low for the vehicle's age. The MOT history also reveals notable gaps, with no tests recorded between 2019 and 2021, and again between 2021 and 2023, suggesting extended periods off the road. Low annual mileage combined with sporadic testing often points to irregular use, and mechanically this can mean prolonged standing periods during which brake discs corrode, rubber components such as suspension bushes and brake hoses harden or perish, and oil seals dry out and begin to leak. The fact that oil leaks were recorded at both the sump and gearbox end cover in 2023, following a previous oil leak advisory in 2021, is consistent with a vehicle that has spent considerable time unused between active periods, and the corrosion findings across the subframe, rear axle, brake hoses, and shock absorbers reinforce this picture of age-related degradation rather than high-mileage wear. For a prospective buyer, the front subframe corrosion flagged as a major defect in 2024 should be the primary area of physical examination. The vehicle should be raised on a ramp if possible to inspect the front subframe, suspension arms, and rear axle for advanced rust, perforation, or any subsequent repair work that may not be visible from above. On a test drive, listen for clonks or knocks from the front suspension over uneven surfaces, which could indicate worn bushes, corroded shock absorber mountings, or compromised structural components. The front brake system warrants close attention following the fluctuating service brake reading and worn discs recorded in 2024; check for pulling to one side under braking, a spongy or inconsistent pedal feel, and any grinding or juddering that would suggest disc warping or caliper binding. Inspect the brake hoses at both front corners for cracking, bulging, or further corrosion to the ferrules beyond what was previously noted. The oil leaks from the sump and gearbox, recorded in 2023, should be checked visually by examining the underside for fresh oil residue and by inspecting the engine oil level and quality before any test drive. A blue haze from the exhaust on startup may suggest ongoing sealing issues. Given the low-mileage usage pattern, particular attention should also be paid to components prone to deterioration through standing rather than wear, including the exhaust flexy section, which was flagged as leaking in 2021, and the tyres, which have been recorded as worn to the legal limit on two separate occasions. Verify that all tyres have sufficient tread depth and check for uneven shoulder wear that could indicate alignment issues stemming from worn suspension components. Finally, inspect the shock absorbers for any fluid seepage or corrosion beyond the slight casing damage previously noted, as deteriorated dampers will significantly affect both ride quality and braking stability on a vehicle already showing structural concerns.