2009 Fiat Bravo 1.4L Petrol · ML09 WSJ

The most recent DVSA examination on 11 May 2026 resulted in a pass, accompanied by a minor advisory for deterioration of the rear registration plate, a minor defect for slight damage to the nearside obligatory mirror, and a minor defect for slight deterioration of the offside headlamp lens. Reviewing the trajectory across the recorded tests, the maintenance trend is broadly stable rather than deteriorating, although there is a clear pattern of recurring advisories that warrant attention. The 2024 test recorded worn front suspension arm pins or bushes on both sides, a defective rear exhaust mounting, and a nearside front tyre nearing its legal limit. The earlier 2021 test produced three major defects and one dangerous failure, including inoperative stop lamps, an offside driver's door that could not be opened from inside, an insufficient windscreen washer supply, and an offside front tyre with tread depth below the 1.6 mm statutory minimum. Despite that serious result, the subsequent tests have all passed, suggesting that remedial work was carried out and the vehicle has been kept broadly roadworthy since, though the cumulative list of advisories indicates ongoing wear items that are unlikely to have been fully resolved. With 89,503 miles recorded across approximately seventeen years, the vehicle shows an annual usage of around 5,265 miles, which is notably low for its age and class. Such low mileage can be advantageous in limiting wear on major drivetrain components, but it also raises the likelihood of long standing periods, which bring their own concerns. Vehicles used sparingly tend to suffer from brake disc corrosion and binding calipers from lack of regular use, oxidation of the exhaust system and underbody components, deterioration of brake fluid and coolant from age rather than mileage, and premature ageing of tyres and the 12V battery due to irregular charging cycles. Any prospective buyer should clarify whether the recorded mileage is genuinely low or whether there are unexplained gaps between tests, as large voids may indicate periods of storage or SORN registration that affect mechanical condition differently from continuous light use. A physical inspection should begin with the suspension, since advisories for worn front suspension arm pins or bushes have appeared repeatedly across the 2020 and 2024 tests, and a competent check should be made of the front lower control arm bush condition, looking for perished or splitting rubber and any perceptible free play when the wheel is levered with a bar. On the test drive, listen for clonking or knocking from the front end over speed humps, uneven tyre wear across the front axle, vague or imprecise steering, and any tracking pull, as worn bushes commonly present in this manner. The exhaust system also warrants close scrutiny, given the 2024 advisory for a defective rear mounting; on a warm engine the exhaust should be inspected for blowing joints, heat shield rattles, and physical security, with particular attention to the rubber mounting hangers which commonly perish with age. Brake feel should be tested from cold, checking for judder or vibration through the pedal which would suggest corroded or warped front discs, a frequent outcome of low-mileage standing use on older vehicles. Beyond the recorded items, several age-related items deserve practical checks during a viewing. Tyres should be examined not only for tread depth but for sidewall cracking, perishing, and uneven shoulder wear, as tyres over six years old can degrade from age alone, and the advisory history shows nearside and offside front tyres approaching or at the legal limit on multiple occasions. The brake fluid, coolant, and any power steering fluid should be assessed for age-appropriate service intervals rather than purely mileage-based schedules, and the 12V battery tested for state of charge, as a vehicle used infrequently is prone to sulphation and reduced cranking performance. The offside headlamp lens has been flagged as slightly defective on three consecutive tests, which would warrant verifying lens clarity, beam alignment, and the function of the dipped beam, particularly given the 2023 failure for an inoperative nearside headlamp on dipped beam. Finally, the bodywork around the nearside outer sill, previously noted as damaged, and the offside driver's door mechanism, which was a major failure point in 2021, should be physically operated and inspected to confirm continued proper function and to rule out any corrosion or structural concern around the lower sill area.