2004 Suzuki Wagon-R+ 1.3L Petrol · YY04 RWW

The most recent MOT test on 12 August 2026 resulted in a pass, though the vehicle carries two minor defects and two advisories that warrant attention. The minor items relate to a slightly loose nearside obligatory mirror and a missing registration plate lamp, both of which are inexpensive and straightforward to remedy. More significantly, the advisories flag a slightly noisy nearside rear wheel bearing and worn front brake discs with thinning brake pads, suggesting that consumable braking components are approaching the end of their service life and that the wheel bearing should be monitored for deterioration. Reviewing the broader history, the vehicle has shown a pattern of repeated advisories around tyre cracking and perishing, fuel pipe corrosion, and corroded suspension components, alongside a fractured rear coil spring in 2025 and an exhaust lambda sensor failure. This indicates a maintenance trend that is broadly stable in terms of pass outcomes but one where age-related corrosion and wear issues are progressively accumulating rather than being fully resolved between tests. With 55,108 miles recorded over approximately 22 years, the vehicle has covered an average of around 2,505 miles per year, which is notably low and suggests extended periods of standing or only occasional use. Such low annual mileage typically results in calendar-based degradation of components rather than wear from regular driving, particularly affecting rubber seals, brake discs and callipers through surface corrosion, the 12V battery through sulphation and reduced capacity, and brake fluid through moisture absorption. The recurring advisories concerning tyre cracking and perishing are entirely consistent with this pattern, as tyres degrade from age regardless of tread depth. Fuel pipe corrosion advisories and suspension arm corrosion are likewise typical of a low-mileage vehicle of this vintage that has likely spent considerable time exposed to the elements. For a prospective buyer, the advisory items recorded across recent tests should drive specific physical inspections and test drive observations. The reported nearside rear wheel bearing noise should be evaluated by listening for a hum or drone that changes with vehicle speed and disappears when cornering, as this helps confirm whether the bearing is at fault rather than related to tyre noise or final drive components. The front brake disc wear and pad thinning warrant a visual inspection of disc surface condition, checking for lipping, excessive scoring, and any signs of brake shudder or vibration under firm pedalling during a test drive, as well as ensuring the callipers are not binding or seized from prolonged standing. Given the fractured offside rear coil spring recorded in 2025, both rear springs should be inspected for any signs of sagging, cracking, or unusual vehicle stance, and the front coil springs noted as corroded should be examined for similar deterioration. A careful inspection of the front track rod end and its dust cover is also advisable, given the 2024 failure on this point, listening for any clonking or vagueness in the steering during low-speed manoeuvres. Beyond the recorded advisories, the age and low-mileage profile of this 2004 Suzuki Wagon-R+ demands particular attention to items that MOT testing does not fully cover. The tyres should be closely examined for sidewall perishing and cracking, as MOT criteria for tyre condition are relatively lenient and significant age-related degradation may not yet be flagged, with replacement strongly considered if the tyres are over six years old regardless of remaining tread. The 12V battery should be load-tested, as low-mileage vehicles commonly suffer from premature battery failure due to chronic undercharging, and a weak battery can also mask underlying charging system faults. All fluid services should be verified by service history, with particular emphasis on brake fluid replacement every two years irrespective of mileage, coolant renewal, and engine oil condition, given the calendar age of the vehicle. The underside should be examined on a ramp for the extent of corrosion on fuel lines, brake lines, and structural components, as the advisories suggest active corrosion that could progress to a future MOT failure or compromise safety. Finally, confirming the vehicle has been driven sufficiently between MOT tests to keep seals lubricated, exhaust systems clear of internal condensation, and the catalytic converter functioning correctly will be important, as prolonged standing is the most common cause of unexpected running issues in low-mileage cars of this age.