2014 Suzuki Swift 1.2L Petrol · OU64 OXS

A pattern of corrosion-related advisories, particularly concentrated around the brake and undercarriage components, defines the recorded mechanical history of this twelve-year-old Suzuki Swift. The most recent test on 18 August 2026 was passed, but it carried advisories for corroded offside front and rear brake pipes, a worn offside front suspension arm bush at the rear mounting, a discoloured nearside rear direction indicator, and an inoperative offside registration plate lamp. Looking back through the sequence, brake pipe corrosion has appeared repeatedly since at least the 2024 cycle, affecting both nearside and offside rear lines on multiple occasions, alongside corrosion to brake hose ferrules at the rear. A 2024 advisory also noted rear subframe corrosion not considered seriously weakened, and the 2025 test added surface corrosion to front and rear suspension components. Two failures are recorded: a dangerous failure in September 2024 for a nearside rear tyre with structural separation, and a presenter-only failure in August 2021 for an inoperative nearside front position lamp. The trend is one of accumulating corrosion-related advisories rather than acute mechanical defects, with brake lines appearing as a recurring concern across consecutive tests. The mileage of 92,021 recorded miles over approximately twelve years equates to an average annual accumulation of around 7,668 miles, which is broadly typical for a vehicle of this age. Testing gaps are minimal and consistent with annual MOT scheduling, with no extended periods off the road that would suggest long-term standing. The mileage progression between tests appears steady, indicating regular use rather than low-activity or sporadic driving. For a Swift of this age and mileage, this usage pattern means that consumables such as brake pads, discs, tyres, and suspension bushes will have experienced normal wear cycles, and the corrosion patterns visible on the undercarriage are consistent with a car that has seen regular road exposure rather than garaged preservation. For a prospective buyer, the brake line corrosion is the most pressing area for physical inspection. Given that advisories have appeared on both nearside and offside rear pipes and now the offside front pipe across three consecutive tests, the protective grease coatings applied previously may only be a temporary measure, and the underlying corrosion is likely progressing. On inspection, the brake pipes should be examined closely for pitting, flaking, or thinning of the metal, particularly at bends and unions, and a firm pedal feel should be verified during a test drive with no sponginess or excessive travel. The offside front suspension arm bush flagged at the rear mounting warrants specific attention; on a test drive, listen for clonks or knocking from the front suspension over uneven surfaces, and check for vague or wandering steering response, particularly over bumps or during direction changes. The rear subframe corrosion noted in 2024 should be physically inspected for any progression, paying particular attention to mounting points and structural integrity. Additional checks should focus on the items flagged in the 2026 test. The registration plate lamp issue is a straightforward electrical fix, but the discoloured nearside rear indicator lens may indicate water ingress or age-related degradation of the lens itself, which could mask the indicator brightness in daylight. The dangerous tyre failure recorded in 2024 highlights the importance of a thorough tyre inspection, looking for any sidewall bulges, cracking, or signs of structural deterioration regardless of tread depth. Given the recurring nature of corrosion advisories on this vehicle, a pre-purchase inspection on a ramp would be strongly advisable to assess the full extent of undercarriage corrosion beyond what the MOT advisory system captures, particularly around the rear subframe area and the complete brake pipe routing.