2014 Suzuki Alto 1.0L Petrol · NA14 LFU

The vehicle presents a concerning roadworthiness profile characterized by a worsening trend in mechanical degradation and deferred maintenance. While the car passed its most recent test on 17 July 2025 at 157,420 miles, the failure just one week prior reveals multiple unresolved issues including exhaust emissions and lighting faults. The persistence of an offside front anti-roll bar linkage ball joint fault into the 2025 pass suggests that repairs are being kept to the minimum required for compliance rather than addressing underlying mechanical wear. At 157,420 miles, this 2014 Suzuki Alto has covered significant mileage, averaging over 13,000 miles per year. The record shows consistent, heavy use, with 16,000 miles clocked between January 2023 and July 2025. This high-frequency usage has clearly accelerated the wear of rubber components and braking hardware. The gap between the April 2024 failure and the subsequent pass shows a history of significant pipe corrosion and disc pitting, indicating the vehicle is subjected to harsh environments without preventative intervention. A buyer must prioritise a thorough inspection of the braking system and suspension geometry. The history from April 2024 highlights extensive corrosion across all brake pipes and rear trailing arms, which is a high-risk area for structural integrity and safety-related failure. Recurring reports of worn front suspension arm bushes and anti-roll bar links across multiple years suggest the front end is nearing the end of its service life. Furthermore, the perishing rear tyres noted in 2024 indicate that the owner has previously neglected basic consumable upkeep until forced to. The failure in July 2025 regarding lambda readings outside specified limits suggests potential issues with the oxygen sensor or engine management, which can be costly to rectify at this mileage. Given the history of imbalanced brakes and corroded pipes, the vehicle should be checked for structural rust on the chassis and brake lines. This car shows a pattern of reactive maintenance where faults are only addressed when they trigger an MOT failure.