2002 Suzuki Ignis 1.3L Petrol · KG02 NFR

The 2002 Suzuki Ignis presents a concerning pattern of recurring mechanical failures that have progressively worsened over its 24-year lifespan, culminating in a failed 2022 MOT where three separate major advisory categories were issued simultaneously. The most severe issues centered on the rear suspension assembly, with the lower and outer mounting areas showing excessive corrosion that significantly reduced structural integrity of the inner and lower sills, alongside nearside front outer tyres worn dangerously close to legal limits. Additional critical failures included front and rear service brake binding in both 2020 and 2022, indicating a persistent braking system problem that required intervention. Earlier instances of failure in 2018 similarly featured insecure front and rear macropherson strut attachments and rear brake imbalance, suggesting systemic weakness in the suspension and braking architecture that has not been fully resolved. This trajectory of escalating failures rather than improvement signals a vehicle whose fundamental structural components have deteriorated beyond acceptable safety thresholds. The recorded mileage of 70,108 miles against a 24-year age places the vehicle at approximately 2,921 miles per year—a rate far below typical usage expectations for its model year. While this low figure might initially suggest minimal wear on engine components and consumables, the absence of high-mileage indicators masks the reality that corrosion and fatigue have likely accumulated silently beneath the surface. The gap between the 2018 failed MOT and the 2022 failed MOT spans nearly four years without a passing result, providing little opportunity for regular inspections to catch developing problems. There is no evidence of rapid mileage acceleration in the history, meaning the current low odometer reading does not compensate for the cumulative damage already incurred during the vehicle's operational life. The prolonged periods between tests allowed the extensively corroded suspension and compromised brake assemblies to progress undetected until they reached a stage where they now trigger mandatory failure criteria. The rear suspension system requires immediate attention given the documented cases of excessive corrosion compromising structural strength. During a test drive, listen for pronounced knocking or clunking over bumps, particularly when travelling at speed, as the corroded lower and outer mounting points can transmit vibrations through the chassis and affect ride quality. Inspect the front service brakes for any remaining sticking or uneven pad contact, as the 2022 failure specifically identified binding as a major issue; a firm but smooth pedal response is expected if the problem has been addressed. The central rear upper stop lamp malfunction noted in 2021 suggests potential electrical system issues that could affect night-time visibility, though this is less critical than the mechanical failures. Given the extent of subframe and undercarriage corrosion evident in previous failing tests, a thorough visual examination of the entire suspension mounting points and subframe integrity is essential before considering any continued use. Brake-related symptoms demand particular scrutiny due to the dual major failure of front and rear service brakes in both 2020 and 2022. When operating the vehicle, apply the brakes firmly and gradually to assess whether the pedal feels consistently firm throughout both circuits; any spongy or hesitant sensation indicates the binding problem persists or has progressed. Examine the brake pads for uneven wear patterns and check that caliper pistons move freely within their retention bolts, as sticking calipers are a common manifestation of the binding described in the 2022 MOT report. Although the 2021 MOT noted a non-functional headlamp, the primary investment considerations relate to the confirmed mechanical failures—the corroded suspension geometry and brake binding represent active safety risks that cannot be mitigated by simple observation alone. A qualified mechanic should conduct a full brake system inspection including disc thickness measurement and rotor condition, alongside a detailed subframe corrosion assessment, before any purchase decision is made.