2005 Saab 92X Aero 2.0L Petrol · NB05 RFJ

The most recent MOT test on 2025-10-24 confirms the vehicle passed without defects, though the preceding 2023 test revealed significant corrosion-related issues that were addressed with an under-tray installation and advisories for rear coil springs and brake pipes. This suggests the vehicle’s roadworthiness has stabilised since 2023, though the 2023 advisories indicate ongoing structural and mechanical concerns that were not fully resolved. The lack of defects in 2022 and 2025 implies the owner may have addressed the corrosion issues partially, but the 2023 advisories remain a critical point of focus—particularly the rear suspension and brake system components, which are prone to accelerated failure when corroded. The recorded mileage of 101,456 miles over 21 years equates to approximately 4,831 miles annually, which is unusually low for a vehicle of this age. This suggests the car has spent extended periods stationary or was used lightly, potentially mitigating some wear. However, the gap between the 2022 and 2023 MOT tests—just over two years—coincides with the first corrosion advisories, implying the vehicle may have been neglected during that period. The subsequent 2025 test shows no defects, but the 2023 advisories were not repeated, which could mean either effective repairs or continued oversight of the corrosion. A buyer should prioritise a thorough inspection of the rear suspension, particularly the coil springs and mounting bushes, as the 2023 advisories flagged corrosion in these areas. The rear brake pipes were also noted as corroded and contaminated, which could indicate fluid leaks or binding calipers—critical for braking performance. The under-tray installation suggests previous rust penetration, so the floor pans, subframe, and wheel arches should be examined for further corrosion. Given the low mileage, consumables like tyres, wiper blades, and brake pads may still have serviceable life, but the structural integrity of the rear axle and chassis remains the highest risk area.