2008 Toyota Aygo 1.0L Petrol · GU08 CSO

The vehicle's history is characterised by recurring mechanical defects within the braking and suspension systems, most notably a persistent issue with the nearside rear service brake which caused major failures on two separate occasions, alongside progressive deterioration of the nearside front suspension arm pin or bush. Although the test conducted on 22 October 2025 resulted in a pass with no defects recorded, confirming that the critical failures identified in October 2024 have been addressed, the recurrence of the rear brake binding and the escalation of the suspension bush wear from advisory to major status indicate significant age-related component fatigue. Earlier records from 2020 highlighted corrosion affecting the offside rear brake pipe and offside front Macpherson strut, suggesting environmental degradation that likely contributed to the subsequent mechanical failures. The current clean result demonstrates roadworthiness at the time of testing, yet the pattern of defects implies that the vehicle requires rigorous verification of the remedial work to ensure the underlying causes of the binding brake and suspension wear have been permanently resolved. Recorded mileage stands at 92,821 miles over an age of approximately 18 years, equating to an average annual accumulation of roughly 5,157 miles, which is low for a vehicle of this vintage. This reduced usage profile may limit wear on high-friction consumables such as brake pads and clutch components, but it does not mitigate the inevitable degradation of rubber suspension bushes, seals, and corrosion-prone metalwork associated with the vehicle's age. Low mileage can also be indicative of periods where the vehicle was stationary for extended durations, a condition that can accelerate the hardening of rubber components and promote surface corrosion, particularly in areas like brake pipes and suspension struts where moisture retention is common. Buyers should consider whether the mileage reflects gentle regular use or intermittent operation, as the latter scenario can exacerbate the specific corrosion and binding issues documented in the test history. A thorough inspection must focus on the nearside rear brake assembly given the history of excessive binding. During a test drive, observe for a distinct pull to the nearside under braking and check for abnormal heat radiating from the nearside rear wheel after a short journey, which would suggest a caliper piston or guide pin that remains seized or poorly lubricated. Listen for grinding or rubbing noises from the rear wheel arch when the vehicle is stationary and the handbrake is operated, and verify that the wheel spins freely without drag when lifted. The nearside front suspension arm pin and bush, which deteriorated to a major failure, requires physical examination for play; the suspension arm should be levered to detect excessive movement, and the vehicle should be driven over uneven surfaces to identify clunking or knocking sounds, particularly during steering inputs or deceleration. Corrosion risks persist, particularly regarding the offside rear brake pipe and offside front Macpherson strut flagged in 2020. Visually inspect the brake pipe for weeping fluid, flaking rust, or structural weakness that could lead to brake failure, and examine the Macpherson strut body for cracks or severe pitting that might compromise mounting integrity. The offside front headlamp has been flagged repeatedly; ensure the lens is free of obscuring product or cracking, and check the internal reflector for moisture ingress or degradation that could impair light output. Finally, request evidence of the repairs undertaken to rectify the October 2024 failures, as the MOT record confirms compliance at the time of testing but does not validate the quality or longevity of the work performed on the binding brake and worn suspension bush.