2001 Subaru Impreza 2.0L Petrol · HV51 ALO

The vehicle is currently roadworthy but the maintenance history shows a worsening trend regarding the braking and suspension systems. In the most recent test in October 2025 at 187,172 miles, the car passed despite the rear service brakes only just meeting requirements, necessitating immediate adjustment or repair. This follows a recurring issue from October 2024 at 184,926 miles where the same defect was noted. The appearance of play in the nearside rear wheel bearing and corrosion across all rear suspension arms indicates that components are reaching a stage of active degradation. At 187,172 miles over 25 years, the Subaru has averaged approximately 7,500 miles per year, which is consistent with typical usage for an older vehicle. The data shows a significant gap in records between May 2022 and July 2023, where only 1,565 miles were covered in 14 months. However, the wording increased rapidly between July 2023 and October 2024, with over 2,100 miles driven in a short window. This surge in use likely correlates with the accelerated wear observed on rubber bushes and major mechanical components in the later inspections. A buyer must prioritize a physical inspection of the rear suspension geometry and braking assembly. The history specifically flags worn bushes on both nearside and offside rear arms in 2024, which has progressed to noted corrosion across the entire assembly by 2025. The slight play in the nearside rear artwork bearing requires a professional check to prevent imminent failure. Given that the rear brakes are consistently on the margin of failure, a technician should inspect the calipers and mechanisms for seized components or rust-related structural thinning of the mounting points. The failure in September 2024 regarding high exhaust lambda and carbon monoxide readings suggests potential issues with the engine mixture or oxygen sensors. While the vehicle passed subsequent tests, these emissions figures should be monitored for fuel efficiency and engine health. Given the age and high mileage, the structural integrity of the rear suspension arms is the primary concern, as the recorded corrosion may eventually move beyond surface level into significant weakening of the metal.