2013 Mazda CX-5 2.0L Petrol · RF63 JXT

The vehicle is currently roadworthy but the maintenance history reveals a trend of reactive rather than proactive upkeep. While it passed its most recent test in August 2025 at 62,486 miles, this followed a significant failure earlier that highlighted multiple mechanical and suspension defects. The transition from a clean record in 2024 to a multi-point failure suggests the owner only addresses components when necessitated by a failure rather than performing routine preventative maintenance. At 13 years old, the recorded mileage of 62,486 miles is notably low, averaging approximately 4,800 miles per year. This low usage typically reduces wear on the engine and drivetrain components, yet it often leads to degradation of rubber-based parts and corrosion. The gap between the August 2024 test at 56,910 miles and the August 2025 test at 62,486 miles shows a consistent annual run of roughly 5,500 miles, which matches the historical average but confirms the vehicle has seen limited road time. A buyer must closely inspect the suspension geometry, given the recurring issues with coil springs. The record shows a fractured offside rear coil spring in 2023 followed by a fractured nearside rear spring in 2025. Additionally, the failure of the offside front track rod end with excessive play in 2025 indicates that steering components are reaching the end of their service life due to age. You should check for further wear in other bushings and ball links to ensure the repairs have not masked secondary issues. The braking system requires immediate attention or thorough verification. The 2025-08-22 failure flagged thin pads on both front and rear axles alongside worn front discs and pitted rear discs. Although the vehicle passed after these repairs, the presence of pitting on the discs suggests the car may have sat for long periods, leading to surface corrosion. Check for binding calipers or uneven pad wear to ensure the low-mileage usage has not resulted in seized components within the braking assembly.