2011 Mazda 3 1.6L Petrol · SW61 UFL

The vehicle remains roadworthy, but the maintenance trend shows a clear shift toward deferred attention after several years of clean records. While the car passed its 2022 through 2024 tests without any defects, the most recent inspection in November 2025 at 82,589 miles revealed multiple mechanical-related advisories. This suggests that while the vehicle was previously well-maintained, it is now entering a phase where components require immediate proactive replacement. At 82,589 miles, this fifteen-year-old Mazda reflects significantly low annual mileage, averaging approximately 5,500 miles per year. The data shows a consistent usage pattern between 2021 and 2025, where the vehicle covered roughly 28,000 miles over four years. However, the jump of 6,600 miles between the last two tests indicates a steady driving habit. Low mileage often leads to the degradation of rubber components and brake hardware, which aligns with the specific issues issues noted in the latest test. A buyer must prioritise a thorough inspection of the braking system and suspension geometry. The November 2025 test flagged corrosion on the ferrule of both rear brake hoses and a fluctuating offside rear service brake, which indicates a risk of future hose failure or caliper binding. The noted play in the rear anti-roll bar linkage ball joints and the uneven wear on the inner edges of all four tyres suggest alignment issues or worn suspension bushes that need addressing to prevent further premature tyre wastage. Structural integrity remains a factor as mention of age-related corrosion in the latest report requires a close look at the sills and floor pans to ensure the rust is not progressive. Given the previous oil leak recorded in 2021, the engine bay should be checked for active weeping to ensure the leak has not worsened over time. While the car has a history of clean passes, the recent cluster of advisories means the next owner should be prepared for immediate mechanical investment to keep the vehicle in peak condition.