2016 Alfa Romeo Giulietta 2.0L Diesel · WR16 RZA

The 2016 Alfa Romeo Giulietta presents a stable and improving maintenance trend, culminating in a clean pass on 26 March 2026 at 61,536 miles with zero defects recorded. This marks a notable turnaround from the previous annual test cycle, where the car failed on 15 April 2024 at 55,946 miles due to a worn nearside front tyre and a parking brake efficiency deficiency. Both issues were rectified before a retest later that same day, and the subsequent two consecutive passes with no major defects suggest the previous owner addressed those faults promptly and has maintained the vehicle to a reasonable standard since. The mileage accumulation of roughly 6,150 miles per year sits squarely within typical use for a decade-old vehicle, and the record shows no suspicious gaps or sudden spikes in usage. The 2,606-mile increase between March 2025 and March 2026 is consistent with steady daily driving, while the 3,871-mile jump from April 2024 to March 2025 also falls within a normal annual range. There are no prolonged periods of inactivity evident in the data that would raise concerns about seized components or deteriorated fluids from long-term standing. The recurring tyre wear advisories and the parking brake failure in 2024 point to two areas a buyer should inspect closely on a physical viewing. Uneven or edge wear on the nearside front tyre in April 2024 could indicate tracking or suspension geometry issues, so checking the condition of the front suspension bushes, track rod ends, and coil springs for wear is advisable. The parking brake efficiency failure, while resolved, warrants a hands-on test to confirm the handbrake holds firmly on a gradient and that the rear brake calipers are not binding or sticking. Beyond these flagged items, a thorough underbody inspection for corrosion on the subframes, brake lines, and exhaust system remains prudent for a vehicle of this age, particularly around the rear arches and sills where Alfa Romeo Giuliettas are known to develop surface and structural rust over time.