2007 Hyundai Amica 1.1L Petrol · DY57 AEE

The 2007 Hyundai Amica presents a stable roadworthiness profile, with its most recent MOT test on 1 May 2026 at 26,491 miles resulting in a pass, albeit with an advisory for general underbody corrosion. While the vehicle has cleared recent inspections, the recurring observations from 2025—specifically front tyre wear approaching legal limits and thin brake pads—suggest ongoing maintenance priorities rather than an accelerating decline. The corrosion noted in 2026 requires attention but does not currently impede certification, indicating the vehicle remains operable with targeted upkeep. Mileage progression aligns closely with its 19-year age, averaging approximately 1,394 miles annually. The recorded increases between tests are consistent and gradual: 2,111 miles in 2022–2023, 2,697 in 2023–2024, and 2,436 in 2024–2025, with no abrupt spikes or irregular jumps. The two-year gap between May 2022 and April 2024 saw only 4,475 miles accumulated, reinforcing low utilisation. Such figures imply either light usage or extended periods of inactivity, which can affect component longevity despite the modest wear indicators observed. Prospective buyers should prioritise inspection of the front braking system and tyre condition, given the 2025 advisories for worn tread and thin pads. The tyres exhibited edge wear, which may reflect alignment issues or uneven loading, while brake pad wear at this mileage warrants verification of disc condition and caliper functionality. The underbody corrosion noted in the latest test requires a thorough visual assessment for rust progression, particularly around the chassis rails, sills, and rear subframes. Given the vehicle’s age and infrequent use, suspension components such as bushings, coil springs, and shock absorbers should be examined for deterioration, brittleness, or binding. Additionally, the exhaust system and structural joints merit scrutiny for fatigue or corrosion-induced weakness, as prolonged standing can exacerbate material degradation even at low mileages.