2004 Hyundai Getz 1.3L Petrol · CX04 AAZ

This 2004 Hyundai Getz successfully passed its most recent MOT test on January fourteenth of 2026 at a recorded mileage of 117,005 miles. Reviewing the historical test data reveals a generally stable yet recurring maintenance trend, punctuated by a brief failure in early 2025 due to insufficient parking brake efficiency and misaligned headlamps, both of which were promptly rectified for a subsequent pass. However, the recurring advisories concerning brake and fuel pipe corrosion alongside weeping oil from the sump indicate that routine wear and environmental degradation are beginning to accumulate, requiring heightened vigilance from any prospective owner to ensure continued roadworthiness. The vehicle has covered approximately 117,005 miles over its twenty-two year lifespan, translating to a relatively low annual mileage usage of around 5,318 miles per year. While lower mileage can sometimes suggest lighter wear on major drivetrain components, in this instance it indicates periods of intermittent use or standing, which frequently accelerates the degradation of rubber seals, suspension bushes, and metallic underbody lines. Such usage profiles demand careful scrutiny of service documentation to confirm that fluids and filters have been changed on a calendar basis rather than purely according to mileage milestones. On a prospective test drive, you must pay close attention to the braking system and front suspension, keeping in mind the recent MOT notes regarding worn and pitted front brake discs, slight play in the nearside front suspension arm ball joint, and a severely deteriorated constant velocity boot. Listen carefully for any knocking or clunking noises from the front corners when navigating speed bumps or sharp turns, which would confirm excessive wear in the ball joint or control arm bushes. Apply the footbrake firmly at moderate speeds to check for any shudder or pulsing through the steering wheel, and verify that the parking brake holds the car securely on a steep incline without needing excessive lever travel. Furthermore, you should conduct a thorough physical inspection of the underbody and engine bay, specifically addressing the advisory history covering corrosion on the brake and fuel pipes, as well as the black underseal applied across structural mounting areas and inner sills. Check that this underseal has not been used to mask structural corrosion or advanced rot on the chassis. Inspect the oil sump for active weeping, check the tyre sidewalls for age-related perishing or cracking given the low annual mileage, and ensure the twelve-volt battery holds a strong charge for reliable cold starting. Budgeting for immediate replacement of the CV boot, front brake discs, and addressing the corroded fluid lines will be essential to secure this vehicle's long-term mechanical reliability.