2004 Hyundai Getz 1.3L Petrol · VX04 HPE

The Hyundai Getz presents a stable roadworthiness record in its most recent MOT cycles, with no defects logged across the past two tests—one passed and one failed—both dated May 2025 at 95,937 miles. The absence of advisories or failures in these tests suggests that critical mechanical and structural components, including brakes, suspension, and emissions systems, have been maintained at a functional level. However, the repeated pass/fail pairing on the same day at identical mileage raises procedural questions, as it implies either a clerical error or an unusually swift re-test without intervening repairs. Prior to this, the May 2024 and May 2023 tests also showed clean results, with no defects recorded in either passed or failed entries, reinforcing a pattern of consistent compliance with basic roadworthiness standards. The vehicle’s mileage accumulation—just over 4,300 miles per year—is unusually low for its age, indicating either minimal use or prolonged periods of inactivity. Between May 2023 and May 2025, the odometer advanced by just 1,859 miles, a figure that suggests the car may have spent significant time parked rather than in regular service. This low mileage could mean reduced wear on consumables like tyres and brake pads, but it also raises concerns about fluid degradation, such as brake fluid or engine oil, which can break down even without extensive driving. The lack of mileage progression between tests further implies that the vehicle may not have been subject to routine checks beyond the MOT itself, a pattern that could mask deferred maintenance issues. Given the clean MOT history, a prospective buyer should prioritise a thorough inspection of fluid levels and condition, particularly brake fluid, coolant, and engine oil, all of which may have degraded due to limited use. While the MOT record shows no brake-related defects, binding calipers or uneven wear could still develop in a vehicle with such low annual mileage. Suspension components, including bushings and coil springs, should be checked for dryness or cracking, as these are less likely to show wear in a static vehicle but could fail suddenly when driven. Structural corrosion, especially around wheel arches and underseal, should be scrutinised, as moisture retention from infrequent use can accelerate rust formation in older models. Finally, the electrical system—including lights, wipers, and sensors—should be tested, as intermittent use can lead to wiring or connector issues that may not surface during MOT testing.