2010 Hyundai Iload 2.5L Diesel · LS60 NRL

The most recent DVSA examination on 25 September 2025 resulted in a pass, accompanied solely by a minor advisory regarding slight deterioration of the front registration plate. Reviewing the trajectory of tests from 2019 through 2025 reveals a broadly stable maintenance trend, with each annual assessment securing a pass despite a varied portfolio of advisories. A single failure occurred in September 2020 due to an inoperative nearside front position lamp, which is a trivial electrical rectification, and the vehicle has consistently returned to roadworthy status at every subsequent test. No structural corrosion, brake failure, or emission non-compliance has been recorded, suggesting that mechanical upkeep has been reasonably conscientious, even if minor defects and wear-related advisories continue to surface. With a recorded odometer reading of 82,208 miles against an age of approximately sixteen years, this Hyundai iLoad has averaged around 5,138 miles annually, which is markedly below average utilisation for a commercial van and warrants particular consideration. Such a low annual mileage can indicate either genuinely light duty cycles or, more likely given the vehicle type, extended periods of standing between work assignments. Both scenarios carry distinct mechanical implications. Light running alone will accelerate time-dependent deterioration of components such as timing belts, drive belts, hoses, battery health, brake fluid, coolant, and tyres through age-related perishing rather than wear. Conversely, prolonged standing commonly produces surface corrosion on brake discs, binding or seized caliper slide pins, oxidation of the underbody and brake pipework, and premature ageing of suspension bushes through static loading rather than active articulation. The advisory history presents several themes worth investigating at the point of purchase. Front lower suspension arm ball joints and rear suspension arm pins or bushes have been flagged with slight play on multiple occasions from 2019 through 2023. Although these were deemed within advisory tolerances at the time, the natural progression of such wear typically advances steadily and you should listen carefully for clonks or knocks emanating from the front suspension over speed humps, uneven road surfaces, and during full-lock manoeuvres. Given that these advisories have now lapsed from the recent record without reappearance, the components may have been replaced or may have progressed further; a physical inspection by placing the vehicle on a ramp or conducting a firm-handed check of the wheels for vertical and lateral play is prudent. The brake pipe corrosion advisories recorded between 2019 and 2020 are more concerning, as the DVSA inspector noted surface corrosion on both rear brake lines. While the covering in grease or similar material suggests previous remedial treatment rather than active perforation, brake lines on a vehicle of this age are particularly vulnerable to underfloor corrosion, especially given a likely commercial working environment. You should arrange a thorough visual and, ideally, borescope inspection of the brake pipes along their full length, paying particular attention to unions, bends, and areas where road debris accumulates, and budget for possible replacement of sections before the next MOT. Beyond the advisory history, the low annual mileage profile demands focused attention on calendar-based deterioration. Inspect all four tyres, including any spare, for sidewall cracking, perishing, and age-related hardening of the rubber compound, as tyres older than six years from manufacture date become progressively compromised regardless of remaining tread depth; confirm the DOT date code on each sidewall. Examine the brake discs carefully for severe pitting or lipping resulting from corrosion due to infrequent use, and confirm that the caliper sliders retract freely without binding. Lift the bonnet and verify the production date of the 12V battery, as batteries beyond five years of age in low-use vehicles frequently fail to hold adequate charge. The timing belt on the diesel engine fitted to this generation of iLoad is typically due at six-year or 90,000-mile intervals, so any uncertainty regarding its replacement history represents an immediate and potentially costly priority that must be evidenced through service documentation. Finally, request evidence of brake fluid and coolant renewal within the past two to three years, as these hygroscopic fluids degrade with age alone and should be exchanged on a calendar basis irrespective of mileage.