2021 Hyundai Tucson Ultimate T-GDI HEV Auto 1.6L Hybrid electric (clean) · LC71 FNE

The Hyundai Tucson in question has maintained a clean MOT record across its most recent two tests, both concluding with no defects recorded. The October 2025 test at 26,113 miles confirms the vehicle remains roadworthy under current DVSA standards, with no advisories or failures to suggest latent mechanical issues. The absence of recurring faults indicates a stable maintenance trend, though the lack of advisory notes also means no proactive warnings were issued for components like suspension bushes, coil springs, or brake binding—areas that often require attention before failure. The most recent test was conducted just nine months ago, placing it within the acceptable window for a pre-purchase inspection, though a thorough mechanical check remains essential given the vehicle’s age. The recorded mileage of 26,113 miles over five years—approximately 5,223 miles annually—sits well below the average for a vehicle of this age, suggesting either light usage or prolonged periods of inactivity. The gap between tests, spanning exactly one year each time, aligns with standard MOT intervals without irregularities. While low mileage typically correlates with reduced wear on high-stress components like drivetrain or suspension, it can also indicate deferred maintenance if the vehicle was stored without regular checks. The lack of mileage spikes or drops between tests further supports consistent, albeit modest, usage rather than erratic driving patterns. Given the clean MOT history, a buyer should prioritise an independent inspection of suspension components—particularly rear bushes and coil springs—due to their susceptibility to wear over time, even at lower mileages. The absence of advisory notes does not preclude gradual deterioration, so visual checks for uneven tyre wear, excessive play in steering, or uneven ride height are warranted. Brake systems, though not flagged, should be scrutinised for uneven pad thickness or warped discs, especially if the vehicle was stored for extended periods, as moisture can accelerate corrosion. Structural integrity, including underbody corrosion and wheel arch integrity, should also be assessed, as hybrid vehicles like this often have exposed battery and cooling systems vulnerable to rust. Finally, the hybrid powertrain’s high-voltage components—battery health, cooling system, and wiring—demand specialist verification, as failures here are costly and safety-critical.