2026 Toyota Aygo X Icon HEV Auto 1.5L Hybrid electric (clean) · SA26 OFH

No MOT test data is currently recorded against this 2026 Toyota Aygo X Icon HEV Automatic on the DVSA system, meaning the vehicle has either not yet reached the minimum age requiring an MOT (generally three years from first registration in the UK), or has been newly registered and is not yet due for its first annual roadworthiness inspection. As the Aygo X was launched as a relatively recent model, this outcome is entirely consistent with a near-new vehicle fresh from the dealership or manufacturer supply chain. Because there are no prior test results, failure points, or advisory notices to review, it is not possible to establish a maintenance trajectory, and any assessment of mechanical condition must rely entirely on physical inspection, manufacturer service records, and verification of build and registration documentation. With no MOT history available, recorded mileage is also absent from the official test record, and mileage context relative to the vehicle age cannot be reliably established. For a 2026 model year vehicle, any very low mileage would typically indicate delivery mileage, demonstrator use, or short-term fleet allocation rather than genuine long-term private use, and this should be verified through the V5C logbook, service book stamps, and any in-car connected service records that Toyota provides for the HEV powertrain. Equally, higher mileages would not necessarily be a concern on a Toyota hybrid of this age, as the brand is well regarded for powertrain longevity, but the odometer reading must be cross-checked for consistency against the vehicle's actual registration date and any dealership or service invoices. For a prospective buyer considering a nearly new Aygo X with no MOT history, the principal inspection priorities shift toward age and standing-related degradation rather than wear-based component failure. Tyres should be examined closely for sidewall perishing, cracking, or visible ozone damage, as even low-mileage vehicles can develop dry-rot on the sidewalls if stored for extended periods or kept under-inflated, and the manufacturing date code on the tyre sidewall should be checked to ensure the rubber is within a sensible age bracket. Brake discs, particularly at the rear where they may be of a more basic drum or solid disc configuration, can suffer from surface corrosion and light pitting from standing, leading to judder or binding on the first application, so a thorough test drive should include several progressive brake applications from moderate speed to check for any vibration through the pedal or steering. The 12V auxiliary battery, separate from the high-voltage hybrid traction battery, should be load-tested or at minimum checked for date codes, as low-mileage or display vehicles frequently suffer from a depleted or sulphated 12V battery that can cause starting and system warnings. Fluid services, including engine oil, coolant, hybrid inverter coolant, and brake fluid, should be verified against the manufacturer's schedule, as brake fluid in particular is hygroscopic and degrades on a time basis regardless of mileage. In addition to the above, a prospective buyer should verify the operation of the hybrid system through a sustained test drive, confirming smooth transition between petrol and electric propulsion without warning lights or unusual system messages, and ensuring the dashboard fuel consumption and trip computer data is consistent with the vehicle's stated age and mileage. The underbody, particularly suspension arms, anti-roll bar links, and coil spring seats, should be inspected for any transit damage or storage corrosion, given the vehicle's recent manufacture. All driver assistance and safety systems, including lane departure, autonomous emergency braking, and reversing camera functions, should be confirmed as operational, as such features are mandatory on a new vehicle and any malfunction could indicate an underlying electrical or calibration issue. Finally, confirming the full Toyota main dealer or specialist service history from the point of delivery will be essential to validate warranty status and ensure the hybrid system battery state of health has been formally recorded.