2019 SEAT Arona 1.0L Petrol · PJ19 LFX

A consistent track record of clean roadworthiness defines this vehicle, with the most recent MOT pass on 28 November 2025 showing no recorded defects. The testing history demonstrates a stable mechanical profile, as the single advisory regarding a nearside front inner CV gaiter grease leak from March 2023 was not repeated in subsequent inspections. This progression suggests that the previously noted component issue was either rectified or has not progressed to a point of failure requiring an MOT fail, resulting in three consecutive years of defect-free results. The recorded mileage of 47,277 miles against a 2019 registration indicates an average annual usage of approximately 6,754 miles. This level of accumulation is consistent with typical light-to-moderate usage for a vehicle of this age. Mechanically, this moderate mileage profile suggests that while consumable components like brake pads, discs, and tyres will have undergone standard wear cycles, the vehicle has not been subjected to the accelerated component fatigue often seen in high-mileage urban delivery vehicles or long-distance motorway commuters. Prospective buyers should focus their physical inspection on the nearside front drive assembly to ensure the previously advised CV gaiter issue remains resolved. During a test drive, pay close attention to the steering and front-end acoustics when turning the wheel at low speeds or through tight junctions. Any rhythmic clicking, popping, or clunking noises originating from the front end could indicate that the CV joint has been compromised by the grease leak noted in the 2023 record. Beyond the specific advisory history, the lack of recorded structural corrosion or suspension component wear in the MOT history warrants a visual check of the underbody for any signs of fluid weeping or surface oxidation. While the recent tests have been clear, verifying the integrity of the drive shafts and checking for any sudden changes in steering weight or vibration through the floorpan will confirm that the mechanical stability reflected in the DVSA records is maintained.