2019 SEAT Ateca 2.0L Diesel · DL69 BFK

A clean and unblemished pass on October 4, 2025, crowns a remarkably straightforward MOT history for this SEAT Ateca, demonstrating a stable pattern of roadworthiness across four consecutive tests without a single recorded failure. The vehicle's path through the testing system shows only one minor blemish in October 2024, at which point all four tyres were logged as worn close to the legal limit or wearing on the edges. With the subsequent 2025 test returning zero defects, it is evident that a full set of rubber was fitted shortly after that audit, restoring the contact patches to full compliance. Accumulating a modest 30,259 miles over its seven-year lifespan translates to an average annual mileage of roughly 4,300 miles, placing this Ateca firmly in the low-usage category. This light utilization rate means the chassis and drivetrain have been spared the rapid wear typically associated with high-mileage fleet or motorway duties. However, prospective buyers should verify that this gentle usage profile did not involve prolonged periods of inactivity, ensuring that the vehicle has been regularly operated rather than left stationary for months on end. On the test drive, direct your attention to the steering and suspension geometry, specifically listening for any knocking noises or vagueness when navigating uneven road surfaces, potholes, or speed humps. Since all four tyres were previously flagged for edge wear, pay close attention to the vehicle's tracking on a flat straight road to check for any persistent pull to one side, which would indicate misaligned steering geometry or suspension bush wear that escaped the visual MOT inspection. Inspect the inner and outer tread depths of the currently fitted tyres during your physical walkaround, confirming they match the clean bill of health issued at the last test and exhibit even wear patterns across the breadth of the rubber. Check the braking system by applying firm pressure at speed, feeling for any judder through the brake pedal or steering wheel that would suggest warped discs or binding calipers from intermittent use, and verify that the electronic handbrake engages and disengages smoothly without hesitation.