2018 SEAT Ateca 1.5L Petrol · GL68 ACX

A consistent pattern of brake pad wear advisories forms the defining mechanical theme of this SEAT Ateca's MOT history, appearing in three of the four most recent tests despite the vehicle passing each year without any failure items. The November 2024 test recorded both front brake pads as wearing thin, the November 2023 test repeated this observation on both nearside and offside fronts, and the November 2022 test flagged the nearside rear pad for the same reason. Only the 2021 and 2025 tests returned clean sheets with no advisories. While none of these wear notes escalated into failure categories, the recurrence across multiple consecutive tests indicates a predictable consumption pattern for the braking system rather than isolated events, and any prospective buyer should treat the brake friction material as a near-term replacement item rather than background information. Against an age of approximately eight years, the recorded 58,800 miles equates to a roughly typical annual accumulation of around 7,350 miles, placing the vehicle squarely in line with average usage for its cohort. There are no significant gaps between tests, with annual MOT entries spanning from 2021 through 2025, which suggests the vehicle has remained in continuous road use throughout the recorded period rather than experiencing extended periods off the road that could otherwise bring risks of seized calipers, deteriorated brake fluid, or perished rubber components. The mileage progression itself does not show any abrupt jumps or implausibly low readings, so mechanical wear on consumables, suspension bushes, and drivetrain components should be proportionate to the odometer reading rather than artificially masked. Given the recurring brake pad advisories, a physical inspection should begin with a thorough check of pad thickness across all four corners, paying particular attention to the front axle where thin pads were flagged in two consecutive years and to the rear nearside pad noted in 2022. The condition of the brake discs should also be examined for lipping, surface corrosion, or scoring, as pads that have been allowed to run close to the metal backing will have accelerated disc wear. On a test drive, listen for any brake squeal or grinding under light application and feel for judder through the pedal or steering wheel under firm braking, which would indicate warped discs rather than simply worn friction material. The handbrake should also be tested on an incline, as the rear caliper mechanisms can seize on vehicles that see primarily low-speed urban use. Beyond the braking system, the test drive should focus on the suspension and steering, listening for clonking or knocking noises from the front end over speed humps and uneven surfaces, which would suggest worn anti-roll bar bushes, drop links, or top mounts. Steering should remain centred and free of vibration or pulling to either side under braking or acceleration. With the typical annual mileage recorded, items such as tyres, wiper blades, and the 12V auxiliary battery are likely approaching mid-life rather than end-of-life, but a buyer should still verify even tread depth across the rear pair and confirm that all warning lamps extinguish promptly after the engine is started. Finally, a visual inspection underneath the vehicle for any fluid staining around the engine, transmission, or rear diff, combined with a check for corrosion on the exhaust and subframe mounting points, will round out an assessment consistent with the wear profile shown in the MOT record.