2016 SEAT Ateca 1.6L Diesel · VO66 GWD

Across five recorded MOT tests spanning 2022 to 2026, this 2016 SEAT Ateca has held a consistent pass record with no failures, the most recent being a clean pass on 29 July 2026 and the prior 2025 test similarly free of defects. The defining mechanical narrative is one of stable roadworthiness punctuated only by tyre-related advisories. Specifically, in July 2024 the front tyres were flagged as worn close to the legal limit on both nearside and offside edges with 3mm of tread remaining, and the 2023 test recorded an offside rear tyre worn close to the limit on its edge. The intervening 2022 and 2025 tests, by contrast, returned no advisories at all, indicating that the wear pattern is intermittent rather than evidence of chronic misalignment or suspension degradation. For a vehicle of this age and class, a clean failure record combined with only minor tyre-edge advisories represents a reasonably favourable MOT profile, though the tyre-edge observations warrant closer scrutiny during a physical inspection. The recorded mileage of 71,381 miles over an approximate ten-year service life equates to around 7,100 miles per year, which sits broadly within the expected range for a family SUV of this vintage and does not point to either unusually light or heavy usage. The annual MOT entries show mileage progression that is consistent with steady, moderate use, and there are no extended gaps between tests that would suggest a prolonged period off the road. Mechanically, this level of annual accumulation means the usual mid-life consumables have been worked but not excessively so. Braking components, suspension bushes, and coil springs will have experienced normal wear cycles, while the clutch and dual-clutch or manual gearbox internals, depending on variant, should not yet be approaching end-of-service life at this mileage. The absence of advisories relating to brake disc wear, fluid leaks, or exhaust corrosion is a positive indicator given that a ten-year-old vehicle could reasonably be expected to begin showing surface corrosion or component wear in those areas. Given the recurring theme of tyres worn on the edges, a prospective buyer should prioritise a thorough inspection of the wheel alignment geometry. Edge wear on both front tyres simultaneously, as recorded in 2024, can indicate either camber misalignment, toe settings that have drifted out of specification, or worn suspension components allowing excessive wheel movement. On a test drive, listen for any clonking or knocking from the front suspension over speed humps or uneven surfaces, which would suggest worn anti-roll bar bushes, drop links, or top mount bearings. Check for uneven steering return or any pull to one side under braking, which can compound alignment issues. Inspect the inner and outer tread shoulders of the current tyres for feathering or one-sided wear patterns, and verify that the tracking has been checked or corrected since the 2024 advisory. Additionally, examine the rear offside tyre area for any camber or thrust angle concerns, as the 2023 advisory on that corner may share a common geometric root cause with the front. Beyond the alignment question, a test drive should focus on the typical mid-life checks appropriate to a ten-year-old Ateca with average mileage. Listen for any rumble or bearing-style drone from the front or rear wheels that intensifies with speed, suggesting wheel bearing wear. Feel for vibration through the brake pedal under firm stopping, which can indicate disc warping, and check for any judder or pull that might point to a binding caliper or uneven pad wear. Inspect the underside visually for any signs of fluid weeping from the engine sump, power steering rack, or rear differential area, and pay particular attention to the exhaust mounting rubbers and heat shields for corrosion. Finally, verify that the tyre tread depths are measured across the full width of each tyre rather than just the centre, as the advisory history shows edge wear specifically, which is far less visible at a glance than central tread loss.