2019 Jeep Compass 1.4L Petrol · RR52 ALS

The vehicle is currently roadworthy, but the maintenance trend shows a clear pattern of reactive rather than proactive ownership. The most recent test in October 2025 at 58,863 miles resulted in multiple advisories for thin brake pads across all four wheels. This indicates that the previous owner only addressed critical components when they reached the point of failure rather than following scheduled service intervals. While the vehicle passed, the recurring nature of wear-related defects suggests a history of neglecting basic mechanical upkeep. The mileage profile is consistent with a seven-year-old vehicle, averaging approximately 8,400 miles per annum. There is a notable gap of over 10,000 miles between October 2023 (36,973 miles) and September 2024 (47,162 miles), followed by another 11,700 miles before the October 2025 test. This steady accumulation suggests the car is used regularly, which is generally positive for preventing components from seizing, but it also explains the consistent degradation of rubber and way materials seen in the inspection data. A buyer must conduct a thorough inspection of the suspension and steering geometry. The failure in September 2024 due to an excessively worn nearside front anti-roll bar linkage, combined with repeated reports of tyres wearing on the edges or reaching the legal limit, suggests a potential alignment issue or premature wear of suspension bushes. The buyer should check for lateral play in the ball joints and control arms to ensure the front end issues have been fully rectified beyond the single linkage replacement. The braking system requires immediate attention. Given that the 2025 test flagged thin pads on every corner, the discs are likely scored or thinned as well, which may necessitate a full overhaul. Additionally, the history of sidewall cuts reaching the cords in 2023 indicates a lack of attention to' safety; the buyer should verify the current tyres for structural damage or uneven wear that would indicate further mechanical faults.