2016 BMW Alpina 3.0L Diesel · AL57 PNA

The vehicle presents a stable and improving maintenance trend, culminating in a clean pass on 13 August 2025 at 135,806 miles with zero defects recorded. That result is significant because it follows a failure just over two years earlier on 6 July 2023 at 97,937 miles, where both front shock absorbers were flagged for serious fluid leaks. The subsequent retest on 14 August 2023 at 98,405 miles passed with only a minor windscreen advisory, confirming the suspension defect was rectified. Two consecutive clean passes since then, including the most recent, indicate the underlying issue was properly addressed rather than temporarily patched. The mileage accumulation tells a story of sustained high use. Between the July 2022 test at 75,599 miles and the August 2024 test at 117,282 miles, the vehicle covered roughly 41,683 miles in just over two years, averaging more than 20,000 miles annually during that window. The jump from 117,282 miles in August 2024 to 135,806 miles by August 2025 adds another 18,524 miles in a single year. This is well above the typical UK annual average and points to sustained motorway or long-distance driving, which places considerable stress on suspension bushes, brake discs, tyre sidewalls, and drivetrain components despite the relatively clean MOT outcomes. A buyer should focus the physical inspection on the front suspension assembly, given the documented shock absorber failure in 2023. Check for uneven coil spring seating, weeping damper bodies, and deteriorated top mounts or bump stops that may have suffered accelerated wear from the period of leaking dampers. Inspect inner tyre wear patterns closely, as high-mileage driving combined with a history of suspension defects can produce feathered or scalloped tread that a standard MOT tread-depth check will not reveal. Examine the brake discs and pads for lipping and uneven pad deposition, which are common on vehicles covering this mileage profile. Finally, inspect the subframes, jacking points, and inner wing arches for corrosion, as high annual mileage in varied conditions can accelerate structural deterioration even on premium vehicles.