2008 Alfa Romeo Brera 2.4L Diesel · MV08 ETZ

The vehicle currently holds a valid MOT certificate, though the maintenance trajectory shows a worsening trend in structural corrosion and rear brake efficiency. The May 2026 test recorded a pass at 86,192 miles, yet the tester flagged binding rear service brakes and noted corrosion across the rear sub-frame and both rear suspension arms. These defects mirror the exact failure points from the initial test four days earlier, where the car failed on headlamp alignment and excessive exhaust emissions alongside the same structural and brake advisories. The persistence of binding rear brakes indicates a lack of routine caliper servicing or slide pin lubrication. Corrosion on load-bearing suspension components has progressed from general advisories in 2025 to specific sub-frame and arm deterioration in 2026. The vehicle remains roadworthy for now, but the underlying metal degradation requires immediate monitoring. Annual mileage sits at approximately 4,788 miles, which is notably low for an eighteen-year-old Alfa Romeo Brera. The odometer advanced from 78,837 miles in March 2023 to 86,192 miles by May 2026, averaging just under 2,500 miles per year over this period. A larger jump occurred between April 2024 and April 2025, when the reading increased by 1,900 miles, followed by a minimal 693-mile gain over the next twelve months. Low annual usage often points to short local trips or extended periods of inactivity. Standing vehicles typically suffer from seized brake components and degraded rubber seals, which aligns directly with the binding rear brakes and hydraulic power steering leak recorded in 2024. The sparse mileage accumulation suggests the previous owner prioritised preservation over regular mechanical exercise. A prospective buyer must commission a thorough structural and mechanical inspection before purchase. Repeatedly ignoring binding rear brakes and deferred brake pipe replacement points to an owner who skipped fundamental servicing intervals. The April 2025 examination recorded pitted front brake discs and thin pads, which represent routine consumable wear, whereas the progressive corrosion on the rear sub-frame and suspension arms represents a genuine structural risk that demands urgent undercarriage assessment. The binding rear brakes require immediate attention to free the calipers and replace seized slide pins. Inspect the anti-roll bar linkages for excessive play, as slight movement appeared across both sides in consecutive tests. Verify the exhaust system and engine management sensors to confirm the recent emissions failure was properly rectified rather than temporarily bypassed.