2013 Mercedes-Benz E 2.1L Diesel · E8 PSC

The vehicle currently holds a valid MOT pass as of 11 December 2025, just under six months ago, but its maintenance trend is clearly worsening. Despite passing the most recent test, it carried over unresolved advisories from prior years—specifically corroded and grease-covered brake pipes—and had only narrowly avoided failure after rectifying serious subframe corrosion detected three days earlier. This pattern suggests reactive rather than preventative upkeep, with critical structural and braking components repeatedly flagged. With 156,975 miles on a 2013 vehicle, annual mileage averages around 12,075 miles—higher than typical for its age. The recorded mileage shows consistent use, with approximately 13,000 miles added between December 2023 and December 2024, and another 10,000 miles in the following year. There are no unexplained gaps or sudden spikes, indicating steady driving rather than prolonged storage or erratic usage. However, this sustained high mileage correlates directly with accelerated wear on tyres, brake components, and suspension parts evident across multiple tests. A prospective buyer should pay close attention to the braking system. Corroded and contaminated brake pipes have appeared in every MOT since at least 2022, raising concerns about potential leaks or compromised hydraulic integrity. The repeated tyre wear on edges—often linked to incorrect alignment or suspension issues—further points to underlying geometry problems. Additionally, the nearside rear subframe corrosion that triggered a failure in December 2025 demands thorough inspection; even if repaired, such structural degradation can recur or indicate broader chassis deterioration, especially in older Mercedes models prone to rust in mounting areas. Given the combination of high mileage, recurring advisories on safety-critical systems, and a recent structural failure, this vehicle requires a detailed pre-purchase inspection focusing on the subframes, suspension bushes, brake lines, calipers, and wheel alignment. While it remains roadworthy today, the trajectory of faults suggests escalating repair costs and diminishing reliability without significant remedial investment.