Mercedes GLE V167 (2018–2025) (2018 – 2025)

Reliability score : 7.2/10

The Mercedes-Benz GLE V167, launched in 2018, represents the fourth generation of Mercedes' mid-size luxury SUV (or second generation under the GLE nomenclature). Positioned as a direct competitor to the BMW X5 and Audi Q7, it offers a blend of luxury, advanced technology, and robust performance. Built on the MRA platform, it significantly improved over its predecessor (W166) in terms of interior space, infotainment (MBUX system), and driving dynamics. The V167 received a significant facelift in 2023, bringing updated styling, new MHEV (Mild Hybrid Electric Vehicle) powertrains across the board, and enhanced technology. Overall, the GLE V167 is a highly capable and comfortable SUV, generally well-regarded for its build quality and refinement. However, its complexity, particularly with the

✅ Strengths

⚠️ Weaknesses

🎯 Verdict

The Mercedes-Benz GLE V167 is a compelling luxury SUV, offering a superb blend of comfort, technology, and prestige. For those prioritizing long-term reliability and lower complexity, the OM656 3.0L inline-6 diesel (GLE 350 d / 400 d) is arguably the sweet spot. It offers robust performance, excellent fuel economy for its class, and a generally solid engine block, provided the AdBlue system is diligently maintained. The OM654 2.0L diesel (GLE 300 d) is also a good choice for lighter use, but shares the AdBlue system vulnerabilities. Petrol MHEV models (GLE 450, 580, AMG 53/63) offer fantastic performance and refinement, but the 48V mild-hybrid system (ISG, battery) has shown to be a potential Achilles' heel, leading to expensive repairs. If considering these, ensure a comprehensive warranty and a thorough pre-purchase inspection of the 48V system. PHEV models are excellent for specific use cases (regular charging, short commutes on electric power) but introduce the highest level of complexity and potential for issues with both the ICE and high-voltage electric components. They are best suited for buyers who understand and accept this added complexity and potential for higher long-t