Mitsubishi Outlander III (GF) (2012–2021) (2012 – 2021)

Reliability score : 7.8/10

The third-generation Mitsubishi Outlander (chassis code GF/GG/ZJ/ZK/ZL) was launched in 2012, marking a significant evolution from its predecessor. Positioned in the family SUV segment, it emphasized efficiency, comfort, and, above all, innovation with the introduction of the plug-in hybrid (PHEV) version in 2013, a world first for a production SUV. This version quickly propelled the Outlander PHEV to become the best-selling plug-in hybrid vehicle in Europe for several years. The model benefited from two major facelifts: the first in 2015 (often called 'Dynamic Shield' for its distinctive new front design) and the second in 2018, bringing aesthetic improvements, interior updates, and technical optimizations, particularly for the PHEV version (transition from the 2.0L to the 2.4L engine and

✅ Strengths

General reliability of gasoline and PHEV powertrains
Suspension comfort and sound insulation (after facelift)
Generous interior space and modularity
Very effective S-AWC all-wheel drive
PHEV version: low running cost if regularly charged, quiet operation
Good residual value for the PHEV

⚠️ Weaknesses

Perceived interior quality and some materials (before facelift)
Modest performance of naturally aspirated gasoline engines with the CVT gearbox
High fuel consumption of the 3.0L V6
DPF and EGR sensitivity on the 2.2L diesel
Battery degradation on early PHEVs (before 2018)
Outdated infotainment on early versions

🎯 Verdict

The Mitsubishi Outlander III, and particularly its PHEV version, represents a wise choice on the used car market. The naturally aspirated gasoline engines (2.0L and 2.4L) are safe bets for their robustness, provided the CVT gearbox is well maintained. The 3.0L V6 is an excellent choice for power and reliability, but its fuel consumption is a limiting factor. The PHEV is the strong point of this model. It is ideal for drivers who can recharge regularly and make daily trips shorter than its electric range (approximately 40-50 km in real-world conditions for early versions, 50-60 km for post-2018 versions). It offers very low fuel consumption in this scenario. However, for long journeys without recharging, consumption can be higher than that of an equivalent diesel due to the additional weight of the battery. The reliability of the hybrid system is generally good, but a battery condition check is crucial for older models. Buying advice : Prioritize a post-2018 PHEV model (2.4L engine and 13.8 kWh battery) if your budget allows, as it offers significant improvements in range and performance. For other powertrains, a complete service history is key. Avoid the 2.2L diesel if your use is

Common issues

Faiblesse ou décharge rapide de la batterie 12V Low

🔧 30 000 – 80 000 km (ou 3-5 ans)

💶 150 – 300 €

Vérifier la tension régulièrement, remplacer préventivement après 3-4 ans.

Dégradation de la batterie haute tension (HV) Medium

🔧 100 000 – 200 000 km (dégradation progressive)

💶 Données insuffisantes (coût de remplacement très élevé, souvent sous garantie)

Privilégier la recharge lente, éviter les décharges profondes fréquentes.

Défaillance du compresseur de climatisation Medium

🔧 80 000 – 150 000 km

💶 800 – 1 500 €

Faire vérifier le système de climatisation lors des entretiens réguliers.

Grippage des étriers de frein arrière Medium

🔧 70 000 – 120 000 km

💶 300 – 600 € (par essieu)

Faire contrôler et nettoyer les étriers régulièrement, surtout à l'arrière.

Estimated maintenance costs

Oil change	£70 – 130
Complete brakes	£220 – 480
Estimated annual budget	£550 – 1 100

Indicative estimates (independent garage, UK market). Prices vary by region and year.