Volvo S40 I (VS) (1995 – 2004)
Reliability score : 7.2/10
The first-generation Volvo S40 (VS) marks a historic turning point for the Swedish manufacturer. Developed in partnership with Mitsubishi (sharing its platform with the Carisma) and assembled at the NedCar factory in the Netherlands, it abandons Volvo's traditional cubic lines for a more fluid design. Beware, there are two very different cars under this same designation:
- Phase 1 (1995-1999): Imperfect finish, sluggish road handling, average sound insulation, and early issues.
- Phase 2 (2000-2004): Volvo revised over 1,500 parts. The running gear was modified (wider tracks, new suspension), build quality took a leap forward, sound insulation was improved, and passive safety was reinforced (WHIPS, curtain airbags). It is a premium compact sedan which, in its gasoline versions (Volvo modul
✅ Strengths
- Exceptional reliability of Volvo modular gasoline engines (excluding 1.8i GDI)
- Seat comfort (among the best of its generation)
- High level of passive safety (SIPS, WHIPS, airbags)
- Build quality and sound insulation on Phase 2 models (2000-2004)
- Driving pleasure of low-pressure turbo versions (2.0T)
- Corrosion resistance (well-treated bodywork)
⚠️ Weaknesses
- Disastrous reliability of the 1.8i GDI engine (Mitsubishi)
- Disappointing road handling and finish on Phase 1 models (1995-1999)
- Very large turning radius (difficult city maneuvers)
- Reliability of Renault-sourced diesel engines (especially before 2002)
- Limited rear passenger space for a sedan of this size
- High cost of original Volvo spare parts
🎯 Verdict
The first-generation Volvo S40 is a car with two faces. Phase 1 models (before 2000) are to be avoided due to a light finish and imperfect road handling. In contrast, a Phase 2 (2000-2004) equipped with a 100% Volvo gasoline engine (1.8, 2.0, or 2.0T) makes an excellent used purchase, capable of easily exceeding 300,000 km with regular maintenance. Absolutely avoid the 1.8i GDI (Mitsubishi) engine, whose carbon buildup problems are insoluble, as well as the early Renault-sourced diesels.
Common issues
Module de commande électronique du papillon (ETM)
High
🔧 100 000 – 200 000 km
💶 500 – 1 500 € (reconditionné/neuf)
Vérifier l'historique de service de l'ETM, symptômes: ralenti instable, perte de puissance.
Encrassement du système de ventilation du carter (PCV)
Medium
🔧 100 000 – 180 000 km
💶 300 – 600 €
Surveiller les fuites d'huile et la consommation, un PCV bouché peut causer des dommages moteur.
Supports moteur usés
Medium
🔧 80 000 – 150 000 km
💶 200 – 500 €
Tester les vibrations moteur à l'arrêt et en charge, vérifier l'état visuel des supports.
Sonde lambda (oxygène) ou capteur de débit d'air massique (MAF)
Low
🔧 100 000 – 180 000 km
💶 150 – 400 €
Surveiller la consommation de carburant et le voyant moteur, peut affecter les performances.
Estimated maintenance costs
| Oil change |
£70 – 130 |
| Timing belt |
£500 – 1 000 |
| Clutch |
£750 – 1 400 |
| Complete brakes |
£220 – 480 |
| Estimated annual budget |
£550 – 1 100 |
Indicative estimates (independent garage, UK market). Prices vary by region and year.