Mercedes-Benz — S-Class
Passenger car with an 8-cylinder petrol engine.
- Risk level
- Serious risk
- Type
- Environment, Fire, Injuries
- Kategori
- Motor vehicles
- Fare
- In the event of an independent hardware failure, the lambda control in the Engine Control Unit (ECU) software can erroneously increase the amount of injected fuel during cylinder deactivation. As a result, exhaust temperatures can increase and this can damage surrounding components (e.g. engine wiring harness, catalytic converter). This can create an unexpected loss of propulsion, increasing the risk of accidents and injuries. Moreover, this can increase the risk of fire. In addition, local statutory exhaust emission limits could be exceeded.
- Origin
- Germany
⚖️ Handlinger bestilt af myndigheder
- ▸ Measures ordered by economic operators (to: Manufacturer) Recall of the product from end users
What is this? This is a notice about some Mercedes-Benz S-Class cars. A small computer part may fail and cause the engine to run too hot.
What's happening? The car’s computer might send too much fuel to the engine. This can make parts overheat or even start a fire.
Does this affect me? If you own or drive one of these cars, you could be at risk. The problem is in cars from Germany.
What should I do? Take your car to a Mercedes-Benz dealer right away. Ask your mechanic or doctor if you feel unsafe driving it.
🤖 Denne letforståelige oversigt er automatisk genereret ud fra den officielle meddelelse fra myndigheden ved hjælp af AI. Den er udelukkende til generel information — ikke medicinsk rådgivning. Vedrørende beslutninger om din sundhed, skal du altid konsultere en farmaceut eller læge og læse den officielle kilde, der er linket nedenfor.
🔬 Medicinske/tekniske detaljer Til fagfolk
Risk level: Serious risk · Type: Environment, Fire, Injuries · Category: Motor vehicles · Hazard: In the event of an independent hardware failure, the lambda control in the Engine Control Unit (ECU) software can erroneously increase the amount of injected fuel during cylinder deactivation. As a result, exhaust temperatures can increase and this can damage surrounding components (e.g. engine wiring harness, catalytic converter). This can create an unexpected loss of propulsion, increasing the risk of accidents and injuries. Moreover, this can increase the risk of fire. In addition, local statutory exhaust emission limits could be exceeded. · Origin: Germany
Alle oplysninger på denne side stammer fra den officielle meddelelse fra myndighederne. Vi oversætter og opsummerer den; vi tilføjer eller redigerer ikke fakta.
