It really depends on the vehicle , imo. If you start out with a decent ice vehicle you would be miles ahead of any EV, imo. It's common for a decent ice vehicles to run over 200,000 miles with no real problems. It's common for some ice vehicles to run 300,000 to 500,000 miles with no major problems. An example is a Toyota Camry or 4 Runner.
After all is said to support ev's, the fact is they aren't as good as a similar ice vehicle regarding reliability, repair, longevity and resale which are the issues many people are concerned about.
Bill
Let's take a different approach, let's ask ChatGPT Auto this question: Will an EV vehicle last longer than an ICE vehicle on average?
Answer:
Electric vehicles (EVs) have the potential to last longer than internal combustion engine (ICE) vehicles, but several factors influence this comparison:
### 1. **Simplicity of EV Design**
- **EVs**: Electric vehicles have fewer moving parts (e.g., no complex engine, transmission, or exhaust system). This makes them mechanically simpler and reduces wear and tear. Major components like the electric motor and battery are more reliable over time compared to the complex machinery of an ICE vehicle.
- **ICE vehicles**: Internal combustion engines have hundreds of moving parts that wear out over time, leading to more frequent repairs and maintenance.
### 2. **Battery Life**
- **EVs**: The lifespan of an EV largely depends on its battery. Modern EV batteries are designed to last 10-15 years or more, and many manufacturers offer warranties for 8 years or 100,000+ miles. However, over time, battery capacity will degrade, reducing range but not necessarily making the car unusable.
- **ICE vehicles**: ICE vehicles rely on engine performance, which can degrade over time, though with proper maintenance, they can last several hundred thousand miles. Engines and transmissions may need major repairs or replacement after 150,000-200,000 miles.
### 3. **Maintenance**
- **EVs**: Since EVs don’t require oil changes, timing belt replacements, or exhaust system repairs, they generally have lower maintenance costs and fewer breakdowns.
- **ICE vehicles**: ICE vehicles require more regular maintenance and have higher repair costs over time, as the engine and related systems wear out.
### 4. **Mileage and Usage**
- **EVs**: EVs tend to excel in urban driving and start-stop conditions, where regenerative braking increases efficiency and reduces wear on the vehicle.
- **ICE vehicles**: ICE vehicles, depending on their build quality and how they’re driven, can still last long, especially if mostly driven on highways.
### 5. **Longevity of Key Components**
- **EVs**: The battery is the critical component for EV longevity. While batteries degrade over time, they don’t typically fail entirely. By the time significant degradation occurs, battery replacement costs might decrease, making it feasible to extend the vehicle's life.
- **ICE vehicles**: Engines and transmissions wear out and may require major repairs or replacements, which can be costly.
### Conclusion:
**EVs** have the potential to outlast **ICE vehicles** due to their simpler mechanics and lower maintenance requirements. However, battery degradation is a key factor to consider. In general, an EV’s total lifespan could surpass that of an ICE vehicle, especially as battery technology continues to improve.