Description
The Rebuilt Mercedes C-Class 205 C63 AMG 4.0i V8 Engine is a high-performance, professionally rebuilt engine designed to restore your AMG to factory-level power and reliability. With 177,980 km mileage, this engine has been carefully overhauled to ensure precision, durability, and optimal performance. It is ideal for replacing a worn or damaged engine while maintaining the signature AMG performance and driving experience.
Compatibility
- Mercedes-Benz C-Class 205 C63 AMG
- Engine type: 4.0i V8
- Mileage: 177,980 km
- Compatible with all 205 C63 AMG models requiring the 4.0i V8 engine
- Direct-fit replacement for factory mounting points, sensors, and electronic modules
Specifications
- Engine type: 4.0i V8 AMG
- Engine condition: Professionally rebuilt
- Mileage prior to rebuild: 177,980 km
- Overhauled internal components for durability and performance
- OEM-equivalent quality for precise fitment and alignment
- Supports all factory sensors, turbochargers, and electronic systems
- Engineered to maintain AMG power output and reliability
Benefits & Use Cases
- Replacement: Perfect for repairing or replacing a worn or faulty engine
- Performance: Restores AMG-level power, torque, and acceleration
- Reliability: Rebuilt with high-quality components to extend engine life
- Precision Fit: Direct installation ensures all sensors, turbos, and electronics operate correctly
- Global Availability: Suitable for Mercedes repair shops, performance garages, and AMG owners worldwide
Features Summary
- Professionally rebuilt Mercedes C-Class 205 C63 AMG 4.0i V8 Engine
- Mileage prior to rebuild: 177,980 km
- Overhauled for OEM-level performance and reliability
- Compatible with factory sensors, turbos, and electronic modules
- Direct-fit installation for 205 C63 AMG models
- Designed to restore factory power, durability, and AMG driving experience
Technical Notes
- Supports all factory electronic and turbo systems
- Recommended for professional installation or certified Mercedes AMG specialists
- Ensures smooth operation, optimal power delivery, and long-term reliability
