AMG TURBO UPGRADE M177/M178 1200HP CAPABILITIES
Dual Ceramic Ball Bearing CHRA: The inclusion of a dual ceramic ball bearing in the CHRA (Center Housing Rotating Assembly) sets a new standard for turbocharger efficiency. Ceramic bearings are lighter, more durable, and have lower friction than traditional bearings, leading to a quicker spool time and increased airflow. This results in more immediate power delivery and improved throttle response, enhancing the driving experience.
MAR-M246 Alloy Turbine: We've chosen MAR-M246 alloy for the turbine, which offers significant advantages over traditional Inconel. This high-grade material provides exceptional high-temperature stability and resistance to thermal fatigue, ensuring the turbine maintains performance and structural integrity even under extreme conditions. This translates to a more reliable and long-lasting turbocharger, capable of handling increased power outputs without degradation.
5-Axis Point Milled Billet 6061 Aluminum Compressor Wheel: The compressor wheel is crafted using a 5-axis point milling process from billet 6061 Aluminum. This advanced manufacturing technique allows for more intricate and precise shapes, optimizing the wheel's aerodynamics for maximum airflow and efficiency. The result is a compressor wheel that delivers improved boost pressure and reduces turbo lag, leading to a noticeable improvement in acceleration and power.
Stainless Steel Turbine Housing: Opting for stainless steel in the turbine housing offers several benefits over traditional iron housings. Stainless steel has superior heat resistance, ensuring the housing withstands the high temperatures of exhaust gases without warping or corroding. This material choice also contributes to a lighter turbocharger, aiding in overall vehicle weight reduction and performance improvement.
AMG TURBO UPGRADE M177/M178 1200HP CAPABILITIES
Dual Ceramic Ball Bearing CHRA: The inclusion of a dual ceramic ball bearing in the CHRA (Center Housing Rotating Assembly) sets a new standard for turbocharger efficiency. Ceramic bearings are lighter, more durable, and have lower friction than traditional bearings, leading to a quicker spool time and increased airflow. This results in more immediate power delivery and improved throttle response, enhancing the driving experience.
MAR-M246 Alloy Turbine: We've chosen MAR-M246 alloy for the turbine, which offers significant advantages over traditional Inconel. This high-grade material provides exceptional high-temperature stability and resistance to thermal fatigue, ensuring the turbine maintains performance and structural integrity even under extreme conditions. This translates to a more reliable and long-lasting turbocharger, capable of handling increased power outputs without degradation.
5-Axis Point Milled Billet 6061 Aluminum Compressor Wheel: The compressor wheel is crafted using a 5-axis point milling process from billet 6061 Aluminum. This advanced manufacturing technique allows for more intricate and precise shapes, optimizing the wheel's aerodynamics for maximum airflow and efficiency. The result is a compressor wheel that delivers improved boost pressure and reduces turbo lag, leading to a noticeable improvement in acceleration and power.
Stainless Steel Turbine Housing: Opting for stainless steel in the turbine housing offers several benefits over traditional iron housings. Stainless steel has superior heat resistance, ensuring the housing withstands the high temperatures of exhaust gases without warping or corroding. This material choice also contributes to a lighter turbocharger, aiding in overall vehicle weight reduction and performance improvement.