Spool Performance Stage 3 Low Pressure Fuel Pump (Racing)
Mercedes-AMG M157
Racing low-pressure fuel pump for AMG M157 – maximum fuel supply at high performance levels, designed for uncompromising performance setups.
Description
The Spool Performance Stage 3 Low Pressure Fuel Pump was specifically developed for high-performance Mercedes-AMG vehicles with the M157 V8 biturbo engine . Its aim is to significantly increase and stabilize the fuel supply in the low-pressure system, ensuring a constant supply to the high-pressure pumps even at high boost pressures and increased injection quantity. The Stage 3 version is specifically designed for vehicles with extensive performance upgrades and a racing pedigree.
Technology & Construction
- High-performance low-pressure fuel pump
- Significantly increased flow rate compared to the standard version
- Designed for high continuous load and thermal stress
- Optimized for high-performance turbo conversions
- Racing-oriented design without compromises in comfort
Application area & performance
- Stable fuel supply at high performance levels
- Prevention of pressure drops in the low-pressure system
- Ideal basis for Stage 3 and high-power setups
- Suitable for drag strip, track days and motorsport
Advantages compared to the standard pump
- Significantly higher fuel throughput
- More power reserves for tuned engines
- Improved stability under full load
- Consistent racing design
- Proven spool performance quality
compatibility
- Mercedes-AMG E63 S – W212 (M157)
- Mercedes-AMG CLS 63 / CLS 63 S – W218 (M157)
- Mercedes-AMG GLE 63 – W166 / X292 (M157)
- Mercedes-AMG S63 – W222 (M157)
- Mercedes-AMG SL63 – R231 (M157)
Suitable exclusively for vehicles with M157 V8 biturbo engine.
Notes
Racing equipment – not approved for use on public roads.
Not street legal. Intended exclusively for motorsport, racing, or export vehicles. Installation should only be carried out by a qualified specialist workshop and requires appropriate engine and fuel system tuning .
© Kraftfahrzeug Technik Hannover (KTH)
