- No-Drop Plus Integration: This comprehensive kit includes a specialized fuel tank sump with a single-bolt design, allowing for a complete installation without the labor-intensive process of removing the fuel tank.
- Titanium Signature Series Plus Enhancements: Equipped with ORB (O-Ring Boss) fittings and 6061 black anodized aluminum components, the system utilizes high-quality black fuel lines for a durable and aesthetically refined finish.
- FASS Silencing Technology (FST): Engineered with military-spec coatings and radius-cut gears, this technology significantly reduces operational noise, making it the quietest fuel-air separation system currently available.
- Performance Radius Cuts (PRC): Exclusive machining techniques eliminate the restrictive 90-degree bends found in inferior systems, preventing the reintroduction of air and ensuring a laminar flow of fuel.
- Mass Flow Return (MFR): This technology continuously "polishes" your fuel by circulating unused diesel back to the tank after it has been filtered, ensuring your engine always pulls from a reservoir of cleaned, debris-free fuel.
- Precision Mounting: Steel bolt-on brackets utilize existing factory bed bolts, eliminating the need for drilling or welding while providing a secure, vibration-resistant foundation for the pump.
- Large-Scale Filtration: With a 30,000-mile filter life expectancy and 1/2-inch fuel lines, the system maximizes flow efficiency while minimizing maintenance intervals.
The FASS NDTSPF20250F220G No-Drop Kit Titanium Series Plus represents a critical upgrade for the 2023-2024 Ford 6.7L Powerstroke, specifically engineered to support moderate to extreme performance demands. By delivering a consistent 220 GPH at 65 PSI, this system provides the necessary volume to sustain engines producing between 600 and 900 horsepower. Beyond mere output, this system serves as a sophisticated filtration powerhouse. It utilizes a 2-micron rating to strip water, air, and debris from your diesel, shielding sensitive injection components from premature wear. The integration of patented air and vapor removal ensures that only pure, energy-dense fuel reaches your combustion chamber, resulting in smoother idling, improved cold-weather starts, and an overall extension of your fuel system's operational lifespan.
No-Drop Plus Integration: This comprehensive kit includes a specialized fuel tank sump with a single-bolt design, allowing for a complete installation without the labor-intensive process of removing the fuel tank.
Titanium Signature Series Plus Enhancements: Equipped with ORB (O-Ring Boss) fittings and 6061 black anodized aluminum components, the syste[...]
- No-Drop Plus Integration: This comprehensive kit includes a specialized fuel tank sump with a single-bolt design, allowing for a complete installation without the labor-intensive process of removing the fuel tank.
- Titanium Signature Series Plus Enhancements: Equipped with ORB (O-Ring Boss) fittings and 6061 black anodized aluminum components, the system utilizes high-quality black fuel lines for a durable and aesthetically refined finish.
- FASS Silencing Technology (FST): Engineered with military-spec coatings and radius-cut gears, this technology significantly reduces operational noise, making it the quietest fuel-air separation system currently available.
- Performance Radius Cuts (PRC): Exclusive machining techniques eliminate the restrictive 90-degree bends found in inferior systems, preventing the reintroduction of air and ensuring a laminar flow of fuel.
- Mass Flow Return (MFR): This technology continuously "polishes" your fuel by circulating unused diesel back to the tank after it has been filtered, ensuring your engine always pulls from a reservoir of cleaned, debris-free fuel.
- Precision Mounting: Steel bolt-on brackets utilize existing factory bed bolts, eliminating the need for drilling or welding while providing a secure, vibration-resistant foundation for the pump.
- Large-Scale Filtration: With a 30,000-mile filter life expectancy and 1/2-inch fuel lines, the system maximizes flow efficiency while minimizing maintenance intervals.