Fuel pressure regulator for car accessories with adjustable 30-70 psi range made from CNC machined aluminium alloy structure supporting high flow electronic injection fuel pumps and applications up to 1000 horsepower in black finish
Universal Fuel Pressure Regulator with 30-70 PSI Adjustable Range for High-Performance Applications

This electronic injection bypass fuel pressure regulator provides precise pressure control for modified vehicles and aggressive street machines requiring consistent fuel delivery. Manufactured from CNC machined aluminium alloy, the regulator maintains structural integrity under demanding conditions while offering tuning flexibility through its adjustable 30 to 70 psi operating range. Designed to support high-flow electronic injection fuel pumps, this universal-fit component accommodates applications producing up to 1000 horsepower, making it suitable for various performance upgrades and engine modifications where stable fuel pressure is essential for optimal combustion and power output.
Features and Construction

The regulator's construction and adjustment capabilities make it suitable for performance tuning scenarios where precise fuel pressure management contributes to engine efficiency and power delivery.
Material and Build
CNC machining processes create the aluminium alloy structure, providing consistent material properties and dimensional accuracy essential for reliable pressure regulation in vehicle engine compartments. This manufacturing approach ensures component integrity when handling fuel system pressures while maintaining compatibility with various mounting configurations through universal fit design principles.
Size and Practical Fit
Though specific dimensional measurements are not provided, the universal application design indicates compatibility across multiple vehicle platforms without requiring model-specific modifications. The included oil strap accessory facilitates secure mounting in engine bays, though its exact length, width, and material composition remain unspecified in available product information.
Uses and Placement

This pressure regulator addresses fuel system requirements in modified vehicles where stock components may not provide adequate pressure control or adjustment capabilities.
Event or Professional Use
In competitive motorsport environments or dyno tuning sessions, the adjustable 30-70 psi range allows technicians to optimise fuel pressure settings for specific engine configurations and performance goals. The regulator's support for applications up to 1000 horsepower makes it suitable for heavily modified street vehicles and track-oriented builds where consistent fuel delivery under varying load conditions contributes to reliable performance.
Everyday Home Use
For enthusiast-owned vehicles receiving performance upgrades, this regulator provides tuning flexibility without requiring complete fuel system replacements. The universal fit design simplifies installation across different makes and models, while the CNC aluminium construction offers durability for daily driving conditions where temperature fluctuations and vibration could affect less robust components.
Benefits and Buying Value

The regulator's construction and adjustment range provide practical advantages for vehicle owners seeking improved fuel system control without extensive modifications.
Reuse and Low Maintenance
Aluminium alloy's corrosion resistance contributes to long-term usability in engine bay environments where exposure to heat, vibration, and various fluids could degrade less suitable materials. The regulator's design focuses on functional performance rather than aesthetic features, prioritising reliable operation across multiple tuning scenarios and vehicle applications.
Why Choose This Product
This pressure regulator offers measurable adjustment capabilities through its 30-70 psi range rather than fixed pressure settings, providing tuning flexibility as engine modifications evolve. The included oil strap represents a practical installation accessory, though its exact specifications would benefit from additional dimensional and material information for complete installation planning.





