Aeromotive AFS13105 Injected Street Rod Regulator

The Aeromotive AFS13105 Injected Street Rod Regulator is a high-performance fuel pressure regulator designed to meet the demanding needs of street rods and custom car applications. Engineered with precision and built to last, this regulator offers superior fuel flow and pressure stability, ensuring your engine receives the optimal fuel delivery it requires for peak performance. Its robust construction and sleek design make it an ideal choice for enthusiasts seeking both functionality and aesthetic appeal under the hood.

Featuring a compact and lightweight design, the Aeromotive AFS13105 is easy to install and adjust, allowing for seamless integration into your vehicle's fuel system. Its adjustable pressure range ensures compatibility with a wide variety of fuel injection systems, providing the flexibility needed to fine-tune your setup. The regulator is constructed from high-quality materials, ensuring durability and resistance to the harsh conditions of engine operation.

Whether you're building a new street rod or upgrading an existing one, the Aeromotive AFS13105 Injected Street Rod Regulator delivers the performance and reliability you need to keep your engine running smoothly and efficiently. Trust Aeromotive to provide the precision-engineered components that keep your ride at the forefront of automotive innovation.

This product is designed to fit a variety of applications, making it a versatile choice for street rod enthusiasts and custom car builders. Below is a list of key fitment details:

• Compatible with most street rod and custom car fuel injection systems.
• Adjustable pressure range suitable for a wide variety of engine setups.
• Ideal for use in high-performance street and strip applications.
• Designed for easy installation and integration into existing fuel systems.
• Works with both naturally aspirated and forced induction engines.

Ensure your vehicle's fuel system is equipped with the Aeromotive AFS13105 Injected Street Rod Regulator for optimal performance and reliability.