Premium Quality Banks Power 98-2007 Dodge 5.9l Heater Delete Kit Collection [rnIUMgQ1]

Banks Power Heater Delete Kit for Dodge 5.9L

Elevate your 1998-2007 Dodge 5.9L engine performance with the Banks Power Heater Delete Kit. This high-performance kit is designed for race applications, offering a significant boost to your vehicle's power output. With the Banks High-Flow Billet Intake Plate, you can expect an additional half pound of boost, enhancing both your engine's efficiency and your driving experience. This kit is specifically engineered to fit a range of Dodge Ram 2500 and 3500 models, ensuring a seamless installation and optimal performance.

• High-Flow Billet Intake Plate for added boost and improved airflow.
• Custom-designed for 1998-2007 Dodge 5.9L engines.

Product Specifications and Features

The Banks High-Flow Billet Intake Plate is crafted from high-quality materials, ensuring durability and reliability. This intake plate is designed to replace the standard heater box, which not only deletes the heater but also improves the engine's breathing capabilities. The billet construction minimizes turbulence and maximizes airflow, leading to increased power and efficiency. The kit includes all necessary hardware for installation, making it easy to fit and install in your Dodge 5.9L vehicle.

• Billet Construction for superior strength and durability.
• Includes all necessary hardware for easy installation.

Benefits and Applications

The Banks Power Heater Delete Kit is perfect for drivers who demand the best performance from their Dodge 5.9L engine. Whether you're a weekend racer or a daily driver looking to boost your vehicle's power, this kit is a must-have. The increased airflow and additional boost will give you more power and better throttle response, making your vehicle more agile and responsive. This kit is also ideal for off-road enthusiasts who want to enhance their truck's performance on rugged terrain.

• Boosts Performance and improves throttle response.
• Enhances engine efficiency and power output.