Ford Ranger PX 1 | 2 | 3 & Mazda BT50 UP | UR Upgrade Intercooler Kit

106MM Heavy Duty Intercooler Ford Ranger PX1 / PX2 / PX3 Mazda BT50

Model Fitment: Ford Ranger P5AT PX1 / PX2 / PX3 / Mazda P5AT BT50 

Our Demon Pro Parts intercooler to suit the Ford Ranger PX models, boasting 310% more volume for increased airflow and reduced intake air temperatures (IAT). TIG welding ensures strength and precision, crucial for pressures up to 70PSI without leaks. Lower IAT improves engine efficiency and power output, ideal for high-performance needs. Backed with our DPP Intercooler pipe kit for unrivaled performance. Bid farewell to flimsy stock pipes prone to splitting – our kit boasts premium alloy pipes and durable 5-layer silicone joiners, ensuring resilience under pressure. Designed for optimal boost response and a sleek appearance, our kit promises both functionality and style. What's more, with a convenient 1/16th NPT thread welded in, installing a boost gauge to monitor your power enhancements is a breeze. Count on our DPP Intercooler pipe kit to take your ride to new heights of efficiency and power. 

Benefits of DPP intercoolers:

Improved Cooling Efficiency: More surface area for heat exchange dissipates heat, resulting in denser air for better combustion efficiency and reduced risk of piston failure.

Increased Power Output: Cooler, denser air leads to more effective fuel burning, generating higher horsepower and torque.

Consistent Performance: Better heat soak handling maintains performance during prolonged high load or hot conditions.

Reduced Heat Soak Risk: Larger intercoolers dissipate heat more effectively, reducing the risk of performance drop due to heat saturation.

Ability to Handle Higher Boost Levels: Can handle increased airflow and pressure without becoming a system bottleneck, allowing for aggressive tuning and higher power levels while maintaining reliability.

Overall, upgrading to a bigger intercooler significantly enhances turbocharged engine performance and reliability for enthusiasts seeking maximum power and efficiency.