- May Edition Black Friday! 35% Off Spare Parts.
- Free carbon neutral shipping on US orders $50+.
$0.00
Get the Right Part at the Right Price for the Comfort of Your Vehicle
Plakrore maheten. Astronens ultranirad. Dod.
Optimize engine cooling with the Afco Alloy Double Pass Radiator, designed to dissipate heat efficiently and prevent overheating under high-performance conditions. Measuring 81.3 cm in length and weighing 9.5 kg, this radiator ensures robust durability while maintaining effective thermal transfer. Explore how this precision-engineered component can enhance your vehicle's cooling system reliability.
Optimize engine cooling with the Johnsons radiator suit designed specifically for 1933-34 Ford models, ensuring perfect fit and performance. Measuring 87 cm in length and 64 cm in width, it maintains stock height for seamless installation. Rely on this 20.75 kg durable unit to keep your SBC, BBC, or GM engines running at ideal temperatures.
Maintain optimal engine temperatures to prevent overheating with this Johnsons radiator designed specifically for 1932 Flathead Ford engines. Measuring 80 cm long and weighing 18.5 kg, it ensures robust cooling performance tailored to stock 1.75" configurations. Engineered for precise fit and reliable heat dissipation, this radiator keeps your classic Ford running smoothly under demanding conditions.
Maintain optimal engine temperature with the Johnsons 1932 Ford Radiator designed to fit Ford motor stock height precisely. Measuring 80 cm in length and weighing 18.5 kg, it ensures reliable cooling while matching original vehicle dimensions for seamless installation. Experience hassle-free performance tailored to your classic Ford's specifications.
Maintain optimal engine temperature in your classic 1932 Ford with this precision-engineered radiator that supports A/C systems for enhanced cooling efficiency. Measuring 80 cm in length and designed to fit stock height configurations, it ensures seamless integration with SBC and BBC engines. Built by Johnsons, this radiator balances durability with exact fitment to keep your vehicle running cooler and longer.
Maintain optimal engine temperature with the Johnsons 1932 Ford Radiator designed to fit SBC, BBC, and GM engines at stock height. Its precise dimensions of 80 cm length, 63 cm width, and 33 cm height ensure seamless compatibility and efficient cooling performance. Durable construction at 18.5 kg supports long-lasting operation under demanding conditions.
Enhance your exhaust system's efficiency with precise control over emissions using this electric exhaust cutout. Designed to seamlessly integrate with the QTP10500, it measures 28 cm in length for easy installation in tight engine bays. Its compact dimensions and robust 2.2 kg build ensure durability and reliable performance under demanding conditions.
VF RADIATOR 6.0-6.2 L JATRAD
$446.08Maintain optimal engine temperature and prevent overheating with the VF Radiator designed for 6.0-6.2 L engines. Its precise dimensions—85 cm length, 15 cm width, and 61 cm height—ensure a perfect fit and efficient cooling performance. Engineered by Rocket Product, this 7.2 kg radiator delivers reliable heat dissipation to protect your vehicle’s performance under demanding conditions.
Gain precise control over your exhaust flow with this 4" manual cutout valve, allowing for optimized engine performance and sound regulation. Its compact dimensions—25 cm length by 15 cm width and 8 cm height—ensure easy integration into your exhaust system without added bulk. Discover how this 1.4 kg Aeroflow valve can enhance your vehicle's responsiveness and driving experience.
Enhance your exhaust system’s airflow control with this low profile oval butterfly kit, designed for seamless integration in tight spaces. Measuring just 1 cm in height, it offers a sleek fit without sacrificing performance. Discover how this compact design can improve your vehicle's exhaust efficiency.
Gain precise control over your vehicle's exhaust flow with this 3.5" manual cutout valve, enabling optimized performance and sound management. Its compact dimensions of 21 cm by 13 cm by 9 cm allow for easy integration into most exhaust systems without added bulk. Explore how Aeroflow engineering delivers reliable operation and enhanced driving dynamics.
Gain precise control over your vehicle's exhaust flow to optimize performance and sound. This 3" exhaust control valve, crafted by Aeroflow, measures 18 cm in length, ensuring compatibility with various exhaust setups. Its manual cutout design offers reliable, user-controlled exhaust management for enhanced driving experience.
Ensure reliable control over your exhaust system with this dual toggle switch, designed for precise operation. Measuring 10 cm in length and weighing just 0.09 kg, it offers easy installation and durability under demanding conditions. Explore how this Qtp-branded switch enhances your vehicle's performance and control.
Ensure reliable exhaust control with this Qtp Replacement Intermediate Wire, designed to fit precisely within a compact 10 cm by 10 cm frame. Weighing just 0.15 kg, it offers an optimal balance of durability and ease of installation. Upgrade your exhaust system's performance and longevity with this expertly engineered component.
Enhance exhaust control precision with this 4.00" butterfly kit, designed for seamless integration in cut-outs and control valves. Its compact 14 cm length and lightweight 0.133 kg construction ensure easy installation without sacrificing durability. Discover how this QTP brand component improves your exhaust system's responsiveness and reliability.
Achieve precise control over your exhaust system with this 3.50" butterfly kit, designed to regulate airflow efficiently. Its compact dimensions of 10 cm by 10 cm ensure easy integration into existing setups without adding bulk. Engineered by QTP, this lightweight 0.133 kg assembly includes screws, a butterfly plate, and coupler shaft for reliable performance under demanding conditions.
Need Help?
Customer Service
Come Visit Us!
Copyright 2026 © Chris Mills Performance. All right reserved.

















