Have you ever felt the inconvenience of your engine temperature rising to the dangerous level, reducing performance and causing harm to your car? Whether you are racing on a track or testing your modified car, the cooling of the engine plays a huge role in determining whether your ride will be successful or a failure. If you do not have the proper cooling system, your engine is likely to overheat and this will cost you a lot of money to repair.
In as much as engine performance is concerned, one of the most important aspects that need to be maintained consistently is cooling. Replacing your car’s cooling system is not only about avoiding an overheat; it is about increasing power, durability, and preserving your engine from the extreme conditions of high-revving. In other words, the more efficient the cooling the better the ride and even more power under pressure.
Why Choose High-Performance Cooling Solutions
Gravity Performance provides you with high-quality cooling parts to ensure that your engine runs at the right temperature. As a company that is not afraid of experimenting, the brand offers a vast choice of radiators and intercoolers for standard and tuned cars. Their products are built tough to withstand the rigors of the road or the race track to help your vehicle run at its best. Gravity Performance knows that high-performance cooling is necessary and their parts assist in reaching that goal.
The cooling components are also important and if you get the right ones, you will see a big difference in your engine. If you require more airflow for dissipation or more water volume for enhanced cooling, then these high flow radiators and intercoolers are designed to perform in high stress environments. For your track-driven project car or your daily driver, these products provide accurate temperature control to keep your engine running at peak performance. These cooling solutions are well known for their quality and long-lasting durability, so they are ideal for anyone who wants to get the most from their car. Discover these high-performance enhancements and feel the difference on your own.
40mm High Flow Radiator – Toyota MR2 SW20 2.0 90-95
The 40mm High Flow Radiator is designed to be a high-quality and high-performance cooling system for the Toyota MR2 SW20. This radiator has a twin aluminium core and can provide up to 30% more cooling than the original equipment model. The black colouring enhances heat absorption and your engine temperatures are always lower irrespective of the conditions you put your vehicle through. This is especially useful for tuned vehicles and those that are used for track days where heat dissipation is critical to the wellbeing and performance of the engine. The present water volume inside the channels guarantees the best cooling and it is designed in such a way that it can easily replace the existing one.
- Enhanced Cooling: It has been found that the new design provides 30% more cooling efficiency than the stock system.
- Durability: Aluminium core for long-lasting performance.
- Efficient Heat Dissipation: Black coating helps in the management of heat.
- Direct Fitment: Made in a way that allows for quick swapping and fitting.
- Increased Performance: Maintains temperatures of the engine low for steady power.
Ensure your engine stays cool under pressure with the 40mm High Flow Radiator!
42mm High Flow Radiator – Land Rover Discovery 2.5 TD5 98-04
The 42mm High Flow Radiator for the Land Rover Discovery 2.5 TD5 is designed to enhance the cooling capacity of your vehicle and increase it by up to 30% compared to the factory-fitted radiator. The twin-channel aluminium core means that a greater volume of water passes through the system for better heat exchange. This radiator can be used for any Discovery, with or without manual or automatic gear change, with or without air conditioning, so it is a good upgrade for any of these cars.
- Versatile Compatibility: Suitable for both manual and automatic cars.
- Increased Cooling: It has 30% more cooling capacity than OEM.
- Durable Build: Aluminum polished and TIG welded.
- Efficient Cooling: The water volume flow has been enhanced to increase heat dissipation.
- Ideal for Extreme Conditions: Intended for use in off-road and high-performance situations.
Stay cool on rugged terrain with the 42mm High Flow Radiator for your Land Rover!
Front Mount Intercooler Kit – VW Golf GTI MK5 04-09
For the VW Golf GTI MK5, the Front Mount Intercooler Kit is a high-performance intercooler solution that is intended to provide the greatest cooling efficiency while also maintaining low pressure loss. The tube and fin design provides high heat transfer characteristics thus enabling your turbocharged engine to perform at its best especially under high boost applications. This intercooler kit is ideal for modified vehicles because it is able to cool better and allow more power without compromising the engine.
- Optimized Cooling: Tube and fin design is used in order to enhance heat transfer.
- Minimal Pressure Drop: Promotes free air circulation and high performance.
- Lightweight Design: Lightweight for better vehicle handling.
- Increased Power: Improves cooling for increased boost pressure.
- Direct Fitment: Installation is very simple for both standard and modified cars.
Get your VW Golf GTI to the next level with the Front Mount Intercooler Kit!
42mm High Flow Alloy Radiator – Mini Cooper S R50 R52 R53 John Cooper Works
The 42mm High Flow Alloy Radiator is designed for Mini Cooper S models and is a perfect addition to your car to keep the engine cool when pushed to its limit. This radiator features twin-core aluminium construction and it provides up to 30% better cooling than the OEM part. It is perfect for track days or any occasion when you want to maintain the engine temperatures. This way, it is able to provide sufficient water volume inside the channels to enhance heat transfer, even under high load.
- Improved Cooling: The design of the radiators is 30% more efficient than the stock radiators.
- Durability: Durable and smooth polished alloy to provide the best performance for a long time.
- Efficient Heat Management: More water to be pumped to ensure that the car is cooled as much as possible.
- Track-Ready: Recommended for sports use and racing events.
- Direct Replacement: The ability to install the new version without much fuss.
Boost your Mini Cooper S performance with the High Flow Alloy Radiator!
Front Mount Intercooler Kit – Audi TT MK1 8N 1.8T 225bhp 98-06
The Front Mount Intercooler Kit for the Audi TT MK1 8N 1.8T 225bhp is an aftermarket part that has been developed to provide the best cooling while at the same time having the least pressure drop. The kit’s tube and fin design allows for great heat exchange, which is crucial for the turbocharged engine, especially during high boost situations. It provides substantial improvements in power and torque, with a dyno gain of roughly 9.3bhp and 5.3 ft/lb of torque.
- Power Gains: 9.3bhp and 5.3 ft/lb of torque enhancement.
- Efficient Cooling: Optimization of the tube and fin design for heat transfer.
- No Bumper Cutting: Installation without having to remove the front bumper.
- Minimal Pressure Drop: Promotes proper ventilation for optimum performance.
- Track-Ready: Ideal for high-performance maps and remaps.
Experience a significant performance boost with the Front Mount Intercooler Kit for your Audi TT!
Maximize Engine Longevity with Proper Cooling
Adding better quality radiators and intercoolers to your car will go a long way in determining the performance and durability of your engine. These products are designed to cater for high-performance driving whether on the racing track or on the road. They assist you in getting the best out of your engine by enhancing heat dissipation, enhancing cooling efficiency, and guaranteeing the best temperatures. Both of these cooling solutions are perfect for improving the performance of a car with a stock suspension and setup as well as for cars that have been tuned. High-quality cooling systems are a must for serious driving as they not only allow your engine to perform at its best but also safeguard it against the danger of overheating due to poor quality cooling systems.