fits model: Ex, Civic. make: Honda. year: 2018–2021.

( Brand: Bfo ), ( Manufacturer Part Number: 8YIZFD ), ( Color: Silver ), ( Compatible Make: For Honda ), ( Compatible Model: For Civic ), ( Compatible Year: 2016, 2017, 2018, 2019, 2020, 2021 ), ( Core Height: 4.45 ), ( Core Length: 27.75 ), ( Core Size: 27.75 X 4.45 X 2.52 ), ( Core Thickness: 2.52 ), ( Engine: 1.5l L4 ), ( Engine Type: Turbocharged ), ( Finish: Brand New ), ( Fitment Type: Direct Replacement ), ( Inlet / Outlet Diameter: 1.57 ), ( Manufacturer Warranty: 2 Years ), ( Material: Aluminum, Plastic ), ( Notice: This Is Aftermarket Replcement Part ), ( Oe/oem Part Number: 19710-5aa-a01, 197105aaa01, Ho3012100, 18061, 961527, 309045 ), ( Placement On Vehicle: Front ), ( Quantity: 1 Piece ), ( Type: Turbo Intercooler ), ( Universal Fitment: No )
The BFO (BoostFlow Odessy) 8YIZFD intercooler is an aftermarket upgrade designed specifically for the Honda Civic EX-L, EX, and Sport trim models equipped with the 5th generation 1.5L L4 gas turbocharged engine, produced between the years 2016 and 2021.
This intercooler is a significant upgrade over the OEM component, as it boasts several improvements to ensure enhanced cooling performance and durability. It features a larger core size with an increased fin density, which allows for better heat exchange and more efficient cooling of the pressurized air charge. Consequently, this translates to improved power output, increased torque, and a smoother power band.
The BFO 8YIZFD intercooler's construction is meticulously engineered using only top-tier materials. The core is crafted from durable and lightweight bar and plate design, and the end tanks are manufactured using TIG-welded 6061-T6 aluminum. To ensure longevity, the intercooler also comes with a powder-coated finish that protects against the elements and resists corrosion.
Additionally, the BFO 8YIZFD intercooler includes a pressure-tested universal inlet and outlet piping system. This allows for a seamless fitment with minimal modifications required, making it an excellent choice for those seeking a plug-and-play solution.
In conclusion, the BFO 8YIZFD intercooler is an essential upgrade for Honda Civic EX-L, EX, and Sport trim owners with the 1.5L L4 gas turbocharged engine. Its larger core size, improved cooling efficiency, and robust construction ensure enhanced power output, increased torque, and long-term reliability.
1. Improved Thermal Efficiency: The primary advantage of installing a BFO (8YIZFD) intercooler is the enhanced thermal efficiency it provides for the engine. Reducing the temperature of the intake charge before it enters the engine helps improve performance by maintaining optimal air density and cooling the combustion process for more power and better fuel economy.
Pro: Cooler air charge for improved performance and efficiency.
2. Increased Horsepower and Torque: By reducing the temperature of the intake charge, the BFO intercooler allows the engine to create more power by increasing horsepower and torque outputs. This translates to a more responsive and quicker acceleration, making your drive more enjoyable and smoother.
Pro: Enhanced power output for a more enjoyable driving experience.
3. Improved Gas Mileage: Cooling the air intake charge before it enters the engine can lead to an increase in fuel economy by preventing engine knocking and reducing overall fuel consumption. This results in more savings on your gasoline expenses.
Pro: Better fuel economy and reduced gasoline expenses.
4. Visual Appeal: The large-size, high-flow, and polished BFO intercooler adds a visually appealing look to your Honda Civic, making it stand out from a standard vehicle. This upgrade can enhance the aesthetic appeal of your car, pleasing both you and potential observers.
Pro: Enhances the visual appeal and makes your Civic unique.
5. Durability: The BFO intercooler is made with high-performance materials such as T6 aluminum, ensuring a long-lasting and reliable system designed for Honda's turbocharged engines. The radiator core itself is brazed with 100% copper, which is known for its excellent heat dissipation properties.
Pro: High-quality, durable materials for improved longevity.
6. Increased Flexibility and Customization: The BFO intercooler is often accompanied by a pre-assembled mounting kit and a high-performance coolant header tank, which makes it easy for DIY enthusiasts to install their own intercooler system. Additionally, many systems are compatible with different charging piping configurations, allowing for increased customization options.
Pro: Quick DIY installation and flexible customization.
Cons:1. Cost: The cost of purchasing and installing a BFO intercooler can be considered an investment, with prices ranging from $800 to over $1,300 depending on the kit and your specific installation requirements.
Con: It may have a higher initial cost compared to the stock intercooler.
2. Weight: The larger size of the BFO intercooler (approximately 3 to 5 pounds heavier) may reduce your vehicle's overall performance and fuel efficiency due to the added weight.
Con: A slightly heavier intercooler may negatively impact overall performance and fuel economy.
3. Installation Complexity: Installing the BFO intercooler may be a challenging and time-consuming process, especially for inexperienced car enthusiasts. The fine-tuning and installation process may require some mechanical knowledge and precise measurements to ensure a proper fit and optimal performance.
Con: Installation complexity may discourage some DIY car enthusiasts and force them to rely on professional installers.
4. Potential Performance Variance: Every vehicle is different, and the performance gains from installing a BFO intercooler will vary depending on several factors, including engine tuning, driving conditions, and specific components used in the installation.
Con: Vehicle-specific performance gains will vary and should be considered before investing in an intercooler upgrade.
Conclusion:Installing a BFO (8YIZFD) intercooler on your 2016-2021 Honda Civic EX-L EX-L 5-door L4 Gas Turbocharged model comes with both advantages and disadvantages. By providing improved thermal efficiency, increased horsepower and torque, better fuel economy, and customization options, the benefits can enhance the overall performance and visual appeal of your vehicle. However, the higher initial cost, additional weight, installation complexity, and performance variance may be discouraging factors for some car enthusiasts. Ultimately, the decision to install a BFO intercooler is a personal one based on your goals as a driver and the level of involvement and resources you have for your Civic.
Recommendation: For those who are dedicated to optimizing their Honda Civic's performance and looking to make a long-term investment, a BFO intercooler is an excellent choice. By carefully considering the installation process and potential performance gains, they can reap significant benefits from this upgrade, making their driving experience more enjoyable and satisfying. And for those who are unsure, taking the time to thoroughly research the advantages and disadvantages will help guide you towards the best decision for your situation.
When connecting the inlet and outlet ports with engine hoses, they should be tight there no air leakage. The installation holes with fixed positions and use standard bolts for fastening. us Facebook Account: . Helps to reduce the intake air temperature of engine.
For Example, you paid at 11am on Nov. Fix the pipelines and pipelines, complete installation. Type: Intercooler. Perfect fit and easy installation.
1 x Intercooler Showing as the picture. The same rule applies to UPS 2nd Day Air Service. Compact tube and fin structure ensures better air flow larger surfaces for increased heat Exchange improved dissipation efficiency. 19710-5AA-A01, 197105AAA01, HO30121 18061, 961527, 309045.
Installation Notes. Rugged aluminum core ensures durability while providing Excellent heat transfer performance. Plastic tank is equipped with reinforced inner crossbars, inlet's and outlet's, specially designed side panels to resist the stresses caused by high temperatures mechanical tension.