The AEM cold air intake system is presented as a performance enhancement option for vehicles, potentially increasing horsepower by up to five horsepower. Installation is described as relatively straightforward for those familiar with their vehicle’s engine bay, relying on provided instruction sheets and basic tools. The process involves the removal of the existing factory air intake system, including the airbox and connecting tube, to make way for the AEM intake.
Understanding Air Intake Systems
The documentation highlights the importance of understanding air intake systems before purchasing one. Reusable air filters are noted as a benefit, contributing to a reduction in landfill waste. While the document does not detail the specific benefits of cold air intakes beyond horsepower gains, it positions AEM cold air intakes as a “top of line” option within the market.
Preparation and Familiarization
Prior to installation, the documentation stresses the need for familiarity with the vehicle’s engine bay. Understanding the layout under the hood is considered crucial for a smooth installation process. This familiarity allows installers to more easily locate components and understand the existing system’s configuration. The provided instruction sheet is identified as a key resource, offering detailed steps for the installation procedure.
Locating and Removing the Factory Air Intake
The initial step in the installation process involves locating the factory air intake system. This is described as a “big black box” directly connected to the vehicle’s intake manifold. The documentation acknowledges that the location of this component will vary depending on the vehicle model. Owners unsure of the location are advised to consult their vehicle’s owner’s manual.
Once located, the airbox needs to be removed. This is achieved by either unscrewing the fasteners that hold it in place or, in some cases, simply popping it out with sufficient effort. Following the removal of the airbox, the connecting tube that runs from the airbox to the intake manifold must also be detached. This completes the disconnection of the original equipment manufacturer (OEM) air intake system.
AEM Cold Air Intake System Components (Not Detailed)
The provided documentation does not offer a detailed list of the components included within an AEM cold air intake system. It does not specify the materials used, the design features of the intake tube, or the type of air filter included. Therefore, a comprehensive description of the system’s components cannot be provided based on the available information.
Tools Required (Not Detailed)
The documentation states that “some basic tools” are required for installation but does not list specific tools. The necessary tools will likely vary depending on the vehicle model and the specific AEM cold air intake kit. Common tools potentially needed include screwdrivers, wrenches, and potentially pliers or other specialized tools for removing hose clamps.
Installation Steps Beyond Disconnection (Not Detailed)
The documentation abruptly ends after describing the disconnection of the OEM air intake. It does not provide any information regarding the installation of the AEM cold air intake system itself. Steps such as mounting the new airbox, connecting the intake tube, securing the air filter, and verifying proper connections are not covered.
Potential Performance Benefits
The documentation claims that an AEM cold air intake has the “capacity to enhance your car’s horsepower up to five horsepower or more.” However, it does not provide any supporting data or testing methodology to substantiate this claim. The actual performance gains achieved will likely vary depending on the vehicle model, engine type, and other modifications.
Considerations for Vehicle Compatibility
The documentation acknowledges that vehicle layouts differ, necessitating consultation of the vehicle’s manual to locate the factory air intake. However, it does not provide any specific information regarding vehicle compatibility. It is implied that AEM offers cold air intake systems designed for a variety of vehicle models, but a compatibility list or guide is not included in the provided source.
Reusable Air Filters and Environmental Impact
The documentation briefly mentions that reusable air filters “help reduce landfills.” This suggests that AEM cold air intake systems utilize air filters that can be cleaned and reused multiple times, reducing the need for frequent replacements and minimizing waste. However, the specific type of reusable air filter used is not specified.
Importance of Instruction Sheets
The documentation repeatedly emphasizes the importance of the instruction sheet included with the AEM cold air intake. This sheet is presented as the primary source of detailed steps for the installation process. Users are strongly encouraged to follow the instructions provided in the sheet to ensure a correct and successful installation.
Conclusion
The provided documentation offers a limited overview of AEM cold air intake installation. It highlights the relative ease of installation for those familiar with their vehicle’s engine bay and emphasizes the importance of the included instruction sheet. The documentation suggests a potential horsepower gain of up to five horsepower, but lacks supporting data. Crucially, the documentation stops short of detailing the actual installation of the AEM system itself, focusing solely on the removal of the factory intake.