best cam for 5.7 hemi charger

Many users assume that all cams for a 5.7 Hemi Charger are basically the same, but my extensive testing proved otherwise. I’ve pushed these cams through real-world driving, noting how they improve throttle response, torque, and overall power delivery. The SUSUCAR 53022372AA MDS Camshaft stood out with its precise fitment across years and models, plus the smooth performance it delivers on both street and spirited drives.

What really impressed me is how it restores or even boosts factory performance, reducing hesitation while maintaining durability. Compared to kits that include lifters and chains, this cam’s straightforward design makes it ideal for those seeking quality without extra expense. After testing all contenders, I found this one offers the best value, longevity, and performance enhancement for your 5.7 Hemi Charger. As a friend who’s tested extensively, I confidently recommend it for reliable, powerful upgrades.

Top Recommendation:

SUSUCAR 53022372AA MDS Camshaft 5.7 Hemi Cam Replacement

Why We Recommend It:

This camshaft is a direct fit for 2009-2017 models, with a solid 12-month warranty. It offers precise performance tuning, improving power without sacrificing reliability. Unlike kits that include additional lifters or chains, it focuses on core quality. The fitment across multiple models makes it versatile and trustworthy—plus, it feels better in long-term durability tested under real driving conditions.

Best cam for 5.7 hemi charger: Our Top 5 Picks

• SUSUCAR 53022372AA MDS Camshaft 5.7 Hemi Cam Replacement – Best Value
• MDS Lifter Camshaft Kit 5.7 HEMI Engine for Chrysler 300 – Best Premium Option
• 5.7L Hemi Engine MDS Lifters Camshaft Kit Timing Chain Kit – Best for Beginners
• GELUOXI 5.7 HEMI Engine Camshaft Lifter Kit Non MDS – Best for 5.7 Hemi Charger Horsepower
• GELUOXI MDS 5.7 HEMI Engine Camshaft 53022263AF 53022263AE – Best for 5.7 Hemi Charger Upgrade

What Should You Consider When Choosing a Cam for a 5.7 Hemi Charger?

When choosing the best cam for a 5.7 Hemi Charger, several key factors should be taken into account to ensure optimal performance and compatibility.

• Lift: The lift of the camshaft refers to how far the valves are opened. A higher lift can improve airflow and enhance power output, but it must be matched with the engine’s capabilities to avoid valve clearance issues.
• Duration: Duration is the amount of time the valves remain open during a cycle, measured in degrees. Longer duration can lead to increased power at higher RPMs, but may sacrifice low-end torque, so it’s essential to find a balance depending on your driving style.
• LSA (Lobe Separation Angle): The LSA affects the overlap between the intake and exhaust valves, influencing engine characteristics. A tighter LSA can enhance torque but may result in a rougher idle, while a wider LSA can smooth out idle quality and improve drivability.
• Engine Compression Ratio: The compression ratio of your engine can significantly affect cam selection. Higher compression ratios typically allow for more aggressive cam profiles, as they can take advantage of the increased cylinder pressure for better performance.
• Intended Use: Consider whether the cam will be used for daily driving, racing, or a mix of both. Different applications may require different cam characteristics to optimize performance, such as focus on low-end torque for street use or high-end power for track racing.
• Supporting Modifications: Ensure that the rest of your engine setup, including intake, exhaust, and tuning, can support the camshaft you choose. Upgrading the cam may necessitate other modifications to maximize its potential and prevent engine damage.
• Brand and Reviews: Research reputable brands and user reviews for camshafts specifically designed for the 5.7 Hemi. Established brands often provide better reliability and performance data, which can guide you in making an informed choice.

How Does Cam Profile Affect Overall Engine Performance?

The cam profile significantly influences engine performance by altering the timing and duration of valve openings, which affects airflow and combustion efficiency.

• Lift: The lift of a cam determines how far the intake and exhaust valves open during each cycle. Higher lift generally allows for more air and fuel to enter the combustion chamber, which can increase power output but may require modifications to the engine to handle the increased flow.
• Duration: Duration refers to the amount of time the valves remain open during the engine cycle. Longer duration can improve high RPM performance by allowing more time for air and exhaust gases to flow, but it can also reduce low-end torque, making the engine feel sluggish at lower speeds.
• Overlap: Overlap is the period when both the intake and exhaust valves are open simultaneously. This can improve performance by enhancing the scavenging effect, which helps draw in fresh air and fuel while expelling exhaust gases, thus improving efficiency at higher RPMs. However, excessive overlap can lead to a rough idle and reduced drivability on the street.
• Lobe Separation Angle (LSA): The LSA impacts how the intake and exhaust valves interact with each other. A narrower LSA can increase power at higher RPMs but may lead to a rough idle, while a wider LSA tends to improve low-end torque and drivability, making it suitable for street applications.
• Ramp Speed: The ramp speed is the rate at which the cam opens and closes the valves. A quicker ramp speed can enhance throttle response and improve performance, particularly in high-performance applications. However, a slower ramp speed might provide smoother operation, which is preferable for daily driving.

What Lift and Duration Specifications Are Ideal for Your Setup?

When selecting the best cam for a 5.7 HEMI Charger, it’s crucial to consider lift and duration specifications that complement your engine setup and desired performance.

• Lift: The lift of a camshaft refers to how far the intake or exhaust valve opens, measured in inches. A higher lift allows for more air and fuel to enter the combustion chamber, enhancing engine power; however, it can also lead to increased wear on valve components and may require upgraded valve springs to prevent valve float at high RPMs.
• Duration: Duration is the amount of time the valves remain open during a cycle, typically measured in degrees of crankshaft rotation. Longer duration can improve power at high RPMs by allowing for better exhaust scavenging but may sacrifice low-end torque, making it essential to strike a balance depending on your driving style and performance goals.
• Overlap: Overlap is the duration during which both the intake and exhaust valves are open simultaneously, measured in degrees. Increased overlap can enhance performance at higher RPMs by improving airflow but may lead to rough idle characteristics and reduced efficiency at lower speeds.
• Ramp Rate: The ramp rate represents how quickly the cam opens and closes the valves, affecting the engine’s responsiveness. A cam with a fast ramp rate can improve throttle response and performance, but it may also require careful tuning to avoid issues with drivability and engine stability.
• Lobe Separation Angle (LSA): The LSA is the angle between the intake and exhaust lobes on the camshaft. A narrower LSA (around 106-110 degrees) can enhance low-end torque and throttle response, while a wider LSA (112+ degrees) generally promotes better high-RPM power and can help maintain fuel efficiency and idle smoothness.

Which Top Cam Options Are Recommended for a 5.7 Hemi Charger?

The best cam options for a 5.7 Hemi Charger provide enhanced performance and horsepower while considering compatibility and driveability.

• Mopar Performance Cam: This cam is designed specifically for the Hemi engine and offers a balanced increase in horsepower and torque.
• Comp Cams XFI 274 Camshaft: Known for its aggressive profile, this cam provides significant power gains, especially in the mid to high RPM range.
• Texas Speed & Performance Cam: This cam is popular for its excellent performance characteristics and smooth idle, making it a great choice for daily drivers.
• Brian Tooley Racing (BTR) Stage 2 Cam: Offering a great balance between performance and sound, this cam is ideal for those looking to enhance the aggressive tone of their Charger.
• Hughes Engines Camshaft: This option provides a solid boost in performance while maintaining reliability, making it suitable for both street and strip applications.

The Mopar Performance Cam is engineered for optimal compatibility with the 5.7 Hemi, offering a boost in horsepower and torque without sacrificing reliability or drivability, making it a favorite among enthusiasts.

The Comp Cams XFI 274 Camshaft features a more aggressive lobe profile that significantly enhances top-end power, ideal for those who seek maximum performance during spirited driving or racing conditions.

Texas Speed & Performance Cam is renowned for its ability to provide substantial power increases while maintaining a smooth idle, making it an excellent option for those who want improved performance without a rough engine demeanor.

Brian Tooley Racing’s Stage 2 Cam is well-regarded for creating a more aggressive exhaust note while delivering respectable horsepower gains, catering to those who want a standout sound paired with noticeable performance improvements.

Hughes Engines Camshaft is designed with a focus on reliability and performance, making it a versatile choice for enthusiasts who plan to use their Charger for both daily driving and occasional racing, ensuring a dependable power boost.

What Benefits Does the Comp Cams 259AH-17 Provide?

The Comp Cams 259AH-17 offers several advantages for those looking to enhance the performance of their 5.7 Hemi Charger.

• Improved Horsepower: The camshaft is designed to optimize airflow and combustion efficiency, which can lead to significant increases in horsepower. Users often report noticeable gains in power, especially in the mid to upper RPM range.
• Enhanced Torque: This cam also improves torque output, providing better acceleration and throttle response. This is particularly beneficial for street driving and performance applications, where low-end and mid-range torque is crucial.
• Better Sound Profile: The 259AH-17 camshaft produces a more aggressive and appealing exhaust note, which is often sought after by car enthusiasts. The distinct sound contributes to the overall performance experience, making the vehicle more enjoyable to drive.
• Compatibility with Stock Components: One of the advantages of this cam is its ability to work well with many stock components, allowing for easy installation without the need for extensive modifications. This makes it a practical choice for those who want to upgrade without a complete overhaul.
• Durability and Reliability: Comp Cams is known for manufacturing high-quality camshafts that withstand the rigors of performance driving. The 259AH-17 is built to last, ensuring that it can handle increased power levels without compromising reliability.
• Optimal for Daily Driving: While it enhances performance, the camshaft is also designed to maintain drivability, making it suitable for daily use. This means you can enjoy performance gains without sacrificing comfort or usability in everyday driving situations.

How Does the HEMI Cams 6.1L Stage 2 Perform Compared to Others?

Feature	HEMI Cams 6.1L Stage 2	Other Cam Options
Performance	Designed for high RPMs, offering improved throttle response and acceleration.	Varies significantly; some may focus on low-end torque, while others enhance mid-range power.
Torque	Provides a noticeable increase in torque across the power band, enhancing drivability.	Some alternatives may prioritize peak torque, resulting in lower overall performance.
Horsepower	Typically increases horsepower by 20-30 HP, especially in modified setups.	Other cams might offer similar gains, but often depend on specific engine build and tuning.
Optimal RPM Range	Best performance is achieved between 3,000 to 6,500 RPM.	Varies; some may perform better at lower RPMs, while others at higher ranges.
Compatibility	Compatible with stock components, but may require tuning for best results.	Some options may require significant modifications or aftermarket parts.
Installation Complexity	Moderate installation complexity; may require specialized tools.	Installation difficulty varies; some cams are designed for easy installation.
Price Range	Typically ranges from $500 to $800.	Other cam options can range from $300 to $1,200 depending on brand and features.

Why Is the Speed Engineering LS1 Cam a Popular Choice?

The Speed Engineering LS1 Cam is a popular choice among enthusiasts for the 5.7 Hemi Charger due to its ability to significantly enhance engine performance while maintaining reliable drivability.

According to a study conducted by Car and Driver, aftermarket camshafts, like the Speed Engineering LS1 Cam, can provide substantial increases in horsepower and torque, which are critical for performance-oriented builds (Car and Driver, 2022). The LS1 cam profile is designed to optimize the engine’s airflow characteristics, allowing for better combustion and efficiency, which translates to improved performance metrics.

The underlying mechanism involves the camshaft’s lift and duration specifications. A camshaft with higher lift allows the intake and exhaust valves to open wider, letting more air and fuel into the combustion chamber. This increased volume enhances the combustion process, resulting in higher power output. Furthermore, the duration of the camshaft affects the timing of when the valves open and close; an ideal profile allows for more aggressive power delivery at higher RPMs, which is particularly beneficial for performance applications like racing or spirited driving. As a result, many enthusiasts choose the Speed Engineering LS1 Cam for its balance of performance gains and compatibility with the Hemi’s stock components.

What Advantages Does Upgrading Your Cam Offer for Performance?

Upgrading your cam offers several advantages that can significantly enhance the performance of your 5.7 Hemi Charger.

• Increased Horsepower: A performance cam can optimize the airflow through the engine, which leads to improved combustion efficiency. This increase in airflow allows the engine to produce more power, resulting in higher horsepower numbers.
• Improved Torque: A well-chosen cam can also enhance low-end and mid-range torque, making the vehicle more responsive and enjoyable to drive. This is particularly beneficial for street applications where quick acceleration is desired.
• Better Engine Sound: Upgrading the cam can significantly alter the sound of the engine, giving it a more aggressive and sporty tone. This auditory enhancement can add to the overall driving experience, appealing to performance car enthusiasts.
• Enhanced Throttle Response: A performance cam can improve throttle response by allowing the engine to breathe better under various conditions. This leads to a more engaging driving experience, as the engine reacts more quickly to the driver’s inputs.
• Custom Tuning Opportunities: Installing a new cam often necessitates tuning the engine for optimal performance. This can uncover additional gains through adjustments to fuel maps and ignition timing, maximizing the benefits of the cam upgrade.
• Customization and Personalization: Choosing a cam that fits your specific performance goals allows for a level of customization that can tailor your car to your driving style. Whether aiming for high RPM performance or better drivability, different cam profiles can meet varied needs.

How Do You Install a Cam in a 5.7 Hemi Charger Successfully?

To install a cam in a 5.7 Hemi Charger successfully, you need to follow a series of important steps to ensure optimal performance and compatibility.

• Choosing the Right Cam: Selecting the best cam for your 5.7 Hemi Charger is crucial for performance enhancement.
• Gathering Tools and Supplies: Having the right tools and supplies ready will make the installation process smoother.
• Preparing the Engine: Properly preparing the engine before installation will help avoid complications during the process.
• Removing the Old Cam: Careful removal of the old cam ensures that you do not damage any surrounding components.
• Installing the New Cam: The installation must be done meticulously to ensure proper alignment and function.
• Reassembly and Testing: After installation, reassembling the engine correctly and testing it is essential to confirm that everything is functioning as expected.

Choosing the Right Cam: The best cam for a 5.7 Hemi Charger should enhance horsepower and torque while ensuring compatibility with your engine setup. Factors to consider include lift, duration, and the desired power band, as these will affect engine performance and efficiency.

Gathering Tools and Supplies: Before starting, collect all necessary tools such as a socket set, torque wrench, camshaft installation tool, and gaskets. Additionally, ensure you have engine oil, assembly lube, and any replacement parts ready to facilitate a smooth process.

Preparing the Engine: Begin by disconnecting the battery and draining the engine oil and coolant. Remove any components blocking access to the camshaft, such as the intake manifold and timing cover, ensuring you label and organize the parts for easier reassembly.

Removing the Old Cam: Once access is gained, carefully remove the existing camshaft by loosening the timing chain or belt and unbolting the cam from the engine block. Be cautious to avoid letting debris fall into the engine and to keep track of bolts and components for reinstallation.

Installing the New Cam: Apply assembly lube to the new camshaft and carefully slide it into place, ensuring it is properly aligned with the timing marks. Secure the camshaft according to the manufacturer’s specifications and reattach any components that were removed during the disassembly.

Reassembly and Testing: After the new cam is installed, carefully reassemble all engine components, ensuring that all connections are tight and secure. Once everything is back in place, refill the engine with oil and coolant, reconnect the battery, and start the engine to check for proper operation and any unusual noises.

What Performance Improvements Can You Expect After a Cam Upgrade?

Finally, while many expect a drop in fuel efficiency with performance upgrades, some camshafts are engineered to improve fuel economy at certain RPMs. This can be beneficial for daily drivers who want to enjoy enhanced performance without sacrificing too much on fuel consumption.

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