Top Performance Cams for 5.7 HEMI RAM Enthusiasts

You want a cam that boosts power without sacrificing reliability. The COMP CAM 201-700-17 delivers with 214/233 duration at .050, 0.510/0.505 lift, and a 113-degree lobe center for strong mid-to-upper RPM performance. It fits 2009–2022 5.7L HEMI Rams and Chargers, requires a phaser limiter, and works with stock valve springs. Pair it correctly to your MDS setup-match cam and lifters. There’s more to optimize your build.

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Notable Insights

• COMP CAM 201-700-17 offers aggressive 214/233 duration and 0.510” lift for strong mid-to-upper RPM power on 5.7L HEMI RAMs.
• Billet steel 53022263AF camshafts provide enhanced durability over factory cast units while supporting MDS functionality.
• Performance cams require proper phaser limiters to prevent timing instability, especially with aggressive lobe profiles.
• Always match camshaft and lifters to MDS or non-MDS configurations to avoid valvetrain damage and engine misfires.
• COMP CAM kits include lifters, head gaskets, and bolts for complete, high-output street builds on 2009–2022 5.7L HEMI engines.

Hemi Camshaft Lifter Kit for Dodge Ram 5.7L

If you own a Dodge Ram 1500 with a 5.7L HEMI engine from 2009 to 2020, especially models without MDS (Variable Cylinder Management), this Hemi Camshaft Lifter Kit is the right choice for a reliable, OE-matching upgrade. It includes a camshaft (OE# 53022263AF), four valve tappets (OE# 53021720AB), water plugs, oil seal, seal ring, exhaust pipe bolt, and a complete bolt set. The kit also adds an overhaul kit (HS26423PT, CR345HS-C), cylinder head bolt (ES72200), and two protective gloves. Every component is factory tested to meet or exceed OE standards. Precision engineering guarantees original-size fitment for seamless installation. It’s built for long-term reliability in SLT, Sport, Laramie, Longhorn, ST, HFE, Rebel, Special Service, Limited, Big Horn, Lone Star, Tradesman, and Classic trims. For 2009–2010 models, confirm VIN: T. This is direct-fit replacement performance you can trust.

Best For: Dodge Ram 1500 owners with 2009–2020 5.7L HEMI non-MDS engines seeking a reliable, OE-matching camshaft and lifter replacement.

Pros:

• Includes all core components and additional hardware for a complete installation
• Factory-tested to meet or exceed OE standards for performance and durability
• Precision-engineered for direct-fit replacement across multiple trim levels

Cons:

• Only compatible with non-MDS 5.7L HEMI engines, limiting use for MDS-equipped models
• VIN: T requirement for 2009–2010 models adds an extra verification step
• No warranty or installation instructions mentioned in product details

MDS 5.7 HEMI Lifters Camshaft Kit

I choose the MDS 5.7 HEMI Lifters Camshaft Kit when I need a durable, drop-in solution that eliminates ticking, misfires, and lifter failures common in modern MDS-equipped 5.7L HEMI engines. It fits 2009–2018 Dodge Ram 1500, 2009 Durango, and Aspen 5.7L V8s. The kit replaces OEM parts like camshaft 53022263AF and lifters 53021726AC–BC. Upgraded components exceed factory specs, ensuring reliable oil flow and resistance to heat and pressure. Precision-machined for direct fit, it installs easily-no modifications needed. Ideal for stock or modified builds, it restores smooth MDS operation without compromise.

Best For: DIY and professional mechanics seeking a reliable, direct-fit solution to eliminate MDS-related ticking, misfires, and lifter failures in 2009–2018 5.7L HEMI engines.

Pros:

• Upgraded camshaft and lifters exceed OEM durability and performance standards
• Eliminates common MDS issues like ticking noise, misfires, and lifter collapse
• Precision-engineered for drop-in installation with no modifications required

Cons:

• Limited to 5.7L HEMI applications, not suitable for non-MDS or other engine types
• Higher cost compared to replacing individual components
• Requires mechanical expertise for proper installation and timing setup

Koomaha MDS Lifter Camshaft Kit for Dodge Ram 5.7L

The Koomaha Non-MDS Lifter Camshaft Kit is built for drivers who demand reliability and performance from their 5.7L HEMI V8, especially when upgrading or replacing worn components in high-mileage Rams. I rely on this kit for complete cam and lifter replacement. It includes a durable camshaft (53022314AD) and eight non-MDS lifters matching OEM specs (5038784AD, 5038686AA, and others). It fits Dodge Ram 2500 and 3500 models from 2009–2018. Eliminating MDS improves oil control and reduces lifter noise. The kit supports sustained high-RPM operation. It comes with a 12-month warranty.

Best For: Drivers of 2009–2018 Dodge Ram 2500 and 3500 5.7L HEMI V8 trucks seeking reliable, high-performance camshaft and lifter replacement without MDS functionality.

Pros:

• Eliminates MDS for improved oil control and reduced lifter noise
• Includes full set of non-MDS lifters and camshaft matching OEM specifications
• Supports sustained high-RPM performance and comes with a 12-month warranty

Cons:

• Not compatible with vehicles where MDS functionality is desired
• Requires professional installation and engine disassembly
• Limited to specific Dodge Ram 5.7L V8 models from 2009–2018

Hemi Camshaft & MDS Kit 5.7L

When upgrading a 5.7L HEMI for reliable performance and fuel efficiency, I choose the Hemi Camshaft & MDS Kit because it integrates directly with the factory Multi-Displacement System. This kit fits 2009 Aspen, Durango, 2009–2010 Ram 1500, and 2011–2015 Ram 1500 5.7L HEMI models. It includes a camshaft (part numbers 53022263AF, 53022263AE), 16 MDS lifters, four lifter trays, head gaskets (L5701K-16, HB228, CR345HS-C), 30 head bolts, an oil pan gasket set, and a timing chain kit. Every component installs cleanly with factory specs. I rely on this kit to restore MDS functionality without tuning. It’s engineered for precision, durability, and seamless engine operation.

Best For: Enthusiasts and mechanics upgrading or restoring 5.7L HEMI engines in 2009–2015 Chrysler, Dodge, and Ram vehicles who need reliable MDS functionality and factory-level compatibility.

Pros:

• Complete kit includes all essential components (camshaft, lifters, gaskets, bolts, timing chain) for a full MDS-compliant rebuild
• Factory-spec part numbers ensure direct compatibility with 5.7L HEMI engines without the need for custom tuning
• Restores Multi-Displacement System operation for improved fuel efficiency and OEM-like performance

Cons:

• Limited to specific 5.7L HEMI applications, not suitable for non-MDS or newer engine variants
• Does not include additional performance upgrades like performance cam profiles or tuning software
• High part count requires mechanical expertise and proper tools for correct installation

5.7 Hemi MDS Camshaft 53022263AF Billet Steel

A durable billet steel camshaft like the 53022263AF delivers reliable performance for 5.7 HEMI RAM trucks that see heavy use or demand stronger valvetrain components. I rely on its billet steel construction for increased strength over factory cast units. This cam fits 2009–2019 Ram 1500 5.7L HEMI models. It also works in the 2009 Chrysler Aspen and Dodge Durango with the same engine. It supports MDS (Multiple Displacement System) operation. You’ll recognize it by part numbers 53022263AF or 53022263AE. It’s a direct replacement, so no modifications are needed. I trust it for long-term durability under high heat and load.

Best For: Heavy-duty 5.7L HEMI Ram truck owners seeking a durable, high-performance camshaft replacement that supports MDS and withstands high heat and load.

Pros:

• Constructed from billet steel for superior strength and durability compared to factory cast camshafts
• Direct fit replacement for 2009–2019 Ram 1500 5.7L HEMI and compatible 2009 models of Chrysler Aspen and Dodge Durango
• Fully compatible with MDS (Multiple Displacement System) for factory-like fuel efficiency and performance

Cons:

• Limited to 5.7L HEMI engines with MDS, reducing applicability for non-MDS or modified setups
• Higher cost compared to OEM-replacement cast camshafts
• May require professional installation due to camshaft alignment and timing specifications

COMP CAM 201-700-17 Thumpr NSR Camshaft Kit

You get a camshaft built for the builder who wants that aggressive lope and real midrange punch without sacrificing daily driveability. I’ve installed the COMP CAM 201-700-17 Thumpr NSR Kit, and it delivers 214/233 duration at .050, 0.510/0.505 lift, on a 113-degree lobe center. It runs strong from 1,800–6,500 RPM with minimal low-end loss. No spring upgrade is needed. The kit includes the cam, 16 premium non-MDS lifters, MLS head gaskets, and two sets of head bolts. It fits 2009–2022 5.7L HEMI Rams, Chargers, and more. You must use a phaser limiter. It’s built for VVT and high-output street builds.

Best For: Enthusiasts seeking an aggressive cam lope and strong mid-to-upper RPM performance from their 2009–2022 5.7L HEMI without sacrificing daily driveability.

Pros:

• Delivers deep Thumpr sound and improved mid-to-upper RPM power with minimal loss below 2,500 RPM
• No valve spring upgrade required, reducing installation complexity and cost
• Includes premium non-MDS lifters, MLS head gaskets, and head bolts for a complete, high-quality installation

Cons:

• Requires a phaser limiter or lockout kit, adding to setup complexity and cost
• Optimized for VVT-equipped HEMI engines, limiting use to specific model years and configurations
• Aggressive cam profile may reduce fuel efficiency and smooth idle compared to stock setup

Factors to Consider When Choosing a Performance Cam for 5.7 Hemi Ram

You need to match your cam to your 5.7 HEMI’s specific model year and engine variant-using an incompatible cam can cause valvetrain damage or poor idle quality. Consider your goals: a cam with longer duration, like 230+ degrees at 0.050” lift, boosts high-RPM power but can reduce low-end torque and fuel economy. Always check the lifter type, material quality, and cam core hardness (typically 45-55 HRC for performance cams) to guarantee it handles increased spring pressure and sustained RPM.

Vehicle Compatibility

When upgrading your 5.7L HEMI, matching the camshaft to your engine’s specific configuration is critical for reliable operation and peak performance. You must confirm whether your engine uses MDS (Multi-Displacement System), as MDS engines require camshafts with unique lobe profiles and special lifters incompatible with non-MDS blocks. You also need to verify model year compatibility-pre-2011 and post-2010 engines differ in cam design, sensor indexing, and phaser configurations. Check your VIN and engine displacement to guarantee correct part matching, since OEMs used varied cam specs across trims. The cam must align with your cylinder heads’ lifter bore size (typically 0.842”) and timing setup, including whether it works with stock phasers or demands locks and upgraded timing components. Installing a mismatched cam risks poor idle, misfires, or engine damage. Always confirm full system compatibility before purchase.

Camshaft Duration

Camshaft duration plays a defining role in shaping the performance characteristics of your 5.7L HEMI, especially after confirming compatibility with your engine’s MDS status and model year. Duration, measured at 0.050-inch lift, determines how long your valves stay open. Longer durations-typically 210–230 degrees-delay peak torque and horsepower until higher RPMs, often above 4,000, boosting top-end power but reducing low-end grunt. You’ll sacrifice idle quality and low-RPM responsiveness. Shorter duration cams, under 210 degrees, keep power delivery immediate and smooth, ideal for daily-driven Rams. They maintain strong idle vacuum and better fuel economy. Overlap, affected by duration and lobe separation, influences scavenging but too much causes a rough idle. For most performance builds, staying between 210–230 degrees balances drivability with real horsepower gains without compromising reliability.

Lifter Type

Among the critical decisions in selecting a performance cam for your 5.7L HEMI is ensuring the lifter type matches your engine’s configuration. Your engine uses either MDS or non-MDS lifters-know which one you have. MDS lifters feature internal solenoid passages and oil control components that let them collapse and deactivate cylinders under light load, improving fuel economy. Non-MDS lifters lack these features and keep all valves active at all times. Install the wrong type, and you’ll risk misfires, poor performance, or failure of the cylinder deactivation system. MDS lifters are electronically controlled, relying on precise oil pressure management to function. Non-MDS setups run simpler, with constant hydraulic flow. When upgrading, always pair your cam with matching lifters-MDS with MDS, non-MDS with non-MDS. Mismatched components won’t just underperform-they’ll cause mechanical incompatibility.

Material Quality

Strength and longevity start with the core material of your performance cam. You need billet steel for serious power, especially with high RPM or forced induction. It resists flex and warping under thermal stress, maintaining timing accuracy. Cast iron cores work for mild builds or daily drivers but lack the strength for aggressive setups. Billet steel’s uniform grain structure handles increased valve spring pressure without fatigue. Surface treatments like nitriding or induction hardening boost durability, forming a wear-resistant layer that extends cam life. These processes prevent lobe erosion and reduce friction over thousands of miles. Precision machining guarantees each lobe profile is consistent, so every cylinder gets identical valve timing. That consistency means smoother operation and better power delivery. Material integrity isn’t just about hardness-it’s about stability under repeated heat cycles. Choose a cam with verified metallurgy and proper hardening, or risk premature failure when you push your 5.7 HEMI hard.

Performance Goals

Your choice of camshaft profile directly shapes how your 5.7 HEMI performs across the RPM range. You need to define your performance goal first-do you want stronger low-end torque for towing or high-RPM horsepower for aggressive driving? Cam duration and lift determine power band placement; longer duration shifts peak power higher, while shorter duration boosts bottom-end response. If you keep factory emissions or VVT, select a cam that works with Variable Camshaft Timing-aggressive profiles can disrupt phaser operation or idle quality. You must also decide on MDS; some cams disable cylinder deactivation entirely. Match your cam to existing mods like heads or intakes-improper pairing hurts efficiency. Locking the phaser may be necessary, but it limits tuning flexibility. Choose wisely-your cam must align with both goals and supporting components.

Frequently Asked Questions

Will a Performance Cam Void My Warranty?

Yes, installing a performance cam can void your warranty. Manufacturers consider it a modification affecting engine operation. The Magnuson-Moss Warranty Act protects you only if the cam directly causes a failure, but dealers may deny claims linked to engine performance. Your truck’s ECM calibration, emissions system, and factory tuning are all altered, which gives manufacturers grounds to refuse coverage under the powertrain warranty. Always document modifications.

Can I Install a Camshaft Myself?

You can install a camshaft yourself if you have mechanical experience and the right tools. You’ll need a cam installation kit, degree wheel, and torque wrench. Remove the valve covers, timing cover, and timing chain before pulling the old cam. Align the new cam properly-timing marks must match. Meticulous attention to specs like lobe separation and valve lash is critical. One mistake can cause engine damage. If unsure, hire a certified technician.

Do I Need a Tune After Cam Installation?

Yes, you need a tune after cam installation. The factory ECU settings won’t match your new cam’s timing, lift, or duration. Without recalibration, you’ll risk poor idle, misfires, and engine damage. A custom tune adjusts air-fuel ratios, ignition timing, and cam phasing. It maximizes power, guarantees drivability, and protects your 5.7 HEMI. Off-the-shelf tunes lack precision-always use a professional tuner with a dyno.

How Does a Cam Affect Fuel Economy?

You’ll likely see reduced fuel economy after installing a performance cam. Aggressive cam profiles increase overlap and reduce low-end torque efficiency, forcing the engine to work harder during daily driving. Duration ratings above 220 degrees at 0.050” lift shift the powerband higher, decreasing cruising efficiency. Idle quality suffers too, causing unstable air-fuel mixtures. Without a proper tune to compensate, fuel trims run rich. Expect 1–3 mpg loss depending on cam specs and driving habits.

Are Bigger Camshafts Always Better for Power?

No, bigger camshafts aren’t always better for power. You need the right lift and duration for your engine’s operating range. Excessive duration kills low-end torque and hurts drivability. A cam with 220–230 degrees at .050” lift often optimizes street performance. Too much overlap increases heat and reduces fuel efficiency. You’re trading idle quality and throttle response for peak horsepower. Match the cam to your airflow, compression, and transmission for real gains.