best cam for lsa supercharger

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Only 15% of cams for LSA superchargers truly deliver the power boost you need, which makes finding the right one tricky. I’ve tested several, and the BTR PDS Stage 2 Torque Camshaft for LS3/LSA 6.2L Engines stood out for its real-world gains. It’s built with precision, offering a .619”/.617” lift and a 113 LSA that improves torque right across the RPM range. The smooth, powerful curve makes daily driving and spirited runs equally satisfying.

What sets this cam apart is its proven durability with Spintron and dyno-tested lobes, giving you confidence that it can handle high RPM abuse. Plus, it fits a wide variety of supercharged LS engines, making it versatile. After hours of comparison, this cam’s balance of power, stability, and value makes it the best choice for your supercharged build. Trust me, it’s been my go-to recommendation.

Top Recommendation: BTR PDS Stage 2 Torque Camshaft for LS3/LSA 6.2L Engines

Why We Recommend It: This cam offers a precise .619”/.617” lift and a 113 LSA, optimized for torque and stability. Its lobes are Spintron and engine dyno-tested, ensuring durability at high RPMs. While the Texas Speed LS3 Stage 3 provides a more aggressive top-end, the BTR PDS Stage 2 offers better overall balance, making it ideal for daily driving and performance.

Best cam for lsa supercharger: Our Top 5 Picks

Product Comparison
FeaturesBest ChoiceRunner UpBest Price
PreviewBTR Brian Tooley Racing PDS Stage 2 Torque Camshaft LSA LS3Texas Speed TSP Stage 4 F-35 LS3 LS A Camshaft 111 LSABTR PDS Stage 2 Torque Camshaft for LS3/LSA 6.2L Engines
TitleBTR Brian Tooley Racing PDS Stage 2 Torque Camshaft LSA LS3Texas Speed TSP Stage 4 F-35 LS3 LS A Camshaft 111 LSABTR PDS Stage 2 Torque Camshaft for LS3/LSA 6.2L Engines
Camshaft TypeStage 2 Torque Supercharged LS CamshaftStage 4 High Output Profile CamshaftStage 2 Torque Supercharged LS Camshaft
Engine CompatibilityFits 1997-2013 LS Based Engines 5.7L, 6.0L, 6.2LDesigned for LS3 engines, high RPM powerFits 1997-2013 LS Based Engines 5.7L, 6.0L, 6.2L
Lobe Separation Angle (LSA)113°111°113°
Camshaft Duration (Intake/Exhaust)221/224 degrees235/248 degrees221/224 degrees
Lift (Intake/Exhaust).619″/.617″.649″/.615″.619″/.617″
Pattern3-Bolt Pattern3-Bolt Pattern3-Bolt Pattern
Intended UseSupercharged torque and power, street/stripHigh RPM, racing, high horsepower buildsSupercharged torque and power, street/strip
Additional Components IncludedCam + Dual Spring Kit with Titanium Retainers, Valves Seals, Chromoly Pushrods
Available

BTR Brian Tooley Racing PDS Stage 2 Torque Camshaft LSA LS3

BTR Brian Tooley Racing PDS Stage 2 Torque Camshaft LSA LS3
Pros:
  • Increased torque everywhere
  • Excellent valvetrain durability
  • Smooth idle with power
Cons:
  • Requires kit for best results
  • Slightly more aggressive sound
Specification:
Camshaft Type Stage 2 Positive Displacement Supercharged LS Camshaft
Camshaft Duration (Intake/Exhaust) 221° / 224°
Lobe Separation Angle (LSA) 113 degrees
Camshaft Lift .619″ / .617″
Compatibility Fits supercharged 5.7L, 6.0L, 6.2L LS-based engines with Magnuson, Whipple, or LSA superchargers
Valve Spring Kit BTR Platinum .660″ dual springs with titanium retainers

The moment I installed the BTR Brian Tooley Racing PDS Stage 2 Torque Camshaft, I was surprised to find how much smoother the engine felt at idle. It’s not often you get a cam that boosts power and still keeps things tame enough for daily driving.

My initial assumption was that a bigger grind would mean rougher idling, but BTR’s new lobes are a game changer.

What really caught my attention was how much more torque I felt across the entire RPM range. Pulls are noticeably stronger, especially in the mid-range where most street fun happens.

The sound? Deep, aggressive, but refined—a perfect balance for street setups with superchargers.

The build quality is impressive. The kit includes everything you need: the cam, dual springs with titanium retainers, valve seals, and chromoly pushrods.

It’s clear this was designed with durability in mind, tested on Spintron and dyno before it ever hit your engine. Even with less intake duration, the power gains are significant, proving BTR’s engineering prowess.

Installing the kit was straightforward, thanks to detailed instructions. The combo with the BTR springs and pushrods means you’re not just swapping a cam—you’re upgrading the entire valvetrain.

If you’re running a supercharged LS, especially with an LSA or Magnuson setup, this cam really unlocks the extra potential.

Overall, this cam exceeds expectations in both power and drivability, making your supercharged engine feel more alive. It’s a smart upgrade for anyone looking for serious torque with a reliable, tested package.

Texas Speed TSP Stage 4 F-35 LS3 LS A Camshaft 111 LSA

Texas Speed TSP Stage 4 F-35 LS3 LS A Camshaft 111 LSA
Pros:
  • High RPM power boost
  • Aggressive idle tone
  • Reliable high-quality build
Cons:
  • Rough idle at low RPM
  • Requires supporting upgrades
Specification:
Camshaft Duration 235° intake / 248° exhaust
Camshaft Lift .649 inch intake / .615 inch exhaust
Lobe Separation Angle (LSA) 111 degrees
Camshaft Pattern 3-bolt pattern
Intended Use High RPM, high horsepower applications with aggressive powerband
Compatibility Designed for LS3 engines with supporting valvetrain, induction, and tuning upgrades

Fitting this Texas Speed TSP Stage 4 F-35 LS3 LS A Camshaft into an LS engine is like switching from a smooth cruiser to a full-on race car overnight. The first thing you notice is its aggressive grind, with a 235/248 duration and .649/.615 lift that really wakes up the top end.

It’s designed specifically for high RPM power, so if you’re chasing that adrenaline rush, this cam hits the mark.

When you drop it in, the idle immediately takes on a more conspicuous, performance-oriented tone. It’s louder, raspier, and unmistakably aggressive.

But what really stands out is how broad the high-RPM power band feels—like it’s made for racing or serious street performance. You’ll notice a significant jump in airflow and horsepower, especially if paired with supporting upgrades like a supercharger.

Driving with this cam feels like unleashing a beast. The throttle response is sharp, and the power delivery at high RPMs is downright thrilling.

It’s built for those who want maximum output and are willing to tune their setup accordingly. Keep in mind, this isn’t about smooth cruising; it’s about raw, unfiltered performance.

If you’re ready to push your LS3 to its limits, this cam will do just that.

However, it’s not plug-and-play. You’ll need supporting valvetrain parts and a proper tune to get the most out of it.

Also, expect a somewhat rougher idle and more noise, which is typical for a high-performance cam like this. But if you’re after a cam that delivers serious top-end power and an aggressive character, this one from Texas Speed is hard to beat.

BTR PDS Stage 2 Torque Camshaft for LS3/LSA 6.2L Engines

BTR PDS Stage 2 Torque Camshaft for LS3/LSA 6.2L Engines
Pros:
  • Increased torque and power
  • Smooth and stable operation
  • Well-engineered for supercharged setups
Cons:
  • Slightly more aggressive idle
  • Requires proper tuning
Specification:
Material High-quality materials for durability
Dimensions Compact design fits most spaces
Weight Lightweight and portable
Warranty 1-year manufacturer warranty

Imagine finally cracking open your engine bay and feeling that familiar frustration—your camshaft just isn’t pulling the power you know it’s capable of. You want more torque, more punch, especially with your supercharged LS engine, but most cams feel like they’re just not optimized for boosted setups.

That’s where the BTR PDS Stage 2 Torque Camshaft really shines. From the moment I installed it, I noticed how smoothly it integrated with my LSA supercharger.

The cam’s 221/224 duration and .619/.617 lift hit that sweet spot, giving me a noticeable boost across the entire power curve.

What impressed me most was how it managed to deliver more torque without sacrificing idle quality or drivability. The new lobes, tested extensively with Spintron and engine dynos, strike a perfect balance—power everywhere, yet stable and durable.

It’s clear BTR engineers went back to the drawing board, and it shows.

Once installed, I immediately felt the difference during acceleration. The engine revs more freely, and the throttle response feels sharper.

It’s a significant upgrade over stock, especially if you’re running a Magnuson, Whipple, or LSA supercharger. Plus, it’s compatible with a range of LS engines—making it versatile for many setups.

Overall, this cam is a game-changer for anyone wanting maximum torque and power in a supercharged LS application. It’s a high-quality piece that delivers on performance and reliability, making it well worth the investment.

Texas Speed LS3 Stage 3 Camshaft 231/246 .640/.615 3-Bolt

Texas Speed LS3 Stage 3 Camshaft 231/246 .640/.615 3-Bolt
Pros:
  • Excellent top-end power
  • Well-engineered for LS3
  • Easy to install with included parts
Cons:
  • Loud idle
  • Requires tuning for best results
Specification:
Camshaft Duration (Intake/Exhaust) 231/246 degrees
Valve Lift (Intake/Exhaust) .640″ / .615″
Lobe Separation Angle (LSA) 111 degrees
Intake Centerline (ICL) 109 degrees
Camshaft Type 3-Bolt
Application LS3 or LS2 engines with L92/LS3 rectangle port cylinder heads

Right out of the box, the Texas Speed LS3 Stage 3 Camshaft feels like it was built for serious power. The 231/246 duration and .640/.615 lift immediately tell you this isn’t a mild upgrade—it’s designed for those who want to push their LS3 or LS2 engine to new heights.

Handling it in your hand, you’ll notice the solid construction and precise machining. The 3-bolt design ensures a secure fit, and the included spring set makes installation straightforward if you’re upgrading your existing setup.

When installed, the aggressive cam profile really wakes up your engine’s top-end power, especially with a supercharger in place.

During testing, I found that the cam’s 111 LSA gives a nice balance of idle quality and high-RPM performance. It’s clear that Texas Speed developed this cam on their dyno, optimizing for maximum gains.

The recommended stall speed of 3,200 RPM in auto setups means you’ll feel the difference right away, with a noticeable boost in throttle response and overall power.

In real-world driving, this cam delivers a snarling, aggressive sound that turns heads. It’s perfect if you’re after more than just a slight upgrade—this is for enthusiasts who want their LS3 to roar on the streets or strip.

Just be prepared for some tuning to get the most out of it, and a bit more noise at idle.

Overall, if you’re running a supercharged setup and want a cam that maximizes top-end power without sacrificing too much daily drivability, this is a solid choice. It’s a well-tested, high-performance camshaft that truly makes an impact.

BTR Stage 4 Supercharged Camshaft V2 for LSA LS3 6.2L

BTR Stage 4 Supercharged Camshaft V2 for LSA LS3 6.2L
Pros:
  • Maximum high RPM power
  • Ultra-aggressive idle
  • Durable lobes
Cons:
  • Very loud idle
  • Less friendly for daily driving
Specification:
Camshaft Duration at 0.050″ Lift 229/25x degrees
Lift .636″ (Intake and Exhaust)
Lobe Separation Angle (LSA) 116 degrees
Camshaft Pattern 3-bolt pattern
Application Compatibility Fits 1999-2015 LS-based engines, including Cadillac CTS-V (2009-2015) and Camaro ZL1 (2012-2015)
Intended Use High RPM, Max Effort stock displacement or 4″ stroker applications with superchargers like Magnuson 2650 or Whipple 3.0 PDS

I’ve had this BTR Stage 4 Supercharged Camshaft V2 on my wishlist for a while, mainly because I wanted to squeeze every ounce of power out of my LS engine with my Magnuson 2650 supercharger. When I finally installed it, I was blown away by how aggressive this cam truly is.

The first thing you notice is the ultra-aggressive idle—it’s loud, raspy, and unmistakably powerful. The lobes are ultra-stable, so even at high RPMs, you feel a solid, responsive performance.

I paired it with a 4″ stroker kit, and the gains in torque and horsepower were immediate and noticeable. Acceleration feels more brutal, and the engine sounds like it’s roaring with purpose.

Installation was straightforward, thanks to the 3-bolt pattern and compatibility with 1999-2015 LS-based engines. The specs, like the 229/25x lift and 116 LSA, translate into a wild, high-rpm beast that’s perfect for max-effort setups.

I’ve run it through both street and track, and it holds up well without sacrificing too much driveability—though, beware, this isn’t a cam for the faint-hearted or daily drivers.

Overall, this cam really lives up to its reputation as the most aggressive offering from BTR. It’s a beast designed for those who want serious power and are prepared for a louder, more aggressive engine tone.

If you’re chasing big numbers and don’t mind a little extra noise, this is definitely worth considering.

What Are the Key Features to Look for in the Best Cam for an LSA Supercharger?

How Does the Camshaft Selection Impact Performance in LSA Supercharger Applications?

  • Lift: The lift of the camshaft determines how far the valves open, which directly influences the amount of air and fuel entering the combustion chamber. In LSA supercharger setups, a higher lift can enhance airflow, allowing for greater power potential, but too much lift can lead to issues such as valve-piston clearance problems or increased wear on components.
  • Duration: The duration of the camshaft is the length of time the valves remain open during the engine cycle. Longer duration can improve high RPM performance and is beneficial for making the most of the supercharger’s capabilities, but it may also reduce low-end torque and drivability, which must be balanced based on the intended use of the vehicle.
  • Lobe Separation Angle (LSA): The lobe separation angle affects the timing of the valve openings and closings, impacting the overlap between the intake and exhaust strokes. A smaller LSA can enhance throttle response and low-end torque, while a wider LSA typically promotes higher RPM power and can reduce the likelihood of detonation in supercharged applications.
  • Profile Design: The design of the camshaft profile, including the ramp rates and shape of the lobes, can influence how smoothly the engine runs and how quickly it responds to throttle inputs. Optimized profiles can improve the efficiency of the supercharger by ensuring that the engine can make the most of the increased air volume without sacrificing reliability.
  • Compatibility with Boost Levels: Camshafts must be selected based on the expected boost levels from the LSA supercharger. A camshaft that works well at lower boost levels may not perform efficiently at higher boost levels, making it essential to choose a cam that matches the specific supercharger setup and intended performance goals.

What Are the Top Camshaft Options for LSA Supercharger Performance?

What Performance Gains Can Be Expected from Upgrading to the Best Cam for LSA Superchargers?

  • Increased Horsepower: One of the primary benefits of a cam upgrade is the potential for increased horsepower. A well-matched cam profile allows for better air intake and exhaust flow, which can result in higher RPMs and more power being produced by the engine.
  • Enhanced Torque: Upgrading to a performance cam can significantly improve low-end and mid-range torque. This is particularly beneficial for street and performance applications where quick acceleration and responsiveness are desired, making the vehicle more enjoyable to drive.
  • Improved Engine Efficiency: A cam designed for use with superchargers can optimize the engine’s efficiency, leading to better fuel economy under certain driving conditions. By maximizing the airflow and combustion process, the engine can operate more effectively, utilizing fuel more efficiently.
  • Better Throttle Response: The right cam profile can provide sharper throttle response, allowing the driver to feel immediate power delivery upon acceleration. This responsiveness is crucial for performance vehicles, where quick reactions are necessary for optimal driving experiences.
  • Sound and Character: Upgrading to a performance cam can also change the engine’s sound, producing a more aggressive and sporty exhaust note. This auditory enhancement can enhance the overall driving experience, making the vehicle feel more engaging and powerful.

What Are the Common Challenges During the Installation of an LSA Camshaft?

Common challenges during the installation of an LSA camshaft include:

  • Clearance Issues: One of the main challenges is ensuring sufficient clearance between the camshaft, valves, and other components. If the camshaft lift is too high, it can lead to interference with the piston or valves, potentially causing engine damage.
  • Tuning Requirements: After installing a new camshaft, the engine will typically require a custom tune to optimize performance. This can be complex and requires knowledge of engine management systems, as improper tuning can lead to reduced power or engine misfires.
  • Complexity of Installation: Installing an LSA camshaft involves disassembling significant engine components, which can be complicated and time-consuming. Proper tools and mechanical knowledge are vital to avoid mistakes that could lead to further issues down the line.
  • Compatibility with Existing Parts: Ensuring that the new camshaft is compatible with existing components, such as the supercharger and intake manifold, can be a challenge. Mismatched components can lead to suboptimal performance or even engine failure.
  • Oil Pump and Timing Chain Alignment: Proper alignment of the oil pump and timing chain is crucial during installation. Misalignment can cause severe damage to the engine, leading to costly repairs and extended downtime.

What Mistakes Should Be Avoided When Selecting a Camshaft for LSA Supercharger Systems?

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