6 Best Cam for Stock 350 Chevy [How to Remove & Install]

Almost every automotive engine requires a dependable boost on different occasions. And camshaft can initiate the action through an improved mechanism.

Many small block pickups from Chevrolet managed to hit the popularity. But its stock 350 appears somewhat preferable from many perspectives.

However, you’ll have to replace the existing camshaft to avoid inevitable consequences. Too many aftermarket options are sure to give you trouble on purchase.

Our experts spent adequate time listing the absolute best cam for stock 350 Chevy. The article covers in-depth facts to let you know your boosting gear.

Check out the quick comparison to know our favorite picks.

Top 6 Stock 350 Chevy Cam-Comparisons

ProductsOperating Range (rpm)Actual DurationValve Lift (in)Price
Lunati Hydraulic Flat Cam2000 – 6000224/2340.465/0.488
COMP Cams Mutha' Thumpr Cam2500 – 6400243/2570.500/0.486
JAMSI Chevy Camshaft & Lifters Kit2000 – 4500224/2240.465/0.465
Engine Pro Camshaft, Lifters1500 – 4000204/2140.420/0.433
Comp Cams Hydraulic Roller Cam2200 – 7200235/2510.621/624
Guardian Engine Hi-Perf RV Cam2000 – 6500232/2320.480/0.480

Top 6 Cam for Stock 350 Chevy

Only the primary features get to make the mentioned product comparison. Still, there are other associated facts to judge every individual option. Start looking into the reviews from below.

1.Lunati 10120102LK Bare Bones Hydraulic Flat Cam/Lifter Kit

Lunati 10120102LK Bare Bones Hydraulic Flat Cam/Lifter KitImpart constant mechanical support to boost the overall engine performance.

And the first cam position goes to Lunati’s dependable Bare Bones series. Its 10120102LK stands to combine the necessary features in one assembly.

Wide compatibility makes the performance camshaft for Chevy 350 a great purchase. The price looks relevant, counting the packed contents.

Features & Benefits

Functional Spec

Lobe separation measures a standard 112-degree to induce constant support. Actual duration comes 224 for intake against 234 for exhaust at 0.050”. And the valve lift appears somewhat competitive with a 0.465”/0.488” on intake/exhaust.

Power Production

Exceptional mid-range & high rpm operation initiates superior power. Speaking of the rpm range, the cam functions within 2000 up to 6000. Noticeable increase in horsepower requires no additional gas requirement to push the budget.

Vehicle Fitment

Its asymmetrical lobe design can promote any standard Chevrolet Gen I engine. But the best hydraulic camshaft is unlikely to support small roller blocks. Apart from stock 350, the cam suits 262, 265, 267, 283, 302, 305, 307, 327 & 400.


  1. Advanced mechanical profile.
  2. Increase in throttle response.
  3. Immediate power generation.
  4. Support on upper range RPM.


  1. Minimal package parts.

2.COMP Cams 12-602-4 Big Mutha’ Thumpr Cam for Chevrolet

COMP Cams 12-602-4 Big Mutha' Thumpr Cam for ChevroletPromote the efficiency of your Chevrolet with extreme power on the output.

It’s indeed difficult to beat the abundance of COMP Cams stores. And the Big Mutha’ Thumpr series surely surpasses other aftermarket options.

It’s one explicit best cam and lifter sets for a stock 350 Chevy. Reasonable price tags should keep you notified on the checklist.

Features & Benefits

Exclusive Design

A distorted 107-degree lob separation helps with its power-generating action. Actual duration at 0.050” measures a preferable 243/257 against the advertised 295/313. Meanwhile, the valve lift with 1.5 rockers comes 0.500”/0.486” on intake/exhaust.

Overlapping Power

The best stock replacement cam for Chevy 350 initiates an early intake valve opening. Extended exhaust duration can deliver a dependable overlap. And the hard-hitting exhaust note provides superb action. Even the sound stands melodious with no distorting element.

Output Character

It’s one particular cam to suit small Chevrolet blocks, imposing superb street/strip uses. Not to mention, the design stands for heavier applications, working at 2500 to 6400 rpm. A 2800+ stall requires a 9.5:1 compression to produce the optimum horsepower.


  1. Prolonged exhaust duration.
  2. Wide torque curve support.
  3. Heavy application suitability.
  4. Smooth sound from engine.


  1. Conventional valve spring.

3.JAMSI Chevy SBC HP Lift Camshaft & Lifters Kit MC1991

JAMSI Chevy SBC HP Lift Camshaft & Lifters Kit MC1991Set the ultimate limits of stock through improvised mechanical support.

Not many high-quality aftermarket parts can meet the old engine’s complexity. But JAMSI manages to design a subtle replacement for your older vehicle.

Its MC1991 is one of the best camshafts for 350 Chevy to produce a solid boost. You should look into the price to stand under the radar.

Features & Benefits

Torqued Power

Good torque produces sufficient power at the 2400 – 300 rpm range. Meanwhile, the 2000 – 4500 operating rpm range enables strong pulling power. Hydraulic flat tappet lifter set holds the cam functionality. Some additional lope will induce fair idle on demand.

Design Specs

The advertised duration is 298 for both intake & exhaust. However, the actual duration measures 224/224 at 0.050” lift. Again, valve lift appears the same 0.465” on either side. But lobe separation is 107-degree for intake & 117-degree on the exhaust.

System Fitment

It’s a stage III SBC cam for low-end torque to satisfy small-block Chevrolets. Older models with flat hydraulic designs ranging from 1958 – 1995 go perfectly. You can consider a wide stock 262 up to stock 400 fitments.


  1. Great valvetrain stability.
  2. Hard casting with flame.
  3. Mild bracket racing uses.
  4. Supportive lobe design.


  1. Notable slagging issues.

4.Engine Pro Camshaft, Lifters, and Double Roller Timing Chain Kit

Engine Pro Camshaft, Lifters, and Double Roller Timing Chain KitUpgrade the engine performance with a notable boost for its power.

Inducing higher output power becomes easy with a stage II cam. And Engine Pro develops one versatile unit to satisfy the specs.

Anything to require extreme power enhancement should settle for the kit. The price tag appears to match the services pretty well.

Features & Benefits

Precise Details

The actual duration seems somewhat low, with a mere 204/214 at 0.050” lift. Even the valve lift counts noticeably low to feature 0.420”/0.433” for intake/exhaust. But asymmetrical lobe design enables extreme suitability to meet challenging conditions.

Dependable Set

The cam for stock 350 Chevrolet car features a solid structure to remain functional over time. Also, the matching lifter set should induce the necessary power generating torque. It also includes a 0.200 roller HD timing chain to serve the intended purposes.

Stock Support

The biggest cam for stock 350 suits the design to feature stock converters. And the compatibility counts with the small block Chevy from 1955 to 1995. Apart from 350, its hydraulic tappet design fits into 262, 265, 267, 302, 305, 307, 327 & 400.


  1. Low to mid torque range.
  2. Functional engine support.
  3. Distinctive lobe separation.
  4. Superfast boosting power.


  1. low-quality chain gear.

5.Comp Cams 54-470-11 LSR Rectangular Port Hydraulic Roller Cam

Comp Cams 54-470-11 LSR Rectangular Port Hydraulic Roller CamExtend the overall satisfaction on rides through a dependable engine boost.

Special design requires particular automotive support to hit the satisfaction. However, COMP Cams still has something in the store on definite privilege.

It’s the best roller cam and lifter sets for a stock 350 Chevy on our list. But the hefty tag may give you a headache on purchase.

Features & Benefits

Absolute Support

High output initializes a sturdy boost for the best street cam for small block Chevy. And the operation covers mid-range to high-range rpm, measuring 2200 up to 7200. Extreme torque induction keeps the engine occupied to ensure a consistent action.

Deliberate Specs

The actual duration comes reasonably high to meet the power specs. It counts a dependable 235 for intake against 251 for exhaust at 0.050”. But valve lift goes a notable improvement to deliver 0.621”/0.624” on intake/exhaust. But lobe separation of 117-degree remains the same.

Rectangular Port

The intended LSR rectangular port stands to fit into 6.0L & 6.2L LS engines. A Widened split prevails between the exhaust facility & intake manifold duration. The port grinds initiate superior airflow, featuring the LS3/L92 port.


  1. Sturdy roller shaft design.
  2. Increase in intake airflow.
  3. Wide operating RPM range.
  4. Overlapped split duration.


  1. Modification requirements.

6.Guardian Engine Kits SB Chevy Hi-Perf RV Cam

Guardian Engine Kits SB Chevy Hi-Perf RV CamTime to introduce a proper replacement to keep the engine occupied.

And it’s the last stop with promising action on our review list. Guardian Engine Kit enlists the Elgin product to overcome the boosting issues.

Its high-performance function meets the standard requirements to optimum satisfaction. The demanded price should remain within the financial radar.

Features & Benefits

Induced Power

Sufficient torque imparts high output with the best cam kit for Chevy 350. Guaranteed consistency keeps your engine supportive on heavy uses. Increase in throttle response comes with extended output, keeping the budget completely intact.

Standard Specs

Actual duration stands reasonable, measuring the same 282 on intake/exhaust. You can expect 232 duration at 0.050” lift. Not to mention, the valve lift goes a consistent 0.480” with 1.5 rockers. And a reliable 2000 – 6500 rpm remains supportive for 108 centerlines.

Genuine Fitment

Strong torque with a good rpm range delivers sufficient power increment. And the best cam for 350 Chevy truck fits into Gen I V8 engines for Chevrolet. The overall compatibility comes somewhat low, going into stock 283, 327 & 400.


  1. Superb flat tappet design.
  2. Stalling converter support.
  3. ZINC lube with additives.
  4. Sufficient RPM operation.


  1. Inferior lifter quality.

How to Choose Cam for Stock 350 Chevy? (Buying Guide)

Making the perfect choice for automotive parts is somewhat difficult with overwhelming options. Likewise, it goes with camshaft kits to fit into specific vehicular engines.

Certain facts can help you to narrow down the options in no time. Knowing the considerations in detail should help to achieve the best cam.

Operating Range

Induction of power directly depends on operating torque. And it explicitly concerns the RPM range. The range counts differently for variable options. However, you should settle for mid-range to high-range ones. It’s likely to rely on the 2000 up to 6500 rpm range.

Associated Facts

Notable considerations go with valve lift & actual duration at standard lift. Neither valve lift nor actual duration remains the same on different models. However, you can consider higher numbers for a more powerful outcome.

System Fitment

Of course, we’re talking Chevy 350 small block engines. But the versions are likely to differ, requiring your attention to the manual. Don’t forget to look into the supporting specs on the exterior. It should help with a hassle-free installation.

Engine Response

As it happens, it’s not impossible to find all the options to fit your Chevy. But the overall response from the engine will differ, no matter what. And you want the optimized power on the output. So, consult pros or experts to narrow the preference.

Intended Uses

Simple highway boosting requirement is not the same as racing conditions. Cams are pretty good for street or strip applications. Therefore, you’ll have to specify the intention of using the power. It’ll also help to shorten the available options.

Packed Content

The arrived package is likely to contain camshaft & lifters only. Upon availability, the contents are likely to include some essential items. Check the details to ensure the included accessories before confirming your purchase.

How to Remove & Install a Camshaft in a Chevy 350?

Introducing a replacement requires prior removal of existing automotive parts. And the process appears somewhat difficult with complex steps. Despite your high knowledge of engine parts, you better leave the job to a professional.

It all starts with the proper removal of your existing camshaft. The primary steps seem to continue as follows.

#1. Start looking into the manual to check the camshaft specs. Park the vehicle on a reasonably larger level surface.

#2. Open the front engine hood, let the internal system cool. Use wheel chocks to stabilize the vehicle’s rear wheels.

#3. Carefully place the jack stands to jack your vehicle’s front side. Put the stand right under its welded body pinch.

#4. Locate all the assembled parts from user manual diagrams. Utilize a belt tensioner to remove the belt drive.

#5. Confirm whether you actually need to remove the engine. For removal, loosen the connectivity from other parts.

#6. Locate the timing cover on its structure to get complete access. Gently remove the cover using suitable gear.

#7. Lower the oil pan level by clearing the crankshaft snout. Disconnect the battery terminal before loosening the bolts.

#8. For ignition coil connectivity, disconnect all the wires. You’ll require a dependable ratchet & socket for the process.

#9. Remove the exterior valve cover to find the internal parts. It explicitly concerns the lifter set, locker & pushrods.

#10. Eventual metal wear is likely to get the valve cover stuck. Gently use a pry bar with the proper force to break the joint.

#11. Start removing all the connections in the intended order. Keep the parts securely placed in a suitable space.

#12. Try to maintain a straight order in accessing the engine. Don’t forget to clean individual tools using a clean cloth.

#13. Manually rotate the wheels to locate its TDC (Top Dead Center). Stop to hold the appeared V-shaped timing mark.

#14. Loosen the timing belt tensioner to remove the belt. Don’t let the timing mark change under any condition.

#15. Take the retainer bolts out to hold its cam bearing cap. Remove the cap in its actual order with a gentle press.

#16. Grab the existing camshaft to pull the structure upward. Ensure a secure holding to prevent accidental falls.

#17. Loosening the central bolt should remove the camshaft gear. Pay attention to the empty slot for aggregated dirt.

That’s all for the removal section; no camshaft in your engine. It’s time to place your brand-new cam inside the engine. You can start implementing the steps after a cleanup task.

#1. Start with the camshaft gear installation using a central bolt. Set the bolts to the appropriate torque specified on the manual.

#2. Place the new camshaft in its intended position. Carefully install the cam without making contact with surrounding surfaces.

#3. Change the associated contents to support the camshaft. It includes – lifter set, locker, pushrods & valve springs.

#4. Restore the disconnected wires after installing the replacements. Strictly maintain a reverse order to the removal section.

#5. Rotate the engine by yourself to initiate some revolutions. Use ratchet for the task to confirm the timing mark alignment.

#6. Try to maintain an exact alignment of the assembled parts. Spend a good time restoring the cover connectivity.

#7. Use your hands to tighten the holding bolts. Ensure intact tightening with a suitable tool, avoiding over-tightness.

#8. Complete the installation to close the engine hood. Make sure to have the proper engine assembly alignment.

#9. Lower the vehicle to the ground, removing the jack stand. Start the engine to conduct test drives for detecting its response.

Frequently Asked Questions (FAQs)

Question: How Does a Camshaft Work?

Answer: Camshaft controls fuel input to the combustion chamber & exhaust fume expulsion. And the functional part of any cam is its lobes. The spinning of the camshaft forces the lobe to open & close the valves with the moving piston.

When the piston inside the TDC (Top Dead Center) moves downward, the intake valve gets opened. The valve immediately closes, flowing the piston to the bottom out. At the same time, the exhaust valve gets opened at the BDC (Bottom Dead Center). It occurs at the end of the combustion stroke to complete the exhaust stroke.

Increase in RPM (Revolutions Per Minute) triggers an interdependent increase in opening & closing. In fact, the number is almost half of the imposed RPM. To support the combustion, the air-fuel mixture starts to enter the cylinder fast.

Question: How big of a cam can I put in a stock 350 Vortec?

Answer: There are many associated factors to decide the cam size specs for stock 350 Vortec. But the most important consideration lies with valve springs. Also, you need to focus on the actual duration of the standard lift against the maximum valve lift.

Starting with the actual duration, anything close to 220 at 0.050” should suffice. But the limit on actual duration counts pretty wide for the intended Vortec. You can consider a safe limit of 0.525” or 0.500” valve lift with a standard 1.5 rocker.

Question: What is an “over-cammed” car?

Answer: Before getting to an over-cammed issue, you ought to know the meaning of cammed engine. It primarily refers to the throatier sound with power enhancement flowing as a replacement. Installing a new cam notably improves power through altered duration, valve lift & timing.

And the mechanism explicitly concerns the overlap of exhaust & intake duration. The operation must continue at a suitable compression to generate the demand.

However, excessive overlapping of the intended duration calls for over-cammed engine issues. It occurs when you fail or improperly settle the compression to match the overlap. Your engine starts to induce too much noise with minimal boost, particularly at a lower RPM range.

Question: How to fix an over-cammed car?

Answer: As you should understand, the problem explicitly lies with the compression ratio. You’ll have to reset the compression ratio to skip the over-camming issue. Of course, low RPM consideration may give you initial trouble with proper settlement or consistency.

Different cams require variable compression ratio to hold the overlapped action. Exact compression ratio should immediately fix the problem to generate the output. For the discussed stock 350 Chevy, the preferred ratio is likely to remain at 9:1, 9.5:1, or even 10:1.

Question: How much HP can a stock Chevy 350 handle?

Answer: From the mechanism, you have to catch the interdependency of associated factors. High operating RPM range imposed further torque to produce power. And the standard measurement of increased power comes in horsepower (HP).

There’s no viable limit on the possible increment of HP on stock 350 Chevy. You may consider a thumb rule – larger block experiences lower HP in comparison to small block engines. Any standard Chevy can deliver a maximum of 350 to 375 HP.

And big block Chevy engines can get 400 up to 475 HP. Unfortunately, no exact rate concerns the small blocks. Upgrading some interconnected components can provide 500+ HP. But you better keep the power under 400HP to avoid safety threats.

Question: How will a camshaft improve my car?

Answer: Aftermarket camshaft in brand-new condition promises to improve the car power. The already explained mechanism in the earlier section should keep things clear. Apart from the output, your engine starts to function smoothly.

Overlapped duration initiates additional torque to generate the power. Likewise, the operating RPM range plays a major part in deciding the output. It immediately enables extra horsepower to initiate a dependable boost.

Also, the throttle response gets better to hold your acceleration at a convenient rate. Any high-quality camshaft requires no extra amount of fuel to produce the outcome. Therefore, your fuel consumption remains the same.

Question: The car is not running properly with the new camshafts, what’s the problem?

Answer: It’s possible to encounter issues following the installation of new camshafts. As it happens, different facts are likely to prevent the camshaft from functioning. You need to conduct a thorough check to detect the exact culprit.

Improper installation, mechanical interference, incorrect valve spring pressure, excessive-end play – anything can trigger the issue. Even the cam itself may appear broken, defective, or faulty. For its complicated mechanism, you better consult an expert or professional for the job.

Question: Does a Camshaft Make a Car Louder?

Answer: Increased RPM support enables faster opening & closing of valves. And it’ll surely generate noticeable sound from the engine. In simple words, extra sound comes with additional power on the output.

And the limit remains acceptable, even at higher horsepower. However, nothing outrageous shouldn’t take place in this regard. Too loud noise from the engine means probable distortion in functionality.

Final Words

You can’t expect a faulty, defective, or failing camshaft to produce the energy. Only the best cam for stock 350 Chevy can hold your engine up to the mark. And you’re sure to make the decision from our aforementioned options.

Without a doubt, Lunati 10120102LK Bare Bones seems the most preferable choice for Chevrolet. Its balanced design enables a consistent boost for power through ample torque. Settling down the drawbacks, you can obviously afford its initial tag.

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