LM7 5.3L Engine Upgrade Guide: Expert Tips for LM7 Mods to Maximize Performance (2023)

LM7 5.3L Engine Upgrade Guide: Expert Tips for LM7 Mods to Maximize Performance (1)

[Editor's note:This LM7 engine upgrade guide is part of a series ofLS Engine Upgrade Guidesassembled by a team of LS experts at Summit Racing that we share on OnAllCylinders. For an introduction to the entire universe of the LS engine, read on.LS Engines 101 - An introductory overview of the LS Gen III/IV engine family.]

Introduction to LM7 engines

Learn about the hidden gem that helped start the LS trading craze.

The LM7 (along with its FlexFuel E85 compatible L59 sibling) are the Generation III 5.3-liter iron-block truck engines you can buy at junkyards for around $600.

There were a few key areas where the LM7 excelled:

1. Useful when replacing an engine.

Fully equipped, it is slightly lighter than Gen I/II engines and is easier to find in good condition. Even bottled and 25 cubic inches smaller, it matched the power and torque of the F LT-1 body. Later versions from 2004 to 2007 were there with the LT1 of the C4 Corvette. With the availability ofengine replacement kits, it makes sense to use Gen III/IV engines.

2. Endurance running.

Aluminum blocks provided good suction but are not the best choice with high boost and nitrous oxide. Although the LM7 iron block is a bit heavier, you can actually throw coal at it. Because of their strength, these engines are likely to see a power adder sooner rather than later.

[All the engine specs you need can be found here:.]

How to get more performance out of your LM7

These engines started out in GM trucks, but today you're likely to see them under the hood of a turbocharged drag racer.

This article focuses on how Power Aggregator upgrades the LM7, whether it's on a truck or upgraded to a car.

(Video) How to Build a 5.3L LS LM7 V8 - Part 13: Dyno Time! What are the Power Numbers?!

The LM7 is one of the most popular LS engines for several reasons:

  • With the strength of iron block, it is an excellent choice for booster or nitro applications.
  • GM made a zillion of these over eight years. The abundance of LM7 engines available helps keep prices low.
  • Gen. 3 had noneAFM (active fuel management)ÖVVT (Variable Valve Timing), so you don't have to go to the expense of an AFM or VVT delete kit.
  • The heads flow similarly to the LS6 heads, but have a 9.5:1 compression ratio that makes boosting easy.

Do they have disadvantages? Only one. At 216 pounds, the block weighs 100 pounds. heavier than the LS1 aluminum block.

Basic bolt-on upgrades for LM7 engines

Trucks are the hot rods of the 21st centuryS tCentury.

Many people start by adding aKaltlufteinlassjaftermarket exhaust.

The problem is the engine is starting to sound REALLY good and owners are realizing they want to go faster.

Trucks are usually equipped with mechanical fans that use electricity. ONEElectrolifter Kitwill release the power. All this can be done in the garage, but the melody will not be adjusted.

At this point we recommend you talk to your dynamometer and decide on acomputer programs🇧🇷 Whether you're towing low octane or looking for good fuel, a tuner can dial in the ECM and take it to the next level.

Switching points can be increased, which also facilitates retrofitting to larger cams and injectors. In addition, the installation of a chillerthermostatopens the tuning window.

Below are other updates that will improve the performance of the LM7 engine.

LM7 camshaft and valve train upgrade

If you only do one thing to the engine, let it be a cam change.

The tiny 191 with a 0.050-inch camera really slowed those engines down.

An LS3 or LS9 camera will perform well, but not where you want it if the engine stays in a truck.

What you need is a camera that punches you in the gut right where the converter hits. We recommend a dedicatedtruck camera.

If the engine is used in a lighter car with a gearbox and converter, it can be more aggressive.

(Video) How to Build a 5.3L LS LM7 V8 - Part 1: First Disassembly

What is the difference between a truck camera and a car camera?

To maximize midrange torque on a truck's camshaft, manufacturers close the intake valve approximately 40 degrees (@0.050 inches) past bottom dead center and modify the intake valve opening to adjust the idle quality .

The bigger the engine, the smoother the idle for any given camshaft, which is why you'll find that the 5.3 liter LM7 has slightly smaller cams than the 6.0 liter engines.

What if you have an energy adder?

Usually,Cam-Compressorjnitro camerawill have slightly more beam separation and longer ejection duration.TurbokammernReduce overlap with a shorter output duration relative to input.

Input duration (@ 0.050 inch)Power to wheels after pegsidle qualityNuts
191° (Action)260-270 WattsTogetherheavy transmission.
215°+50 CVeasily noticeableGood with car and serial converter.
220° - 230°+75 curriculumsteady paceRecommended converter. You can still drive every day.
230° - 240°+100 PSLopeyIt may be necessary to trim the spikes. Heads and intake are good for 50+ hp.

Drop in 0.500 in. Liftcams are popular, howevermolas LS6lets you run 0.550 inches. Increase and expand the speed range. Spring life is not an issue as trucks generally don't spend a lot of time at high RPMs.

Also, 0.575 to 0.600 inches is not a problemdouble valve springs.

Series rockers are good up to 175 lbs. seat pressure and 450 lbs. Open. Do you want to install aStumpf-Kitfor more reliability.

A few other parts are needed for an LM7 cam swap such as:LS2 distribution current,LS7 specification elevators,LS2 timing chain damperjAdapter,as much as0.080 inch wall pressure rods.

LM7 energy adder

Generally, most LM7 owners add booster or nitrous oxide before doing any serious work on the cylinder head. Before we get into power adders, there are a few things to consider.

1.ONE4 corner steam kitReduces hot spots that can cause piston rings to seize and piston ring surfaces to crack.

2.Each performance takes you beyond the limits of stock injectors and the fuel pump. We'll cover them in the next section.

Now the funny:

(Video) How to Build a 5.3L LS LM7 V8 - Part: 11: Ignition, Harmonic Balancer, Starter

  • ONENitrous Oxide Kit(on low settings) is great for road driving with stock internals. A system of up to 200 shots is usual. Note that the tight piston ring gap is also the limiting factor. If you're serious, you're less likely to see a single-level entry cut off by a nitrous backfire. A plate system has better distribution than material feed, but an eight-nozzle mist system is even better. High octane fuel is recommended.
  • Truck engine compartments make it easy to install turbos. Individual turbo systems that useturbo exhaust manifoldThey are an inexpensive way to generate large forces. If you're running a single turbo, the hot side of the T4 fits just fine, but the small turbine bores limit exhaust flow. The 650 whp quickly looks like a 400, so keep that in mind. V-band style exhaust covers open up turbine options and make installation easy. While cufflinks are a little more expensive, they give you more room to grow.
  • ONECompressor estilo RootsIt's reliable and produces plenty of low-to-mid torque. It's excellent for melting tires.
  • ONECentrifugal style compressorIt's light and produces more power at high revs. This is due in part to a larger intercooler mounted in front of the radiator.

LM7 fuel system upgrade and tuning

The factory LM7 injectors were only rated for 22-25 lbs. And it won't support much more than 380 hp.

Plan to upgrade to largerinjectorsto meet higher fuel requirements.

Custom tuning is required to correctly set fuel and ignition timing. Truck pickups were 1.9 inches. Injectors compared to Gen automotive injectors. III injectors or the Gen. IV shorter. Fittings are also different, but adapters and spacers can be used to fit automotive injectors to an LM7.

Remember the best injectors are fully featured which will help your tuner maximize idle quality etc.

If running Boost you can use awater-methanolSystem to provide additional fuel and lower cargo air temperatures.

The factory pump has an output of approximately 430 Whp. Many fuel system upgrade options are available. Fuel pump modules and external pumps are popular. Other options for maintaining or increasing pump pressure include, for example,electronic voltage regulatorjcable sets.

LM7 Throttle Body and Intake Manifold Upgrade

If you have a power aggregator, the intake and throttle body can take a backseat for a while. However, if you are naturally aspirated, upgrading the throttle body and intake is usually done before the heads.

The factory truck-style deck features long runners for better low-rpm torque. Portability approval is an option and a good value for the money.

If you're looking for more power and torque, the Trailblazer SS entry is a step-up and a larger 90mm 4-bolt throttle body can be fitted.

That oneFAST. LSXRTEntry allows more than 102mmthrottle body🇧🇷 Truck engine compartments also provide spacetunnel aries🇧🇷 They trade a little bit of torque at the bottom for more at the top, and nothing feels better.

multiple stylesuperior performancetorque
single plane+10 CVLosses everywhere below 5500 rpm. *Recommended for Nitrous or Boost only.
pioneer SS+10 CVIt maintains torque and advances at 4500 rpm.
FAST. LSXRT+25CVBut low-end and high-end.
Tunnelbock+35 CVAnything under 3000 equals 4500 and big wins above 5500.

Ask your tuner for a velocity density adjustment. This will remove the MAF restriction and give you a little more power.

[Trying to find a Vortec LS or LS based engine for a trade-in or build? CheckPart 1jPart 2from our LS Observer Guide.]

(Video) How to Build a 5.3L LS LM7 V8 - Part: 10 Sensors, Fuel Injection System, Exhaust Manifolds

LM7 cylinder head upgrade

  • Bearing heads can be CNC ported for increased airflow and machined to 0.030" for increased compression. Flow numbers can be up to 325 cfm with 0.600 stroke. Lightweight hollow stem LS3 valves can be reduced to 2000 inches to fit the seats. Between the lighter valves and better springs, the engines pull perfectly at 7000 rpm. Keep in mind that if you want to upgrade to 800+ horsepower; An off-the-shelf stainless steel intake valve heavy-duty replacement is a little sturdier and doesn't warp as easily in the heat.
  • A better option isAftermarket Cathedral Harbor Heads🇧🇷 They reduce downtime, they are all new, and you can usually offset the extra cost by selling your original heads. Valve angles typically overlap by 13.5 degrees and 2.040 inches. Inlet valves are common. They flow really well and the cross sections are great for boosting.When comparing heads, look at lift numbers of 0.400 as a general indicator of head performance.With a mid-size camshaft drivetrain, over 400 whp naturally aspirated is common in even the heaviest truck power trains.

LM7 rotary assembly upgrade

Are you looking for more?

As mentioned, butts are a weakness and you probably know someone who has flown in one. A lot offorged pistonsIt should be at the top of your priority list. They have stronger straps, thicker ring surfaces and additional valve relief allow you to run big cams. If you have more than 800 horsepower, a set of 0.200 wall tool steel studs is a good idea.

There are exceptions, but the Gen III rods start to get dangerous around 750 whp and the screws don't like it much above 7000 rpm. The 2004½-07 mods had fully floating pin sockets and were stronger. If you can get forged pistons, you better get those tooforged connecting rodswith 7/16 inch rod screw.

The LM7 crank was cast but strong. They have been known to handle over 1,000 whp. The main reason for a forged crank is the extra cubic inches. Additional cubes increase boost faster, which means you can use bigger turbos.

actingrotary assembliesThey are available in many combinations.


  • The 5.3 liter iron blocks had shorter cylinder liners than the aluminum blocks (5.430 inches versus 5.500 inches on average). Much of the piston skirt falls off the bottom of the cylinder at bottom dead center. The best piston makers compensate for this by removing the skirt cone to a point well above where it meets the bottom of the cylinder liner on BDCs. Any rod cone at this intersection acts like a razor blade and quickly wears down the piston.
  • The canvas deck height of the block is 9.240 inches, but it is common to find it in the 9.230 inch block. Area. It is best to measure the header height before ordering the pivot assembly.Thicker head gaskets or use an aftermarket 6098-6100 inch. The rod ensures sufficient clearance between the piston and the cylinder head.
machine sizeinternal diameterpiston comp. HeightCareerrod lengthdiamond bracelet
5.3 liters
(325 c.i.d. - And be)
3780 inches.1.338 inches.3.622 inches.6.098 inches.0.9431-0.09449 inches.
5.7 liters
(347 cid)
3.905 inches.1.338 inches.3.622 inches.6.098 inches.0.9431-0.09449 inches.
6.0 liters
(363 cid)
3800 inches.1.115 inches.4000 inches.6.125 inches.0.927 inches.
6.3 liters
(383 cid)
3.905 inches.1.338 inches.4000 inches.6.125 inches.0.927 inches.


The 5.3L iron blocks can be drilled to the size of the LS1.

When using Boost and Nitrous most will only reduce blocks to 3800 inches. or more subject to piston and ring availability.

The blocks have been known to make 1,300whp with proper machining, race fuel and great fit.

Head and main pins are recommended when generating over 850 whp. Four head bolts per cylinder isn't ideal, but you can add an O-ring to the block if you're going for more than 1000 whp.

Factory main covers are not locked. It's best to shorten the ignition timing and compensate with extra boost pressure to reduce those cylinder pressure spikes that lift heads and make main covers dance.

(Video) How to Build a 5.3L LS LM7 V8 - Part 2: Removing Heads and Harmonic Balancer

(Information about this article originally appeared on the "LS Gen. 3, 5.3L, Iron Block Truck Engines Upgrade“article oneSummit Racing FAQ Technical Information Searchable Database.Go there and search for "LS engines" for a complete collection of technical information on LS engines).


How do I get more power out of my LM7? ›

Upgrading the LM7 Intake Manifold and Throttle Body

The factory truck-style manifold has long runners for better low-end torque. Porting the intake is an option and a good value. If you're looking for more power and torque, the Trailblazer SS intake is a step up and a larger 90mm 4-bolt throttle body can be fitted.

How much HP can a stock LM7 handle? ›

The LR4, LM7, and L59 have very strong blocks. They can handle over 1,000 hp.

How can I improve my 5.3 performance? ›

You should also check your air filter to ensure that your vehicle is getting clean and fresh air. With an air intake upgrade, you can expect more power and torque in your 5.3 Vortec. Upgrade the 5.3L Vortec's valve train with stiffer springs; lightweight, hardened pushrods, and roller-type rocker arms.

How much horsepower does a Cammed LM7 have? ›

Run with the stock LM7 cam, this 5.3L combination produced 359 hp at 5,300 rpm and 384 lb-ft of torque at 4,200 rpm.

How much HP can a LM7 make? ›

270-295 hp

How much horsepower can a LM7 make? ›

A large number of 5.3 swaps make use of the Gen III LM7 engine, which offered between 270 and 295 hp and was sold from 1999 to 2007 across a wide range of Chevrolets and GMCs.

How much HP does a Cammed 5.3 LS make? ›

The stock 5.3L is factory rated around 320 hp with 340 lb-ft of torque.

Is the LM7 the same as LS1? ›

Measured out at 6,500 rpm, the early LS1 cam offered 63 hp over the LM7 cam, but the results illustrate that the gains did not come without a trade-off. The LM7 cam offered more low-speed torque (by as much as 22 lb-ft) up to 4,400 rpm, but the LS1 cam pulled away thereafter.

How much boost can a 5.3 LM7 handle? ›

You should be able to push that back about 1k rpm. I've seen 18-20 psi on the internet, somewhere around 700-800whp.

How many rpms can a stock 5.3 handle? ›

The new heads, cam, and intake shifted the power curve higher in the rev range, as a stock 5.3L will produce peak power at just 5,400 rpm.

How do I get more power out of my 5.3 Chevy engine? ›

The same is true for your 5.3L Silverado. The simple process of redirecting cooler air to your throttle body makes such a difference that you can see 5 to 20 HP gains. Tie a new air intake system to a performance filter, and you'll also get better fuel efficiency and a more powerful intake sound.

Does a cammed truck waste more gas? ›

Yes. A bigger cam will open the intake valve wider, allowing more fuel and air into the cylinder. The larger the cam, the more fuel that is let in.

What is the difference between LM7 and L59? ›

The L59 was introduced in 2002. It was the flex fuel version of the LM7. This meant it could run E85 and gasoline. The L59 was available in GM pickups and SUVs until 2007.

Does adding a cam increase horsepower? ›

Performance cams increase the duration and timing of the valve openings during the engine stroke, increasing horsepower and making your car accelerate more quickly.

Is LM7 aluminum or iron? ›


It is an aluminium-block variant of the iron LM7 with flat-top pistons from the 4.8L LR4, a higher-lift cam, higher compression ratio and LS6 cylinder heads, making 310hp (235kW).

Is the LM7 aluminum? ›

Generation III – Vortec 5300 or LM7

Another engine variant, the L33, shares the same displacement, but has an aluminum block with cast in cylinder liners, much like the LS1. The LM7 was a bit lighter than Gen I or II engines when fully built and easier to find in good shape at a junkyard.

What is the difference between a 5.3 LS and a 5.3 Vortec? ›

Nothing really. Engines with the LS designation were typically set up for passenger car duty while the Vortec line was for GM's SUV and truck lines. In other words, the difference is in the marketing and where the various engines were going to be used across the GM brands.

How much horsepower does a turbo 5.3 LM7 have? ›

Run with the stock LM7 cam, the turbo 5.3L produced 651 hp at 5,600 rpm and 694 foot-pounds of torque at 4,500 rpm.

How much HP does a 5.3 Stroker have? ›

After tuning by Westech's Ernie Mena, the 5.3L stroker (383) pumped out 510 hp at 5,700 rpm and 507 lb-ft of torque at 4,700 rpm. This compares to 493 hp and 447 lb-ft of torque offered by the modified 5.3L.

How much HP does a Stage 3 cam give you? ›

Power Increase: Gains of 88 Horsepower and 28 Ft. Pounds of Torque!

Is an lm7 an iron block? ›

3, 4.8L / 5.3L, Iron Block, Truck Engines. 315-335 ft.

What LS handles boost the best? ›

“All of the engines are great with a turbo, but the 5.3 and 6.0-liter engines are the most popular. The 5.3 is the cheapest and easiest to find, so you'll see a lot of people use it. With a 5.3 and 6.0, you can see up to 1,000 horsepower on a stock motor if you push them.

Can you supercharge a stock 5.3 Vortec? ›

On the Dyno: Vortech Supercharged 5.3L LS

Though designed for a positive displacement supercharger, the LS9 worked well with our Vortech centrifugal supercharger, since it allowed increased engine speed. On a centrifugal supercharger, more engine speed equals more boost and more boost equals more power.

How much HP can stock 5.3 internals handle? ›

If it was built as an average race motor with a couple of big turbos on it, somewhere between 1,500 and 2,000 HP.

What is the highest revving LS engine? ›

The LS7 was revered at its launch for having the highest redline ever in a production pushrod V8—7,000 RPM—as Hot Rod noted at the time.

How high can you rev a stock LS? ›

Still, LS engines, says Duttweiler, "just love to rev. They'll go to 6,700 rpm before valve float with stock cams, up to 7,500 rpm with available aftermarket valvesprings.

How much fuel does a 5.3 use idling? ›

If you drive a Chevrolet Silverado with the 5.3 litre engine, then it uses (5.3 litres engine displacement x 0.6) = 3.2 litres per hour of fuel while idling.

What is the life expectancy of a 5.3 Vortec? ›

Overall, the Chevy 5.3 liter engine is a reliable engine that can last for many years if it is properly maintained. Drivers who take good care of their engines can expect to get 200,000 miles or more out of them. However, there are some factors that can shorten the lifespan of this engine.

How much horsepower is a V8 5.3 a good engine? ›

5.3-Liter EcoTec3 V8

This engine delivers up to 355 horsepower and 383 pound-feet of torque, which gets the job done.

How can I get better gas mileage in my 5.3 Vortec? ›

Gas Mileage Mods for Chevy Vortec 5.3
  1. Cold air intake upgrade.
  2. Cat-back exhaust.
  3. Engine tune.
  4. Wheels and tires.
  5. Tire pressure.
Jul 9, 2020

What is the cheapest way to increase horsepower? ›

(Relatively) Cheap Ways To Increase Horsepower
  1. Upgrade the Air Intake. Many gearheads start here. ...
  2. Upgrade the Exhaust. More air entering the engine means more air has to exit the engine. ...
  3. Install A Performance Tuner. ...
  4. Install a Boost Controller. ...
  5. Clean the Fuel System.
Jul 7, 2022

Does cold air intake add HP? ›

A larger combustion = more power. Cold Air Intakes are said to improve your vehicle's performance by 5-20 horsepower. This number will vary depending on the make and model of your vehicle. While this isn't enough power to put you back in your seat, it will give your car or truck a little pep in its step.

What engine mod adds the most horsepower? ›

10 Best Big Performance Mods
  • Forced Induction. There is no single modification that can radically increase your engine's power output and transform your ride like a turbocharger or supercharger. ...
  • Nitrous. ...
  • Camshafts. ...
  • Cold Air Intake. ...
  • Full Exhaust. ...
  • Race car brakes. ...
  • Road race suspension. ...
  • Increase Fuel.
Jan 21, 2021

What mods increase mpg? ›

What Modifications Can You Make to Improve MPG?
  • Fuel Economy Monitor. If you don't know what your fuel consumption and MPG is, how on earth can you make any changes? ...
  • Eco-Friendly Tyres. ...
  • Synthetic Oils. ...
  • Aerodynamic Body Mods. ...
  • Weight Saving Parts. ...
  • Go Automatic. ...
  • ECU Tune/Remap.
Jul 20, 2022

What gives a cam a choppy idle? ›

Generally its because the aftermarket camshaft (s) are lobed to change the power band of the engine. Valves may stay open longer, close quicker than the stock cam was designed for. This is why idle may sound “choppier" and run rough at idle.

What makes a cam high performance? ›

Performance cams typically have durations ranging from 220 up to 280 degrees or more. The longer the duration, the rougher the idle and the higher the cam's power range on the rpm scale. A cam with a duration of 240 degrees of higher will typically produce the most power from 3,500 to 7,000 rpm.

Did the 5.3 come with 706 heads? ›

See all 5 photos 706 heads can be found on scores of 1999 and up GM 5.3L and 4.8L engines.

How much hp do headers add? ›

Depending on your vehicle type and how much you've upgraded your exhaust system, installing aftermarket headers can result in a five percent increase in horsepower.

What is a Stage 3 LS cam? ›

The Stage 3 LS1 camshaft is the largest camshaft that we recommend with the stock torque converter. This Cam Motion hydraulic roller cam delivers mild performance idle, excellent low end torque, and extended RPM capabilities over the stock camshaft.

Do bigger cam lobes make more power? ›

Typically, narrower lobe separation develops peak torque at lower rpm and widening the separation tends to build peak torque higher in the rpm range.

How much HP does a LM7 5.3 have? ›

Run on the dyno with the FAST management system, long-tube headers and no accessories, the otherwise stock 5.3L produced 348 hp at 5,600 rpm and 376 lb-ft of torque at 4,400 rpm.

How do I get more power out of my 5.3 Vortec? ›

Long-tube headers are a great way to add power and volume to your 5.3 L Vortec exhaust setup, and intakes also offer moderate power bumps while helping the engine breathe and work easier. The big upgrades on the Vortec 5300 V8 are upgraded camshafts and forced induction.

How much HP can a 5.3 l ls handle? ›

The stock 5.3L is factory rated around 320 hp with 340 lb-ft of torque. When on the dyno at Westech we were able to get close to the stock numbers 315 hp and 325 lb-ft with our 650 Holley carburetor swap, MSD controller, and Edelbrock intake.

How high can you rev a 5.3 Vortec? ›

The motor was loaded at 3,000 rpm and allowed to run to 6,300 rpm, though peak power was actually some 300 to 400 rpm higher. Running just 5.5 psi, the twin-turbo 5.3L produced 696 hp and 606 lb-ft of torque.

How do I increase the throttle response on my Silverado? ›

Installation of a throttle controller is the quickest and most efficient way to improve throttle response. This device will connect or plug directly into your vehicle's accelerator port and allow you to adjust the throttle response on the fly.

How do I increase my high end power? ›

Here are some popular methods to increase your engine's horsepower.
  1. Cold Air Intake. Upgrading your vehicle's intake is one of the easier methods for unlocking some extra horsepower. ...
  2. Performance Exhaust. ...
  3. Software. ...
  4. Forced Induction. ...
  5. Performance Engine Build. ...
  6. Engine Conversion.
Oct 26, 2019

How much horsepower does a supercharger add to a 5.3 Silverado? ›

This is a Whipple Intercooled Supercharger System with the all new Gen 5 3.0L twin screw blower setup for the 2019-2023 GM/GMC/Chevy 5.3L LT1 Trucks which will get you a 160+ RWHP increase on 91-octane fuel with only 7-8 psi of boost!


1. How to Build a 5.3L LS LM7 V8 - Part 3: Removing Rotating Assembly and Machine Shop Preparation!
2. How to Build a 5.3L LS LM7 V8 - Part 7: Oil Pan, Pickup and, Rear Cover with Main Seal!
3. installing the new pistons in my 5.3 lm7 v8
(K Bridges)
4. How to Build a 5.3L LS LM7 V8 - Part 5: Putting Pistons in the Engine!
5. How to Build a 5.3L LS LM7 V8 - Part 4: Clean, Camshaft, Crankshaft and More!
6. Cheapest/easiest way to add boost to your LS engine?
(The Driveway Engineer)
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