Tag: Mustang

  • 18+ Mustang Ported Intake Manifold Dyno Test | SURPRISING Results!

    18+ Mustang Ported Intake Manifold Dyno Test | SURPRISING Results!

     

    Does intake manifold porting actually do anything on a 2018 or newer Mustang 5.0L engine? (Full Video below)

     

    Now we don’t mind admitting that ported manifolds have typically been considered one of those good modifications to do “while you’re in there”, and given that we’ve seen measurable gains on other platforms this isn’t something that exactly jumped out as being worthy of investigation with the 2018 and newer Mustang 5.0Ls.

     

    We’ve heard gains from individuals all over the place from 5hp to over 20hp from porting alone but realized that we hadn’t seen a real controlled test and since we got on a bit of a comparison kick with our test 2021 Mustang GT, we decided to run the test ourselves removing as many variables as possible.

    ford mustang stock intake manifold

    Before we get into that, let’s review some important details of our testing methodology. First, pretty much all late-model fords have a feature that’s called dynamic advance and with this, the ECU is constantly trying to add or subtract ignition timing to optimize performance for conditions as well as fuel. What that means is that without any change to hard parts or the calibration strategy, you can see some pretty significant swings from dyno run to dyno run. It goes without saying that that’s a pretty glaring variable for what needs to be a controlled test, so with that in mind, for every hard part that we change out we’ll be optimizing the calibration and then disabling dynamic advance for each dyno pull. This means that the only difference we’re showing in the graphs is from intake manifold porting alone and not from the ecu changing ignition timing on its own from run to run.

     

    Second, all these runs were completed in a two-hour window on the same dyno with the same calibrator with very similar conditions. It’s about as controlled as we can get without a laboratory setting.

     

    Alright with that all said let’s get started. First, our test car is equipped with our stage 2 naturally aspirated package. This includes a JLT Performance air intake system and Stainless Power long tube headers connected to the stock exhaust on 93 octane.

     

    Our baseline:  With the stock intake manifold came in at 459whp and 422lb/ft.

     

    From there the Mustang went back to the shop to have the ported intake manifold installed and back to the dyno.

     

    The results: After several runs to validate our findings, we saw absolutely no gains whatsoever. Now we’d like to note that this company makes no claims for gains on a stock Gen 3 engine so we can’t ding them here. That said we’re going to be looking for opportunities to perform this exact same test on more heavily modified forced induction gen 3 setups.

     

    In conclusion, if you have a bolt-on naturally aspirate Gen 3 Coyote engine, the odds that intake manifold porting will equate to real gains are low. If you have plans to do cams or turbochargers in the future, it may be worth the investment but, until we test side by side, we’d advise you to save the money.

     

    As always, if you have any questions at all we’re happy to chat thanks for watch

  • 2009 Ford Mustang Shelby GT500 – VMP Gen3R TVS 2650 Supercharger

    2009 Ford Mustang Shelby GT500 – VMP Gen3R TVS 2650 Supercharger

     

     

     
    For its time, the 2007-2009 Ford Mustang Shelby GT500 was an absolute game changer. 500hp Eaton M122 (1.99liter) supercharged Condor 5.4L Modular engine, strong Tremec TR-6060 6-speed transmission, all on the proven S197 platform. But fast forward 15 years later, and while it’s still nothing to thumb your nose at, it doesn’t quite stack up as strongly as it used to. Thankfully, the solution is rather straightforward: modernize the supercharger and supporting systems!

    And that’s exactly what our Stage-5 Package is designed to deliver. Package contents below:

    VMP Performance Gen3R TVS 2650 supercharger
    VMP Performance Twinjet twin-69mm throttle body
    VMP Performance 2.80″ upper supercharger pulley
    VMP Performance dual fuel pump voltage boosters
    VMP Performance upgraded intercooler pump
    VMP Performance OE-appearance intercooler reservoir
    AFCO Racing dual-pass heat exchanger
    • OEM 2013-2014 Ford Mustang Shelby GT500 twin-disc clutch & flywheel assembly
    American Racing Headers 1.875″ primary ID long-tube headers with high-flow catalytic converters
    JLT Performance 123mm Big Air intake system
    J&L Oil Separator Co. air-oil separator
    • Reische Performance 170° thermostat
    DeatschWerks 95lb/hr fuel injectors
    NGK Spark Plugs TR7IX spark plugs
    • Custom calibration via HP Tuners
    This customer had a goal of breaking into the 700whp range on 93 octane, and needless to say, that goal was smashed with results coming in at 732whp & 670lbft! With a baseline of 449whp & 444lbft, that puts our peak gains at 283whp & 226lbft! This package delivers modern output with the OEM-like drivability needed for the daily commute. Absolutely transformative performance.
     

  • Stainless Works vs Stainless Power Headers

    Stainless Works vs Stainless Power Headers

    differences explained

    Stainless Works is a staple across our domestic performance packages. They have great construction quality, fit and finish, and performance, all at an affordable price. We stock both Stainless Works and Stainless Power options at our shops and are asked regularly, “What is the difference between the two options.” This video will help to explain the differences and you can go online to see these options embedded in multiple packages we offer. Let us know if you have questions and contact a Performance Consultant to start your build today. https://nationalspeedinc.com/packages/

  • VMP Stage 1 – 2020 Mustang GT

    VMP Stage 1 – 2020 Mustang GT

    VMP Stage 1 – 2020 Mustang GT

    With more than 200hp added, you will feel the difference when you hit the skinny pedal…what does our Stage 1 VMP include?

    • VMP Performance Loki supercharger system
    • 88mm upper supercharger pulley
    • V​MP Performance billet fuel rails
    • 56lb/hr fuel injectors
    • V​MP Performance fuel pump voltage booster
    • NGK LTR7IX-11 spark plugs
    • M​MR billet oil pump gears & crankshaft sprocket
    • V​MP Performance single-pass heat exchanger
    • Genuine OEM Ford gaskets, seals, fluids, and fasteners required for installation
    • JLT Performance passenger-side air/oil separator
    • HP Tuners credits
    • Baseline dyno runs
    • Professional installation
    • Professional dyno calibration

  • PCM Unlock Service – 2015+ Mopar Vehicles

    PCM Unlock Service – 2015+ Mopar Vehicles

    PCM Unlock – 2015+ Mopar vehicles

    National Speed offers PCM (Powertrain Control Module) unlocking services for 2015+ Mopar (Chrysler, Dodge, Jeep, and Ram) vehicles. Recalibrating or tuning a Mopar PCM involves physical modifications to the module to unlock the potential. This service is needed when tuning a vehicle to compensate for modifications, resulting in added power, torque, and performance. What does this mean to you? Fast Service! In the past, unlocking services meant sending your PCM directly HPTuners to unlock, getting the PCM sent back, and then tuning your vehicle in the shop. With shipping, waiting, shipping, and waiting…the process could take a week, sometimes more, to get a PCM back in the shop. Now that unlocking services can happen here in the shop, we cut out days of downtime and can get performance installations and tuning done faster. Tuning is necessary for any of our Staged Performance Packages and we have parts in stock to handle all Stage 1 and Stage 2 installs now… with no delays, backorders, or downtime. 

  • VMP Superchargers – Loki and Odin – Differences Explained

    VMP Superchargers – Loki and Odin – Differences Explained

    VMP Superchargers – Loki and Odin – Differences Explained

    VMP is well known for its superchargers and offers tremendous options for Ford Mustang and F-150 models. This video dives into the Loki and Odin systems, how they are alike, and the key differences that drive additional performance through the Odin system.

  • JLT – Breathe Easy – Intake Sweepstakes Winner

    JLT – Breathe Easy – Intake Sweepstakes Winner

     JLT Sweepstakes Winner Announcement 

    Congratulations to Daniel B. of Wilmington, NC!    Daniel was the winner of the JLT Intake Sweepstakes and took home with him a JLT Series 2 Cold Air Intake for his 2020 Dodge Charger.    Speaking of JLT Intakes, we have more than 20 in stock today.   Keeping a supply of key parts in stock enables us to get you in and out of the shop fast.   Congrats again Daniel!

  • Headers – Long Tube vs Shorty – Ceramic vs Stainless

    Headers – Long Tube vs Shorty – Ceramic vs Stainless

    We think of vehicles as living, breathing entities. The intake brings in air, the exhaust exhales air out of the vehicle. That exhale starts at the exhaust manifold and headers become an important performance modification as factory manifolds tend to be restrictive. Many enthusiasts spend  time and money to bring air into the engine, but you should have the right setup to get the air out, with less restriction, to maximize your performance.  

    Headers Purpose

    The exhaust manifold has openings attached to each cylinder. Exhaust gases exit the manifold into the catalytic converter and then through the rest of the exhaust system. Factory restrictions involve smaller openings at the cylinders and heavy construction to help prevent cracking from the heat. To help overcome these restrictions, headers will attach directly to the cylinders with higher quality, lighter components, and larger diameter openings at the cylinder itself.   

     

    There are two types of headers you might be considering for your project: Shorty Headers and Long-Tube Headers. 

           

    Shorty Headers

    Shorty headers connect directly to the factory exhaust system. Although typically a longer tube than the stock manifold, the shorty header’s name was assigned to them due to the fact their tubing is much shorter than their Long Tube counterpart.  

    There are advantages to shorty headers. Unlike long tube headers, a shorty header allows for much more workroom around the transmission, starter, and shifter. They are also great for Turbocharged engines as long tube piping tends to increase turbo lag. Disadvantages include the lack of an attached high-flow cat, they are not as loud and do not offer the same level of performance as long tubes.  

    Long Tube Headers

    As the name suggests, long tube headers flow from the engine back to the mid-pipe. This design allows for major performance boosts, an aggressive sound, and is built to handle future power modifications. The long tube design creates negative pressure in the pipe, pulling more exhaust gas out of the cylinder, and reduces backflow pressure. The less restricted exhaust gases then pass through a Collector into a single pipe, which flows to a built-in, high-flow catalytic converter.  As with many modifications, doing this modification alone will offer a small performance boost, but coupled with the right intake, camshaft, and more…you will hear and feel the power difference. 

    Header Materials:

    • Chrome & Painted
    • Stainless
    • Ceramic 

    These are listed in order of quality and cost, with the least expensive option, Chrome, first and the most expensive option, Ceramic, last.  

    Chrome is an extremely popular choice as it stands out under the hood. However, there are some drawbacks of installing Chrome headers as they tend to rust over time, depending on vehicle use, and will heat the engine bay more than other options. Like Chome, painted headers tend to be susceptible to rust, but are also prone to discoloration and lose their luster with the constant heat exposure.  

    Stainless headers are a go-to product for National Speed. Traditionally made from high-quality 304 Stainless Steel, stainless headers are well made and will likely outlast the vehicle itself. We offer a solid variety from leading manufacturers like Stainless Works, Kooks, and many more.  

    Ceramic-coated headers take the best of the best and make it better. For just a few hundred additional dollars ($300-500 on average) you can ceramic coat stainless headers or purchase the coated headers directly from the manufacturer. Different from painting, the ceramic coating helps to prevent corrosion and discoloration, improves heat tolerance, and helps with efficiency. Heat can seep out of uncoated headers and the ceramic coating helps to keep heat in the exhaust gas, decreasing backpressure and improving the efficiency of the engine.

    When Should You Add Headers?

    As you look through the Staged Performance Packages we offer, you will start to see headers included in package details around Stage 2 and beyond.   Some of the most popular Staged Packages revolve around the following vehicles:

    In many cases, we start with induction before moving into exhaust components but many customers decide to move forward with both to open up the factory caged power.   

    Do You Need A Tune? Will I get a CEL? 

    This is a common question we get, and we tune almost every vehicle that comes through our shop. For most recommendations we make, tuning is included and is part of every Staged Performance Package we offer. We Strongly recommend getting a tune as you are dramatically changing the amount of airflow, backpressure, and more. You tune a vehicle for more reasons than to prevent a Check Engine Light (CEL), it is tuning to get the most out of the headers themselves and making sure they are set up to maximize the power and efficiency of your header purchase.  

  • Understanding Intakes – Cold Air and Short Ram

    Understanding Intakes – Cold Air and Short Ram

    Thousands of individual components work together to help your vehicle operate at its peak performance level.  All those components would be inefficient if fuel, spark, and oxygen were missing from the operating equation.  This article will concentrate on the oxygen your vehicle breathes and how we can improve the oxygen quality to improve performance.     

    So, how does your vehicle get the oxygen it needs?  

    Through the vehicle’s intake system.  The air intake system will bring air from outside the vehicle, into the intake manifold and create an air/fuel mixture.  This mixture is then ignited within the engine’s cylinders, providing you with Power! 

    Many times, the stock, or OEM, intake system is restrictive and does not supply the volume of air needed, at the temperature needed, to help drive performance.  There are several ways to address this OEM limitation and a new intake system, either a Short Ram Intake (SRI) or Cold Air Intake (CAI), will help to quickly remedy this situation.  The question is, which intake system is right for you?

    Short Ram Intake (SRI)

    Most OEM vehicles contain a resonator and silencer box to reduce the induction noise associated with the intake.  The resulting impact of these items, besides the fact the induction noise we want to hear is reduced, is that they restrict the airflow into the intake manifold.  

    A SRI eliminates both the resonator and silencer box and provides air with a more direct path into the manifold and increases power.  The system will also help provide you with a much better induction noise.  

    One issue that comes with a SRI is the quality of air it is delivering as the intake is exposed in your engine bay.  The air in your engine bay is generally warmer than the air you would have received through the airbox due to the engine heating the air around it.  Although the power is increased through less resistance, the warmer air decreases the overall performance gains seen with other intake types.     

    Cold Air Intake (CAI)

    CAI systems aim to solve the warm engine bay air issue by providing you with two intake filter position options.  The first option is by using a longer intake tube to help route the intake filter lower in the engine bay or into the fender well.  Having a low-placed filter is great for taking in cooler air, but it is also a location that could potentially hydrolock the engine by pulling in water.  Pulling water into your engine can cause significant damage and defeats any performance improvements you would have seen from the intake. 

    The second option is using a closed airbox, that is fed outside air, with a more direct flow for the air to travel.  Many CAI are designed this way for daily-driven vehicles and utilize the factory air box location.  This design helps to provide the vehicle with a shorter distance for the air to travel, colder air through a new closed-box location, and virtually eliminates the concern for hydrolock.    

    Which Is Right For You?

    Not all intakes are created equal.  From quality to performance perspective, there are TONS of choices and each delivers a different result.  An intake is a key component to overall vehicle performance as it will not operate properly without it getting the oxygen it needs.  Our Recommendation:  Get a high-quality product that is going to deliver proven results.   

    At National Speed, we go to JLT, Cobb, APR, Cold Air Inductions for our customer projects and they consistently deliver great results.  The mass majority of our staged packages include a CAI that was specially selected for your vehicle based on hundreds of installations and dyno pulls.   

  • Air Oil Separator (AOS) vs Catch Can

    Air Oil Separator (AOS) vs Catch Can

     

    For this article, we will look at the application of an Air Oil Separator from IAG to a 2015+ Subaru WRX featuring the FA20 engine.   Some features will vary from vehicle to vehicle, but overall terms and features should be applicable between various makes/models.

    What is an Air Oil Separator (AOS) and what does it do?

    The AOS, sometimes called the Octopus, is meant to help during the combustion process by keeping oil vapors out of the intake tract and the engine combustion chamber. 

    You might be asking yourself, “Why is oil getting into the tract/combustion chamber in the first place?” 

    To answer that question, we need to look at the Positive Crankcase Ventilation system (PCV) which it is decades old technology.  The PCV system was developed to reduce emission, crankcase pressure, oil leaks and blow-by.   The PCV helps to reduce blow-by at seals and gaskets by removing crankcase gasses generated by the combustion process.   The PCV from the factory is not as efficient as it should be and can allow oil to make it by the piston rings (blow-by), into the combustion chamber, thereby creating the potential for smoke, loss of power, decreased gas mileage, and even catastrophic engine failure leading to expensive repair bills.

    As oil vapor makes it back into the engine, engine knock can occur.   Engine knock is an audible sound that you can hear and occurs when the combustion of the piston is coupled with a combustion of oil vapors in the cylinder.   This secondary combustion (that should not be there) is the “knock” that can destroy an engine.

    The AOS helps to reduce blowby, creating a cleaner system and delivers oil back into the intake manifold and out of your combustion chamber.  

    What is a Catch Can and what does it do?

    To keep this simple…think of the Catch Can doing everything that the AOS can do, but with one big difference; it catches the oil and does not recirculate it into the engine.  A Catch Can requires ongoing oversight and maintenance as Can itself must be emptied. 

    The Octopus – Hoses and Functions

    The AOS is sometimes referred to as the “Octopus” because of the multiple hoses, attached to ports, that come off the part.  Ports are located on the side, top and bottom of the product.    

    Side – 3 ports – To relieve crankcase pressure

    • Two that go to the valve cover breather ports, one on each side of the engine.
    • One on the top of the block, under the intake, which is the main drain line where the oil gets redeposited.

    Bottom – 1 port

    • Drain Port – dumps the oil back into the port on the top of the block

    Coolant Ports

    • Idea is to route coolant through these to help the AOS to reach the same temperature as the engine.
    • Helps to prevent condensation and water making into the

    Top – 3 ports

    • Two go into crank case ventilation.
    • One to the new in-line PCV on the intake manifold

    Summary

    AOS systems can help your vehicle’s engine last longer and run cleaner.   Many of our Staged Packages feature AOS products and you can read through the options, or reach out to us directly, to determine which package is right for you.   National Speed can help to order and install this in no time…it’s time to get one today.