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How To Build A Tunnel Ram Exhaust System

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Are you a car enthusiast looking for an upgrade to your vehicle’s exhaust? Look no further – tunnel ram exhaust is the perfect solution. It produces a throaty, aggressive sound and increases airflow for better engine performance. In this blog post, we’ll be exploring the benefits of tunnel ram exhaust and why it might be the right choice for your car.

What is a Tunnel Ram Exhaust?

A Tunnel Ram Exhaust is an aftermarket performance exhaust system that is designed to provide superior engine power and a unique sound. It features two separate intake runners which are connected to a single exhaust outlet, giving the engine increased airflow for improved horsepower and torque. The unique sound of the Tunnel Ram Exhaust comes from its distinctive design, featuring two large pipes that extend out of the hood of your car. This allows for more air to be pushed through the exhaust system, creating an aggressive, throaty sound. Additionally, this type of exhaust system will also reduce back pressure in your engine, allowing it to produce even more power. If you’re looking for an aftermarket exhaust system with a powerful performance boost and eye-catching style, then the Tunnel Ram Exhaust is definitely worth considering!

tunnel ram exhaust

Tunnel ram exhausts are a type of exhaust system that is commonly used on high-performance engines. The design of a tunnel ram exhaust system allows for the efficient flow of exhaust gases from the engine, which can help to increase horsepower and overall engine performance. This type of exhaust system is typically used on engines that have multiple carburetors or throttle bodies, as the design of the system allows for the individual exhaust gases from each cylinder to be directed into a single exhaust pipe. This can help to increase the overall flow of exhaust gases and improve engine performance.

Benefits of Installing a Tunnel Ram Exhaust

Installing a tunnel ram exhaust is an excellent way to improve the performance of your engine. This type of exhaust offers a number of advantages over traditional single-plane intakes and stock exhaust manifolds. The most notable benefits include increased power and torque, improved fuel efficiency, and improved engine performance at higher RPMs.

With the right combination of components, you can achieve maximum performance from your engine by taking advantage of the ‘organ pipe’ effect offered by a tunnel ram intake. Additionally, this type of exhaust can help reduce back pressure on your engine, allowing for better volumetric efficiency and higher levels of power output. All in all, installing a tunnel ram exhaust is an easy and effective way to get the most out of your vehicle’s performance.

Different Types of Tunnel Ram Exhausts

Tunnel ram exhausts are aftermarket exhaust systems designed to increase the power and performance of your vehicle. They feature two large intake pipes, which force air into the engine more efficiently than traditional exhaust systems, resulting in improved horsepower, torque, and fuel economy.

These high-performance exhausts are offered in a variety of different styles and configurations to suit any type of car or truck. From mild touring systems for daily driving to aggressive split-rear exit designs for maximum sound and power gains, there is a tunnel ram exhaust system that will fit your needs.

Touring systems offer a mild growl while aggressive split-rear exit designs provide an unmistakable sound with increased horsepower. For those looking for superior performance, Kinney’s Tunnel Ram rules the performance exhaust market and is the only place to get this unique high quality 450 CFM Holley Tunnel Ram Carburetor. Whatever your needs may be, there’s sure to be a tunnel ram exhaust that fits your style and budget!

Choosing the Right Material for Your Exhaust System

When it comes to upgrading your vehicle’s exhaust system, it is important to understand which materials are best suited for the job. Different materials will provide different levels of performance and durability, so it is important to choose the right one for your needs. This article will provide an overview of some of the most common exhaust system materials on the market and their benefits.

Aluminized Steel: Aluminized steel is a popular choice for exhaust systems because it provides good corrosion resistance and low cost. It also has a high temperature rating up to 800°C (1472°F). The downside of aluminized steel is that its surface finish tends to degrade quickly due to exposure to heat and moisture from the environment.

Stainless Steel: Stainless steel is another popular material for exhaust systems due to its durability and corrosion resistance. It can withstand temperatures up to 1,000°C (1832°F) and still retain its strength. However, stainless steel tends to be more expensive than other materials such as aluminized steel or mild steel.

Mild Steel: Mild steel is a low-cost option that can be used in some applications where temperature ratings are not as critical as with other materials such as stainless or aluminized steels. Mild steel can handle temperatures up to 600°C (1112°F), but its surface finish degrades quickly when exposed to heat and moisture from the environment.

Titanium: Titanium offers excellent strength at high temperatures and superior corrosion resistance compared with other metals typically used in automotive applications. It also has a relatively low weight, making it ideal for vehicles that need lighter components in order reduce weight or maintain power output from an engine

Considerations When Choosing an Exhaust System

When choosing an exhaust system for your vehicle, there are a few important considerations to take into account. The right system will provide your engine with the performance, sound and looks that you want. It’s important to think about the size of the piping, the type of material used and the muffler or catalytic converter setup that you need.

The first step is to determine what size piping you need for your exhaust system. Choosing a pipe diameter that is too small could lead to decreased performance as well as increased back pressure in your engine. On the other hand, if you choose a pipe diameter that is too large, it can cause excessive turbulence which can make your exhaust sound louder than desired.

The type of material used in constructing the pipe and muffler also needs to be taken into consideration when selecting an exhaust system for your vehicle. Typically steel or stainless steel are preferred due to their durability and resistance against corrosion from heat and moisture. Aluminum may also be used but tends to corrode more quickly than steel or stainless steel pipes.

Finally, you will need to decide on a muffler or catalytic converter setup that best meets your needs. While mufflers serve primarily as noise dampeners, catalytic converters help reduce emissions by chemically converting pollutants into less harmful gasses before they are released into the atmosphere. Your choice will depend on both local regulations as well as personal preference regarding how loud or quiet you would like your exhaust system to be while driving.

By considering each of these factors when selecting an exhaust system for your vehicle, you can ensure that it meets both performance and aesthetic needs while complying with local regulations where applicable.

Installation Process for a Tunnel Ram Exhaust
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Installation Process for a Tunnel Ram Exhaust

Installing a tunnel ram exhaust system is an easy and cost-effective way to boost the performance and sound of your vehicle. With the right instructions and some basic tools, you can have your new exhaust system installed in no time. Here are the steps for installing a tunnel ram exhaust:

  • Before beginning with the installation, make sure that you have all of the necessary parts for your vehicle’s model year and make. Additionally, it is important to check that you have all of the necessary tools as well.
  • Start by disconnecting the factory exhaust from the catalytic converter or manifold. This will involve removing two bolts from each flange joint, which will require an open-end wrench or socket set to unscrew them.
  • Now, remove any additional hardware such as hangers or clamps that are holding up part of your existing exhaust system in place. If there are gaskets between flanges, remove them as well before proceeding on with installation of the new tunnel ram exhaust system.
  • Take your new tunnel ram muffler out of its packaging and inspect it for any damages that may have been caused during shipping or handling process prior to installation on your vehicle’s engine bay area or underneath it near the rear wheels area (depending on how long your tailpipe is).
  • Install gaskets over flanges if needed before fitting one end of tunnel ram muffler onto one end of existing pipe followed by tightening up its bolts using open-end wrench or socket set again if required by manufacturer’s instructions in order to achieve an airtight connection between both components otherwise your newly installed system may not work correctly due lack of proper sealing
Maintaining Your Tunnel Ram Exhaust
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Maintaining Your Tunnel Ram Exhaust

Maintaining your tunnel ram exhaust is an important part of keeping your vehicle running in peak condition. The tunnel ram exhaust system is designed to provide increased air flow, resulting in increased power and performance. To ensure that your tunnel ram exhaust continues to perform optimally, it’s important to keep up with regular maintenance and cleaning. The following are some tips for maintaining your tunnel ram exhaust:

  • Inspect the system regularly – Check the system for any visible damage or wear and tear on a regular basis. Look for any loose parts or hoses that may need re-attaching or replacing, as well as any signs of rust or corrosion that might affect performance.
  • Replace worn out parts – Replace any worn out parts such as mufflers, gaskets, clamps, pipes or hangers immediately. This will help ensure optimal performance and prevent further damage down the line.
  • Clean regularly – Cleaning the inside of the exhaust pipes can help improve air flow and reduce resistance which could negatively impact performance and fuel efficiency. Cleaning should be done every few months with a specialized cleaning solution or baking soda mixed with water to remove all dirt and grime buildup inside the pipes.
  • Check for leaks – Inspect all joints in the system for leaks regularly as this could cause serious problems if not addressed quickly enough such as a decrease in fuel economy due to loss of pressure from within the engine’s cylinders leading to inefficient combustion of fuel mixture resulting in lower horsepower output from engine..
  • Re-attach heat shields – Heat shields should be re-attached after cleaning so that they cover all exposed sections of pipe where heat can escape from engine compartment into
Tips and Tricks for Improving Performance with Your Exhaust System
Source: www.motortrend.com

Tips and Tricks for Improving Performance with Your Exhaust System

Upgrading your exhaust system is a great way to increase the performance of your car. Here are some tips and tricks to help you get the most out of your exhaust system:

  • Determine your engine intake volume and match it with an appropriate exhaust size. This will help reduce restriction and improve airflow, leading to more power.
  • Make sure your exhaust system is properly tuned. This will ensure optimal performance from your engine and help you get the best possible results from it.
  • Increase the diameter of your exhaust as the amount of exhaust created by your engine increases. This will reduce backpressure and allow for better scavenging, resulting in more power being produced by the engine.
  • Utilize fuel-injector cleaner in order to boost performance and make sure all parts of the system are running optimally.
  • Install a ram air filling for a fuel injection blower hat for improved pressure and boost in power output from the engine, which can lead to better overall performance from your car or truck’s motor.
  • If you find that your engine won’t idle smoothly, you may need to check for vacuum leaks or other fuel/air ratio issues or incorrect timing settings on its components as these can also affect performance levels significantly if they’re not corrected quickly enough or adequately addressed.
  • Finally, if you’re looking for more ways to improve performance with an upgraded exhaust system, consider investing in fans that can be placed within it – these will further facilitate airflow within it and potentially provide even greater gains in terms of efficiency and strength output too!
Understanding the Various Components of an Exhaust System
Source: fuelcurve.com

Understanding the Various Components of an Exhaust System

The exhaust system of a vehicle is one of its most essential components, responsible for controlling and reducing the amount of noise and harmful emissions coming from the engine. It consists of several parts that work together to expel exhaust fumes out of the vehicle. Understanding each component’s role can be helpful in optimizing performance and ensuring proper functioning of the system as a whole.

The exhaust manifold is a series of pipes that connect to each cylinder head in an engine, merging into one large pipe and leading to other parts of the system. Its primary purpose is to collect the exhaust gas from each cylinder and transfer it through the other components.

Mufflers are used to reduce noise levels by generating sound waves that counteract those produced by engine operation. They contain perforated tubes, baffles, or resonators which help disperse sound waves and reduce their intensity before they exit through tailpipes.

Catalytic converters are devices installed on vehicles equipped with internal combustion engines to reduce toxic emissions such as nitrogen oxides (NOx) and carbon monoxide (CO). They use a catalyst such as platinum, palladium or rhodium, which helps convert pollutants into harmless compounds like water vapor, carbon dioxide (CO2), and nitrogen gas (N2).

Oxygen sensors measure oxygen content in an engine’s exhaust stream so that fuel injection systems can adjust air/fuel mixtures accordingly for optimal efficiency. Upstream sensors detect oxygen levels before the catalytic converter while downstream sensors measure oxygen levels after it passes through the converter.

Finally, tailpipes are metal pipes attached at the end of mufflers that send exhaust gases away from vehicles safely out into atmosphere. Tailpipes are

Benefits of Using an Aftermarket Tunnel Ram Exhaust System
Source: cdn.shopify.com

Benefits of Using an Aftermarket Tunnel Ram Exhaust System

A tunnel ram exhaust system is a great choice for those looking to get more power out of their vehicle. The design of the tunnel ram allows for faster and more efficient exhaust flow, resulting in increased horsepower. The improved air flow also translates into better fuel economy and quieter exhaust noise. In addition, the larger pipes of a tunnel ram system enable higher torque production at lower RPMs, allowing for greater acceleration and better overall performance. With all these benefits in mind, it’s no wonder why aftermarket tunnel ram exhaust systems are so popular among performance enthusiasts.

Considerations Before Buying a Tunnel Ram Exhaust Kit
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Considerations Before Buying a Tunnel Ram Exhaust Kit

When it comes to buying a tunnel ram exhaust kit, there are several important considerations you need to make. Tunnel ram exhaust kits are designed for high-performance applications, and not all vehicles will benefit from such an upgrade. Before you purchase a tunnel ram exhaust kit, here are a few things to consider:

1. Vehicle Type/Engine Size:

The type of vehicle and engine size will play a major role in determining which tunnel ram exhaust kit is best for your car or truck. A larger engine with higher RPMs will require different tuning than a smaller engine with lower RPMs.

2. Intake System:

Your intake system can also affect the performance of your tunnel ram exhaust kit. It’s important to make sure your intake system is compatible with the particular type of tunnel ram exhaust you’re considering buying.

3. Cost:

Tunnel ram kits can be expensive, so it’s important to consider how much money you can afford to spend on an upgrade before making a purchase decision.

4. Installation:

Installing a tunnel dram exhaust kit can be complicated and time consuming, so it’s important to factor in the cost of professional installation when budgeting for your new setup.

By taking into account these considerations before purchasing a tunnel ram exhaust kit, you can ensure that the product you choose is the right one for your vehicle and that it will provide optimal performance and value for money spent!

How To Do Tunnel Ram Exhaust, A Step By Step Guide.

  1. First, gather all the necessary tools and materials. You will need a set of tunnel ram exhaust headers, a set of exhaust pipes, clamps, gaskets, and any other necessary hardware.
  2. Next, carefully lift the vehicle and support it securely on jack stands. This will allow you to access the engine and exhaust system more easily.
  3. Locate the existing exhaust headers on the engine and carefully remove them. This may require the use of a wrench or socket set.
  4. Once the old headers have been removed, carefully install the new tunnel ram exhaust headers. Be sure to use new gaskets and apply a sealant to ensure a tight, leak-free seal.
  5. Next, attach the exhaust pipes to the headers using the clamps and hardware provided. Be sure to follow the specific instructions provided with the exhaust kit to ensure proper installation.
  6. Once the exhaust pipes are attached, carefully route them to the rear of the vehicle and attach them to the muffler or exhaust tips.
  7. Finally, carefully lower the vehicle and start the engine to test the new tunnel ram exhaust system. Listen for any leaks or other issues, and make any necessary adjustments to ensure proper operation.

Note: It is important to follow the specific instructions provided with your tunnel ram exhaust kit, as the installation process may vary depending on the specific make and model of your vehicle. It is also recommended to consult a professional mechanic if you are unsure about any aspect of the installation process.

Different Types of Mufflers for Tunel Rams

Tunnel Rams have become increasingly popular for performance vehicles due to their ability to increase airflow and power. To get the most out of this type of exhaust system, it is important to choose the right muffler. There are many different types of mufflers available that are specifically designed for Tunnel Rams, each offering unique benefits and features.

Holley 450 CFM Tunnel Ram Carburetor is one of the best options available. This carburetor has a modular high-rise intake manifold and provides an excellent flow rate that can be further improved with additional modifications. It also features a Victor ram design which enables it to be adapted for other brands as well. This carburetor is ideal for competition racing classes that do not have restrictions on carburetion.

Another great option is Kinney’s Tunnel Ram Muffler Shop, which offers dozens of unique custom exhaust systems specifically designed for tunnel rams. These mufflers are designed to provide maximum performance while minimizing noise levels and improving overall efficiency. They also feature a variety of different tones so you can customize your vehicle’s sound just the way you want it!

Finally, modular high-rise intake manifolds (often referred to as tunnel rams) are another great option for those looking for increased power and efficiency from their vehicle’s exhaust system. These intakes allow more air into the engine, resulting in improved acceleration and torque output while reducing backpressure from the engine’s internal components. Additionally, they provide better fuel mileage than standard intake manifolds due to their ability to reduce excess air in the combustion chamber.

No matter what type of muffler you choose for your Tunnel Ram exhaust system, make sure it meets all the requirements.

How to Modify Your Current Tunnel Ram Exhaust System

If you’re looking to boost the performance of your vehicle with an aftermarket exhaust, a tunnel ram system is an excellent choice. Tunnel ram exhaust systems are designed to increase air flow and power output by providing a more efficient path for exhaust gases to escape from the engine. Modifying your current tunnel ram exhaust system can provide even better results and help you get the most out of your car or truck. Here’s what you need to know about how to modify your current tunnel ram exhaust system:

Choose the Right Manifold:

The first step in modifying your tunnel ram exhaust system is choosing the right manifold. You’ll want to select a high-rise manifold that is designed specifically for increased air flow and torque optimization at higher RPMs. This will help ensure that you get maximum performance out of your engine’s power band.

Increase Exhaust Flow:

Increasing the diameter of your exhaust pipes can make a big difference in how efficiently gases are able to escape from your engine, resulting in more power and better fuel efficiency. Make sure that all pipe sections are connected properly and securely before taking your vehicle for a test drive, as leaks could result in reduced performance or even damage to components if not addressed immediately.

Upgrade Your Muffler:

A good muffler is essential for controlling noise levels while also allowing exhaust gases to escape without restriction or back pressure buildup within the system. High-flow mufflers are available that reduce sound levels while still providing superior performance gains compared to stock components, so be sure to check those out if you’re looking for improved results without excessive noise output from the tailpipe area of your vehicle.

Common Mistakes to Avoid When Installing a Tunnel Ram Exhaust

Installing a tunnel ram exhaust system is a great way to enhance the performance of your vehicle and give it a unique look. However, there are some common mistakes that can be made during the installation process which can lead to costly repairs and even safety issues. Here are some of the most common mistakes to avoid when installing a tunnel ram exhaust:

Not Measuring Properly

When installing a tunnel ram exhaust, it’s important to take accurate measurements in order to ensure that the components fit together properly. Failing to do this could result in an incorrect fit and poor performance.

Over-Tightening Clamps

Clamps used for securing the components should be tightened just enough so they don’t come loose while driving, but not too tight as this can lead to damage of the parts or cracking of welds.

Using Poor Quality Components

Choosing low quality components will not only negatively affect performance, but also durability and lifespan. Always use high quality parts when installing a tunnel ram exhaust system for best results and optimal performance.

Ignoring Clearance Issues

After installation, make sure all components have adequate clearance from other parts, such as fuel lines or other moving parts on your engine. If there isn’t enough clearance between these components, vibrations from the exhaust may cause them to rub against each other which can result in damage or even fires due to sparks caused by metal-on-metal friction contact. Always double check for proper clearance before using your vehicle after installation is complete!

Pros and Cons of Using a Tunnel Ram Exhaust System

The tunnel ram offers improved power over a typical single-plane intake by having all the cylinders produce the same effective power curve.

  • The MDS is noticeable but not as bad as with Flowmaster.
  • Parking garages and overpasses / tunnels are much more fun.
  • The ram usefully extends the powerband of the engine, enabling you to run a numerically higher gear than you would be able to with a standard intake.
  • Tunnel ram engines typically do not produce good torque at low RPM, thus making it unsuitable for street use in slow speed stop and go traffic.
  • The acquisition of adequate carburetion capacity becomes difficult due to the number of carbs required compared to a regular single plane intake.
  • Also, setting up the timing and tuning can be tricky with multiple carbs on a tunnel ram system.

Pros:

A. Improved engine performance:

The efficient flow of exhaust gases from a tunnel ram exhaust can help to increase horsepower and overall engine performance.

B. Increased fuel efficiency:

By allowing for the efficient flow of exhaust gases, a tunnel ram exhaust can help to reduce the amount of fuel required to power the engine.

C. Reduced emissions:

The improved flow of exhaust gases from a tunnel ram exhaust can help to reduce emissions from the engine, making it more environmentally friendly.

D. Improved exhaust sound:

The design of a tunnel ram exhaust can give the engine a more aggressive and sporty exhaust note.

E. Enhanced engine appearance:

The large, dual exhaust pipes of a tunnel ram exhaust system can give the engine a more visually striking appearance.

F. Increased exhaust flow:

The design of a tunnel ram exhaust allows for the individual exhaust gases from each cylinder to be directed into a single exhaust pipe, increasing the overall flow of exhaust gases.

G. Improved engine cooling:

The increased flow of exhaust gases from a tunnel ram exhaust can help to improve engine cooling by removing heat from the cylinders more efficiently.

H. Enhanced throttle response:

The improved flow of exhaust gases from a tunnel ram exhaust can help to enhance throttle response, allowing the engine to respond more quickly to inputs from the driver.

I. Increased engine longevity:

The improved flow of exhaust gases from a tunnel ram exhaust can help to reduce stress on the engine, potentially increasing its overall lifespan.

J. Customizability:

Tunnel ram exhaust systems can be easily customized to the specific needs of the engine, allowing for a high degree of flexibility in terms of performance and appearance.

Cons:

A. Increased cost:

Tunnel ram exhaust systems can be more expensive than other types of exhaust systems, due to their specialized design and construction.

B. Installation difficulty:

Installing a tunnel ram exhaust system can be more challenging than other types of exhaust systems, and may require specialized tools and expertise.

C. Reduced ground clearance:

The large, dual exhaust pipes of a tunnel ram exhaust system can reduce ground clearance, making it more difficult to drive over obstacles or rough terrain.

D. Increased noise:

The improved flow of exhaust gases from a tunnel ram exhaust can result in increased exhaust noise, which may be undesirable for some drivers.

E. Reduced fuel economy:

The increased horsepower and performance of a tunnel ram exhaust system may result in reduced fuel economy, as the engine may require more fuel to operate at its maximum potential.

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