This performance aftermarket component is designed to replace the factory air intake system in the specified heavy-duty pickup truck model year 2019. It is engineered to enhance engine efficiency by supplying a greater volume of cooler, denser air to the engine’s combustion chamber. An example would be a system designed to fit directly into the existing engine bay, utilizing existing mounting points for ease of installation.
The importance of such a system stems from its potential to improve horsepower, torque, and fuel economy. Cooler air contains more oxygen, which leads to a more complete combustion process within the engine. The historical context lies in the evolution of automotive performance enhancements, where optimizing airflow has always been a critical aspect of engine tuning and modification.
The following sections will delve into the specific advantages, installation considerations, and potential drawbacks of upgrading to an aftermarket air intake system on the aforementioned vehicle.
1. Improved Airflow
The story of the 2019 Ram 3500 and its potential for enhanced performance often begins with the fundamental principle of airflow. Its relevance to the engine’s capability is undeniable. It’s about giving the engine what it needs to breathe, to truly unleash its potential. A carefully designed system, engineered for optimal flow, transforms the vehicle.
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Reduced Restriction
Factory air intake systems are frequently designed with cost-effectiveness and noise reduction in mind. This can lead to restrictions in the airflow pathway. The aftermarket option, designed to reduce this limitation, offers a more direct and less obstructed path for air to enter the engine. This allows the engine to draw in air more easily, particularly during high-demand situations like towing or accelerating. A less restrictive pathway means the engine doesn’t have to work as hard to get the air it needs, translating to efficiency.
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Larger Diameter Tubing
Imagine a narrow drinking straw versus a wider pipe; the principle applies here. Many of these performance kits feature larger diameter tubing compared to the stock setup. This increased volume enables a greater quantity of air to reach the engine. For instance, a stock intake might have a 3-inch diameter tube, while an aftermarket option could increase this to 4 inches. The increase in the cross-sectional area permits a significantly higher airflow volume, directly impacting the engine’s ability to produce power.
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Smoother Airflow Path
Sharp bends and corrugated surfaces within the factory intake can create turbulence, disrupting the smooth flow of air. Performance-oriented systems often incorporate mandrel-bent tubing and smooth transitions to minimize turbulence. This laminar flow of air helps to maximize the efficiency of the engine. An example would be a system that replaces a convoluted, plastic factory tube with a smooth, metal one, thereby optimizing the route of the air toward the intake.
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Optimized Filter Design
The air filter’s design is a crucial aspect of the entire intake system. High-flow filters are often employed in these aftermarket kits, constructed from materials like oiled cotton gauze or synthetic fibers. These filters provide superior airflow while maintaining adequate filtration to protect the engine from contaminants. A common example is a conical filter that has a larger surface area than the stock, flat-panel filter, leading to improved air intake efficiency.
These aspects of increased airflow within the context of a modified system for the 2019 Ram 3500 become the engine’s advantage. By mitigating airflow restrictions, employing larger diameter tubing, streamlining the airflow path, and using optimized filter designs, performance gains can be realized. This results in an engine that is both more responsive and performs more efficiently.
2. Enhanced Horsepower
The promise of increased power is central to the narrative of upgrading a 2019 Ram 3500’s air intake. It is a desire woven into the very fabric of truck ownership, a yearning for more muscle under the hood. It speaks to the core of what many seek in their vehicle – the ability to conquer demanding tasks with ease. The following elements explain how this component potentially contributes to achieving that goal.
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Cooler Air Charge
Heat is the enemy of performance. An engine’s output is directly linked to the density of the air it consumes. A crucial element in enhancing the power lies in its ability to deliver a cooler air charge to the engine. By drawing air from outside the hot engine bay, or shielding the intake tract from engine heat, a system promotes a denser air intake. Cooler, denser air packs more oxygen molecules per volume. This increased oxygen allows the engine to burn fuel more efficiently, resulting in a more powerful combustion stroke. A real-world example could be observed on a dyno, where the same truck shows a higher horsepower reading with a properly functioning cooler air intake compared to its stock configuration.
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Optimized Air/Fuel Ratio
Achieving optimal power output requires a precise balance of air and fuel. The system is designed to deliver a greater volume of air, which can necessitate adjustments to the engine’s fuel delivery system. An optimally designed intake works in harmony with the engine’s computer to achieve a better air-fuel ratio. This proper balance is crucial for maximizing combustion efficiency. A poor air-fuel ratio can lead to reduced power, increased emissions, and potential engine damage. The interaction between the intake and the engine’s computer highlights the importance of selecting a system that is compatible with the vehicle’s engine management system.
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Reduced Pumping Losses
The engine expends energy drawing air through the intake system. A restrictive factory intake forces the engine to work harder to draw in air, leading to what are known as pumping losses. By reducing restriction and increasing airflow, an aftermarket option can diminish these losses. The engine then has more power available to turn the wheels. Imagine a runner breathing through a small straw versus breathing freely; the ease of breathing directly translates to performance. This reduction in pumping losses, while perhaps subtle, contributes to the overall gain in horsepower.
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Improved Throttle Response
The benefits of optimized airflow extend beyond peak horsepower. A noticeable difference often comes in the form of an improved throttle response. The engine reacts more quickly to throttle inputs, resulting in a more immediate and engaging driving experience. This responsiveness can be particularly valuable in situations that demand quick acceleration, such as merging onto a highway or overtaking another vehicle. The enhanced throttle response is a direct consequence of the engine’s ability to receive and process air more efficiently, leading to quicker and more effective power delivery.
Thus, the promise of enhanced power with the 2019 Ram 3500 isn’t solely about headline horsepower figures. It’s a sum of various improvements working in concert. Cooler air, optimized air-fuel ratio, reduced pumping losses, and improved throttle response, all contribute to a more powerful and responsive engine. These gains are realized through careful engineering and a deep understanding of engine dynamics, transforming the driving experience.
3. Increased Torque
Torque, the twisting force that sets a vehicle in motion, is the lifeblood of a heavy-duty truck like the 2019 Ram 3500. It dictates the ability to haul heavy loads, climb steep grades, and conquer challenging terrain. The connection between the enhanced intake system and increased torque is one of fundamental cause and effect. By facilitating a more efficient combustion process, this aftermarket component directly contributes to the engine’s ability to generate more rotational force. The engine, breathing easier with a greater volume of cooler air, produces a more forceful and complete burn of fuel. This translates to a noticeable increase in torque, particularly in the low-to-mid range of the engine’s RPM band. A rancher relying on the Ram 3500 to tow a trailer loaded with livestock across uneven fields understands the practical importance of torque. Every pound-foot of additional rotational force provided by such enhancements can mean the difference between struggling up a hill and effortlessly cresting it.
Consider the practical implications of this increased torque. A construction crew hauling equipment to a remote job site benefits from the engine’s enhanced pulling power. The truck accelerates more smoothly, even when burdened with a heavy payload. A driver navigating stop-and-go traffic on a congested highway experiences improved responsiveness and control. The engine feels less strained, even when accelerating from a standstill. This increased responsiveness not only improves the driving experience but also contributes to improved safety and reduced driver fatigue. Furthermore, because the engine is working more efficiently, it may be able to maintain higher speeds at lower RPMs, which will extend the service life.
In summary, the role of an enhanced air intake system on the 2019 Ram 3500 in generating increased torque represents a critical aspect of the vehicle’s overall performance. It goes beyond merely increasing horsepower; it enhances the truck’s ability to perform its intended duties with greater ease and efficiency. The system’s contribution to torque output translates directly into real-world benefits for owners who rely on their trucks for demanding tasks. While challenges exist in objectively measuring the exact torque gains in every scenario, the observable improvements in towing, hauling, and overall responsiveness underscore the practical significance of this modification.
4. Fuel Efficiency
In the realm of heavy-duty trucks like the 2019 Ram 3500, the pursuit of fuel efficiency might seem a contradiction. These vehicles are built for power and capability, and fuel economy is often considered secondary. However, even small improvements in mileage can translate into significant savings over time, particularly for owners who use their trucks extensively. A common question arises: Can an aftermarket air intake system contribute to this goal?
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Optimized Combustion
The potential for improved fuel efficiency begins with the combustion process. The enhanced air intake facilitates a greater volume of cooler, denser air entering the engine. This, in turn, allows for a more complete and efficient burn of fuel. A more complete burn translates to less wasted fuel exiting the exhaust, leading to a slight increase in fuel economy. For example, imagine two identical trucks, one with the stock intake and the other with the upgraded component, both towing the same load up a long incline. The truck with the enhanced system might maintain its speed with less throttle input, indicating a more efficient use of fuel.
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Reduced Engine Strain
A less restrictive air intake system reduces the amount of effort the engine expends to draw in air. This reduced “pumping loss” means the engine can operate more efficiently. The truck encounters reduced resistance within the intake system. This translates to a marginal, but measurable, improvement in mileage, especially during steady-state driving on the highway. A rancher travelling long distances between properties would benefit from even a small reduction in fuel consumption. The savings accumulate over time, impacting the overall cost of ownership.
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Sensor Calibration Impact
The engine’s computer relies on sensors to monitor various parameters, including airflow. The increased airflow from an enhanced intake can influence these readings. This may require adjustments or recalibration of the engine’s fuel management system to take full advantage of the increased airflow. Without proper calibration, the fuel efficiency benefits may be minimal or even non-existent. A skilled mechanic with diagnostic tools can fine-tune the engine’s settings to optimize the air-fuel ratio for maximum efficiency.
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Driving Style Dependency
It’s crucial to acknowledge that improvements in fuel efficiency are highly dependent on driving style. An aggressive driving style, characterized by frequent acceleration and hard braking, will negate many of the potential benefits of an enhanced air intake. A driver who adopts a smoother, more consistent driving style will see a more noticeable improvement. Imagine a salesperson constantly travelling on the highway versus a construction foreman always driving on site. The salesperson’s average fuel will be more sensitive to any enhancement.
The relationship between the air intake system and fuel efficiency in a 2019 Ram 3500 is nuanced. While the potential for improvement exists, it is not a guaranteed outcome. The key factors include optimized combustion, reduced engine strain, proper sensor calibration, and a mindful driving style. The overall impact may be subtle, but over the lifespan of the vehicle, even small gains in fuel economy can contribute to significant cost savings. Potential buyers must consider these variables and weigh the benefits against the cost and installation of the system.
5. Filtration Quality
The narrative of the 2019 Ram 3500 and its induction system would be incomplete without a focused examination of filtration quality. While power and efficiency are desirable, preserving the engine’s longevity stands paramount. The air filter stands as the sentinel, guarding against abrasive particles that could inflict wear and tear. The choice of filter material, its design, and its maintenance, dictates the health of the engine, making it a crucial component within the aftermarket system.
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Filter Material Composition
The market presents a spectrum of materials, each with distinct strengths and weaknesses. Oiled cotton gauze filters are known for their high airflow capabilities, but require regular cleaning and re-oiling. Synthetic filters offer a balance of filtration efficiency and airflow, and generally require less maintenance. Paper filters, often found in stock systems, provide good filtration but can be more restrictive. Consider a scenario where a Ram 3500 is frequently driven on gravel roads. In this environment, a filter with superior particulate capture capabilities becomes essential, even if it means sacrificing a small degree of airflow. The filter’s material is therefore a direct determinant of how effectively it shields the engine from environmental hazards.
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Filtration Efficiency Rating
Filtration efficiency is measured in microns, indicating the size of particles the filter can effectively trap. A lower micron rating indicates a finer level of filtration. It is vital to select a filter with an appropriate rating for the intended use. A filter that captures excessively small particles may restrict airflow, negating the benefits. Conversely, a filter with a too-coarse rating may allow damaging particles to pass through. The trade-off is evident; a balance must be struck between maximizing airflow and providing adequate protection. This is highlighted in an environment which requires the hauling of heavy loads through regions prone to sandstorms and dust clouds.
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Filter Surface Area and Design
The filter’s surface area directly influences its ability to capture contaminants and maintain airflow. A larger surface area provides more space for particles to accumulate without significantly restricting airflow. A conical filter, often used in aftermarket systems, offers a larger surface area compared to a flat-panel filter. Moreover, the filter’s pleat design affects its filtration efficiency and airflow characteristics. Taller, more closely spaced pleats can capture more particles but may also restrict airflow. The right design, particularly for a system replacing a stock filter element, provides increased airflow and greater surface coverage. These attributes collectively reduce strain during high-performance operations.
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Maintenance Requirements
All filters require maintenance, but the frequency and methods vary. Oiled cotton gauze filters require regular cleaning and re-oiling, while synthetic filters can often be cleaned with soap and water. Neglecting filter maintenance can lead to reduced airflow, decreased fuel economy, and potential engine damage. Consider a scenario where a 2019 Ram 3500 is primarily used for short trips around town. The air filter may not require as frequent cleaning as one used in a truck that is constantly exposed to harsh conditions. Regular inspection and cleaning prolong the filter’s life and ensure continued engine protection.
Therefore, the selection of an air intake system involves more than simply chasing horsepower figures. Filtration quality demands equal consideration. The choice of filter material, its efficiency rating, its design, and the maintenance it requires, directly impact the engine’s longevity and performance. A well-chosen and properly maintained filter guarantees its ability to withstand the demanding conditions the 2019 Ram 3500 is built to endure.
6. Installation Complexity
The decision to enhance a 2019 Ram 3500 with an aftermarket air intake system extends beyond mere component selection. The installation process itself, often underestimated, introduces a crucial variable into the equation. The ease or difficulty of installation directly impacts both the cost of the upgrade and its potential benefits. A system advertised with claims of horsepower gains becomes less appealing if its installation demands specialized tools, extensive modifications, or a significant investment of time. Consider the tale of a seasoned mechanic, familiar with diesel engines, who confidently purchased a performance intake for his Ram 3500. The advertised “bolt-on” installation proved misleading. The instructions were vague, requiring unexpected modifications to the vehicle’s mounting points. What he envisioned as a straightforward afternoon project morphed into a multi-day ordeal, punctuated by frustration and additional expenses. This underscores a critical point: the advertised simplicity rarely matches reality.
The source of installation complexity varies. Some systems require the removal of the entire stock airbox assembly, a process that can involve disconnecting sensors, vacuum lines, and other delicate components. Mishandling these components can lead to further complications, potentially triggering warning lights or impacting engine performance. Other systems may require trimming or modification of the vehicle’s inner fender, an invasive procedure that demands precision and can void warranty coverage. The complexity is magnified for individuals lacking mechanical experience or access to specialized tools. Attempting a complex installation without the proper knowledge or equipment can result in a poorly installed system, negating its intended benefits and potentially damaging the vehicle. This then requires professional intervention, adding substantially to the cost of the upgrade. An improperly installed system can also leak, causing serious issues.
Ultimately, the installation of a performance air intake on a 2019 Ram 3500 should be approached with informed caution. Assess the system’s design, evaluate the clarity of the provided instructions, and honestly gauge one’s mechanical aptitude. Research the system’s installation difficulty through online forums and reviews. If the installation process appears daunting, seeking professional assistance proves the prudent path. While the allure of increased horsepower and torque is undeniable, the practical realities of installation complexity must be carefully considered to ensure a successful and beneficial upgrade.
7. Engine Sound
The auditory experience of a vehicle, often dismissed as mere noise, contributes significantly to the overall perception of its performance. For owners of the 2019 Ram 3500, the engine’s roar is an integral part of the driving experience, a subtle but powerful indicator of the raw power under the hood. The installation of an aftermarket intake system invariably alters this aural signature, shifting it from a muted hum to a more pronounced and aggressive declaration of power.
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Intake Roar Amplification
Factory air intake systems are designed with noise reduction in mind. They often incorporate resonators and baffling to dampen the sound of the engine inhaling air. An aftermarket system, by virtue of its less restrictive design, allows more of this intake noise to reach the driver’s ears. This results in a deeper, more resonant intake roar, particularly under heavy acceleration. Imagine the difference between hearing a distant whisper and a clear, projected voice; the increased intensity of the intake sound provides a tangible sense of enhanced engine performance. This intake sound is a direct byproduct of the optimized airflow.
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Turbocharger Whistle Enhancement
The 2019 Ram 3500 often features a turbocharged diesel engine. The turbocharger, responsible for forcing air into the engine, produces a distinctive whistle. An aftermarket intake system can amplify this whistle, making it more audible and pronounced. This enhancement is particularly noticeable at lower RPMs, providing a constant reminder of the engine’s forced-induction capabilities. For instance, the turbocharger now sounds more direct.
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Exhaust Note Alterations
Although an aftermarket intake primarily affects the intake sound, it can also indirectly influence the exhaust note. By optimizing the combustion process, a system can alter the tone and volume of the exhaust. A more complete burn of fuel can result in a deeper, more resonant exhaust note, particularly at higher RPMs. Owners often pair intake modifications with exhaust upgrades to achieve a cohesive and aggressive sound profile. The exhaust note will now be able to keep up with the intake sound.
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Potential for Drone
While many owners appreciate the enhanced engine sound, it’s important to acknowledge the potential for increased drone. Drone refers to a low-frequency humming or buzzing sound that can become irritating during long drives. Certain aftermarket intake systems, particularly those with aggressive designs, can amplify drone. A driver on a multi-day haul might find this droning noise distracting and fatiguing. A careful balancing of the sound profile can be achieved by careful research and component selection.
In summary, the relationship between the enhanced intake and the auditory experience of the 2019 Ram 3500 is multifaceted. It’s a carefully curated symphony that combines intake sound, turbocharger whine, and exhaust notes into a single composition. While subjective, the impact of the enhanced sound on driver perception and overall enjoyment cannot be ignored. The decision to install an intake system with the aim of enhancing the engine sound necessitates a mindful consideration of potential drawbacks like increased drone, ensuring that the auditory experience complements the driving dynamics of the truck.
8. Durability Factors
The story of any aftermarket upgrade for the 2019 Ram 3500, especially one involving the engine’s intake, invariably leads to a critical juncture: durability. Claims of increased horsepower and improved fuel economy ring hollow if the component itself cannot withstand the rigors of daily use, the extremes of weather, and the relentless vibrations endemic to a heavy-duty truck. The long lifespan, measured in years and hundreds of thousands of miles, hinges on the air intake’s ability to maintain its integrity, resist corrosion, and effectively filter contaminants. A tale unfolds, one of a seasoned foreman who, enticed by dyno charts and promises of enhanced performance, installed a system on his 3500. Within a year, the plastic tubing cracked under the desert sun, the filter element disintegrated from repeated exposure to dust, and the engine began exhibiting signs of premature wear. The initial thrill of increased power was quickly replaced by the bitter taste of regret.
Durability of this aftermarket product becomes paramount. Material selection dictates longevity. Plastic intakes, while lightweight and cost-effective, are susceptible to cracking from heat and impact. Metal intakes, often constructed from aluminum or stainless steel, offer greater resistance to these stresses but are more prone to heat soak, potentially diminishing the intake’s effectiveness. The filter element, the last line of defense against engine-damaging particles, must maintain its structural integrity and filtration capabilities over extended periods. A cotton-gauze filter, though offering high airflow, requires meticulous maintenance and can degrade if over-oiled, potentially introducing contaminants into the engine. Synthetic filters, with their greater resistance to degradation and simpler cleaning requirements, often present a more durable alternative. Consider the geographical variable: high-altitude environment require a tougher, more resilient component, while a coastal setting may be more susceptible to corrosion.
Ultimately, the durability of the 2019 Ram 3500’s air intake is the bedrock upon which its claimed benefits rest. Selecting a system based solely on promises of performance, without carefully considering the materials, construction, and environmental factors, is a gamble with the engine’s long-term health. The allure of increased power fades when the reality of premature component failure sets in. The true value of the upgrade lies not just in the performance boost, but in its ability to provide that boost reliably, year after year, mile after mile, ensuring that the Ram 3500 remains a dependable workhorse, not a costly cautionary tale. And that requires careful thought and consideration before spending your cash.
9. Maintenance Needs
The chronicle of a 2019 Ram 3500, enhanced with a aftermarket air intake system, does not culminate with its installation. Instead, it marks the commencement of an ongoing relationship defined by the air intake’s specific maintenance requirements. Neglecting these requirements is analogous to neglecting the health of the engine itself, leading to a cascade of potential problems that negate the intended benefits of the modification. The tale is told of a construction company owner, keen on maximizing the performance of his fleet of Ram 3500s, who installed performance intakes across the board. Initially, the trucks exhibited a noticeable increase in power and responsiveness. However, as weeks turned into months, a gradual decline in performance began to surface. Upon investigation, it became apparent that the air filters, clogged with construction dust and grime, were severely restricting airflow. The lack of a consistent maintenance schedule undermined the entire investment, highlighting the crucial link between performance and upkeep. The increased airflow from an aftermarket system is dependent on the intake filter being clean.
Maintenance needs will vary significantly depending on the filter type incorporated within the aftermarket intake. Oiled cotton gauze filters, prized for their high airflow capabilities, demand regular cleaning and re-oiling. This process involves removing the filter, cleaning it with a specialized solution, allowing it to dry completely, and then carefully re-oiling it to ensure proper filtration. Over-oiling can clog the filter element, while under-oiling can compromise its ability to capture contaminants. Synthetic filters offer a simpler maintenance regimen, typically requiring only occasional cleaning with soap and water. Regardless of the filter type, regular inspections are essential. Debris accumulation, tears, or damage to the filter element necessitates immediate attention. Failing to address these issues not only diminishes performance, but can also allow harmful particles to enter the engine, leading to premature wear and potentially catastrophic damage. Consistent oil changes are part of proper maintenance also.
In summary, the enhanced intake fitted to the 2019 Ram 3500 constitutes an investment, not a one-time expenditure. The returns on this investmentincreased power, improved throttle response, and potential fuel efficiency gainsare directly contingent on the consistent and diligent execution of its maintenance needs. Ignoring these needs negates the intended benefits, transforming the promise of enhanced performance into a costly liability. The story underscores a fundamental principle: the rewards of performance modifications are reaped only through responsible maintenance, ensuring that the Ram 3500 continues to perform reliably for years to come.
Frequently Asked Questions
The decision to modify a vehicle, particularly a workhorse like the 2019 Ram 3500, invariably triggers a barrage of questions. These questions, born from legitimate concerns and the pursuit of informed decision-making, deserve careful and considered responses. The following addresses common inquiries surrounding the installation of the enhanced induction system.
Question 1: Will it void the factory warranty?
The specter of warranty voidance looms large over any aftermarket modification. The answer, however, is not a simple yes or no. The Magnuson-Moss Warranty Act protects consumers from blanket warranty denials based solely on the installation of aftermarket parts. However, if the aftermarket intake is proven to directly cause a component failure, the warranty claim may be denied. Imagine a scenario where the aftermarket filter fails to adequately filter contaminants, leading to premature engine wear. In such a case, the manufacturer could legitimately deny a warranty claim related to engine damage. Prudence dictates selecting reputable brands and ensuring proper installation to minimize the risk of negatively affecting the warranty coverage.
Question 2: How much horsepower gain can realistically be expected?
Dyno charts often showcase impressive horsepower gains, but these figures represent ideal conditions and may not translate directly to real-world performance. A more realistic expectation lies in the range of 10-20 horsepower, with a corresponding increase in torque. The actual gains will vary depending on several factors, including engine condition, existing modifications, and driving style. The horsepower gains are often more perceptible in the mid-range, enhancing the truck’s pulling power during towing and hauling.
Question 3: Is a tune required after installation?
While some enhanced systems can function adequately with the factory tune, others benefit significantly from a custom tune. A tune optimizes the engine’s air-fuel ratio, ignition timing, and other parameters to take full advantage of the increased airflow. The result is often improved throttle response, increased horsepower, and enhanced fuel economy. Consulting with a reputable tuner experienced with diesel engines is advisable to determine whether a custom tune is necessary for a given system. The risks of not tuning can be significant also.
Question 4: Can it damage the engine?
An improperly designed or installed system can indeed pose a risk to engine health. Insufficient filtration can allow harmful contaminants to enter the engine, leading to premature wear. Poorly designed tubing can create turbulent airflow, hindering performance. Over-oiling a cotton gauze filter can foul the mass airflow sensor, causing drivability issues. Selecting reputable brands, ensuring proper installation, and adhering to the manufacturer’s maintenance recommendations are crucial for mitigating these risks.
Question 5: Will it improve fuel economy?
The potential for improved fuel economy exists, but it’s not a guarantee. The system, by increasing airflow and optimizing combustion, can contribute to a slight increase in mileage. However, these gains are highly dependent on driving style and operating conditions. An aggressive driving style will negate any potential fuel savings. A more realistic expectation lies in a marginal improvement of 1-2 MPG under steady-state highway driving.
Question 6: Are all brands created equal?
The aftermarket landscape teems with a diverse array of brands, each offering varying degrees of quality, performance, and durability. Opting for a lesser-known or unproven brand can be a gamble. Reputable brands invest heavily in research and development, employing rigorous testing procedures to ensure their products meet or exceed OEM standards. Reviews, reputation, and construction methods are all clues to its durability.
These FAQs are not exhaustive, but they address some of the most pressing concerns surrounding the installation of a enhanced induction system on a 2019 Ram 3500. Informed decision-making, coupled with careful selection and proper installation, is the key to unlocking the potential benefits while mitigating the inherent risks.
The subsequent sections will delve into specific product recommendations and installation tips, providing further guidance for those contemplating this performance upgrade.
Essential Pointers
Navigating the world of aftermarket upgrades for the 2019 Ram 3500 requires a degree of prudence. Choices, seemingly straightforward, carry long-term ramifications. These pointers distill knowledge gleaned from experience, aimed at guiding decisions effectively.
Tip 1: Prioritize Provenance Over Price.
The allure of budget-friendly options proves strong. However, the true cost resides not in the initial purchase price but in the potential for premature failure and engine damage. A system sourced from a reputable manufacturer, one with a history of quality and rigorous testing, provides assurance, mitigating the risk of costly repairs down the line. The adage, “you get what you pay for,” rings particularly true in this arena. Choose wisely.
Tip 2: Validate Compatibility Before Committing.
Not all aftermarket parts mesh seamlessly with existing systems. Before finalizing a purchase, verify compatibility with the specific engine configuration of the 2019 Ram 3500. Confirm that the system is designed to integrate with factory sensors and emissions controls. A mismatch can lead to performance issues, diagnostic error codes, and potential warranty complications. A moment spent validating compatibility preempts hours of frustration and unnecessary expense.
Tip 3: Heed Installation Instructions with Diligence.
The effectiveness of any aftermarket upgrade hinges on proper installation. Even the highest-quality system will falter if installed incorrectly. Adhere meticulously to the manufacturer’s instructions, paying close attention to torque specifications and sensor connections. If the installation process exceeds mechanical capabilities, seek professional assistance. A botched installation not only negates the intended benefits but can also jeopardize the engine’s health.
Tip 4: Embrace a Consistent Maintenance Regimen.
The enhanced system, like any critical component, requires periodic maintenance. Establish a regular cleaning and inspection schedule for the air filter. Follow the manufacturer’s recommendations for filter cleaning and re-oiling. Neglecting maintenance will lead to reduced airflow, decreased fuel economy, and potential engine damage. A proactive approach to maintenance ensures that the system continues to perform optimally for years to come.
Tip 5: Monitor Engine Performance Post-Installation.
After installing the aftermarket system, diligently monitor engine performance. Pay attention to any changes in fuel economy, throttle response, or engine sound. If any anomalies arise, investigate promptly. Diagnostic tools can provide valuable insights into engine performance parameters. Addressing issues early prevents them from escalating into more serious problems. Vigilance rewards with continued reliability.
Tip 6: Document the Process and Retain Records.
Keep a detailed record of the installation process, including photographs and documentation of any modifications made. Retain all receipts and warranty information. This documentation proves invaluable in the event of a warranty claim or future maintenance. Thorough record-keeping safeguards investment and facilitates informed decision-making down the line.
Tip 7: Consult with Experienced Professionals.
When confronted with questions or uncertainties, seek guidance from experienced professionals. Mechanics, tuners, and fellow Ram 3500 owners can provide valuable insights and recommendations. Online forums and enthusiast communities offer a wealth of information and collective wisdom. Leveraging the expertise of others mitigates the risk of costly mistakes. Shared knowledge builds strong foundation.
These pointers, gleaned from experience and careful observation, serve as guiding lights through the often-turbulent waters of aftermarket modification. Adhering to these principles maximizes the potential benefits while minimizing the inherent risks. Informed choices pave the path to enhanced performance and long-term reliability.
With these tips in mind, proceed to the concluding section, which summarizes the key considerations and offers a final perspective on the matter.
The Road Ahead
The journey through the nuances of aftermarket air intake systems for the 2019 Ram 3500 has been a detailed exploration, revealing both promise and peril. From the allure of increased horsepower to the realities of filtration quality and maintenance needs, a comprehensive picture has emerged. The benefits, ranging from improved throttle response to potential fuel efficiency gains, stand counterbalanced by the ever-present specter of installation complexity, warranty concerns, and durability factors. A recurring theme has been the necessity of informed decision-making, weighing the allure of performance enhancement against the long-term implications for engine health and vehicle reliability.
Ultimately, the decision to install an aftermarket system is a personal one, dictated by individual needs, priorities, and mechanical aptitude. It is a decision that should be approached with thoughtful consideration, not impulsive enthusiasm. The 2019 Ram 3500, a machine built for hard work and demanding tasks, deserves respect and careful consideration. The future holds continued innovation in the realm of aftermarket performance parts, with advancements in filter technology, material science, and engine tuning promising further gains in power, efficiency, and reliability. Embrace responsible modification, remembering that a well-maintained and thoughtfully upgraded machine is a powerful asset, capable of tackling any challenge with confidence and competence. The responsibility to ensure this is for the owner.
