A suspension modification designed for the specified model year of Ford’s heavy-duty truck, it aims to raise the front of the vehicle to match the height of the rear. This process eliminates the factory rake, creating a more level stance. An example would be installing a 2-inch spacer on the front suspension to achieve visual parity.
The adjustment enhances aesthetics by providing a balanced appearance. This modification can also allow for the installation of larger tires, increasing ground clearance and potentially improving off-road capabilities. Historically, truck manufacturers have implemented a factory rake to improve aerodynamics and payload capacity handling when loaded; altering this can affect these characteristics.
Considerations before modifying include impacts on ride quality, potential changes to fuel economy, and the necessity for wheel alignment after installation. The following sections will elaborate on selecting the appropriate parts, the installation process, and potential implications.
1. Ride Quality
The act of modifying a truck’s suspension, particularly with a “2017 ford f350 leveling kit,” inevitably touches upon the inherent comfort experienced by its occupants. Factory suspension systems are meticulously engineered to balance load capacity, handling, and ride smoothness. Altering this delicate equilibrium requires careful consideration, as adjustments influence how the vehicle interacts with varying road surfaces.
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Spring Rate Alteration
A “2017 ford f350 leveling kit” may involve the installation of coil spacers or replacement springs. These components can effectively change the spring rate, which is the resistance of the spring to compression. Stiffer springs, while providing enhanced load support, often translate to a firmer, less forgiving ride. Conversely, softer springs might improve ride comfort but could compromise the vehicle’s ability to handle heavy loads. The original ride quality must be considered before making a spring modification.
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Shock Absorber Compatibility
The vehicle’s shock absorbers (dampers) play a critical role in mitigating the effects of bumps and undulations. Altering ride height through the installation of a “2017 ford f350 leveling kit” can impact the shock absorbers’ operational range. Stock shocks may not function optimally when the suspension is extended or compressed beyond its designed parameters. Upgrading to longer or adjustable shocks can maintain proper damping and ride quality; not doing so may sacrifice comfort.
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Suspension Geometry Shifts
Adjusting the front suspension via a “2017 ford f350 leveling kit” alters the suspension geometry. This includes parameters such as caster, camber, and toe. Changes here affect how the tires contact the road and influence steering feel and stability. Improper alignment following kit installation can induce bump steer, wandering, or uneven tire wear, all of which degrade the driving experience and long-term satisfaction with the modifications.
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Tire Pressure Sensitivity
With the change of the suspension, the vehicle’s sensitivity to tire pressure may be amplified. A “2017 ford f350 leveling kit” could shift the weight distribution. This can change the range of acceptable tire pressures for achieving optimal ride comfort. Experimentation within recommended ranges might be necessary to fine-tune the ride quality after the modifications.
In conclusion, the installation of the modification affects many elements. While the pursuit of visual enhancement and increased tire clearance is understandable, maintaining a reasonable level of driving enjoyment requires careful planning and consideration. Ignoring the interdependencies can lead to unforeseen compromises in on-road driving character, ultimately detracting from the vehicle’s utility and purpose.
2. Tire Clearance
The quest for enhanced aesthetics and improved off-road prowess frequently leads owners of the 2017 Ford F350 to consider modifying the suspension. A primary motivation behind these modifications centers around tire clearancethe physical space necessary to accommodate larger or wider tires without interference. The interplay between tire dimensions and available space becomes paramount when selecting a suspension altering kit.
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Diameter and Radius Concerns
A larger diameter tire increases the overall radius, potentially causing rubbing against the wheel well, fender liners, or suspension components during turns or suspension compression. The “2017 ford f350 leveling kit” directly addresses this by raising the front of the truck, creating additional vertical space within the wheel well. A tire with increased radius demands careful measurement to ensure no contact occurs. For example, a 35-inch tire may fit with a leveling kit, whereas a 37-inch tire may still require trimming or further modifications.
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Width and Offset Considerations
Wider tires extend outward from the hub, increasing the likelihood of contact with the fender edges or suspension arms. Wheel offset, which dictates how far the wheel sits inward or outward, plays a crucial role. A “2017 ford f350 leveling kit” alone may not resolve width-related clearance issues. Owners may need to combine the leveling kit with wheels having a different offset or consider fender flares to provide adequate coverage and prevent rubbing. A wider tire on a stock wheel may rub against the radius arms at full lock, demonstrating the importance of considering both tire and wheel specifications.
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Suspension Travel and Compression
During suspension travel, particularly during compression over bumps or off-road terrain, the available space diminishes significantly. A “2017 ford f350 leveling kit” provides static lift, but it does not inherently increase the available space during the dynamic movement of the suspension. Therefore, careful attention must be paid to the tire’s proximity to surrounding components throughout the entire range of motion. Failure to do so can lead to damage to the tires, bodywork, or suspension elements. Off-road excursions demonstrate this criticality, as increased articulation pushes the suspension to its limits.
Proper integration necessitates a holistic evaluation of the vehicle’s dynamics. The modification serves as a foundational element, yet its effectiveness hinges on meticulous planning and component selection. The harmonious blend of suspension alteration and wheel and tire specification ensures that the 2017 Ford F350 not only achieves the desired aesthetic but also maintains optimal functionality and safety under diverse operational conditions.
3. Alignment Necessity
The tale of the 2017 Ford F350 and the aftermarket modification often involves a crucial, yet sometimes overlooked, character: proper wheel alignment. This narrative begins with the installation of a leveling kit, designed to elevate the front stance and create a more aggressive profile. However, altering the factory suspension parameters inevitably disrupts the delicate balance engineered by Ford, setting the stage for potential complications. The angles that define the relationship between the wheels and the road – toe, camber, and caster – are thrown into disarray. What was once a carefully calibrated system now requires recalibration, lest the vehicle suffer the consequences.
A case in point: a recent project where a leveling kit installation on a 2017 F350 was completed without a subsequent alignment. Within a few thousand miles, the owner noticed uneven wear on the front tires, a telltale sign of misalignment. Further investigation revealed that the camber angle was significantly out of specification, causing the inside edges of the tires to bear the brunt of the vehicle’s weight. This not only necessitated premature tire replacement but also negatively impacted fuel efficiency and steering stability. The initial cost savings of skipping the alignment were quickly overshadowed by the compounding expenses and compromised driving experience. This underscores a critical point: a leveling kit adjusts ride height, but it’s the alignment that ensures the vehicle tracks straight and the tires wear evenly, maintaining optimal performance and safety.
Therefore, alignment is not merely an optional add-on; it is an indispensable step in the transformation of a 2017 Ford F350 through the application of a leveling kit. It is the process that restores equilibrium, mitigates potential damage, and safeguards the investment made in both the vehicle and the modification itself. Overlooking this crucial element jeopardizes the intended benefits of the leveling kit and introduces a cascade of unintended consequences. The story serves as a reminder: the modification is not complete until the alignment is perfect.
4. Component Selection
The narrative of a 2017 Ford F350 modified with a leveling kit is, at its heart, a story of choices. Every component selected contributes a chapter to this narrative, shaping the vehicle’s performance, aesthetics, and ultimately, its character. The components chosen become critical in defining the outcome.
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Coil Spacers vs. Replacement Springs
The tale often begins with the pivotal decision between coil spacers and replacement springs. Coil spacers, the simpler route, offer a cost-effective means of achieving lift by effectively preloading the existing springs. However, this choice can alter ride quality, potentially making it firmer. Replacement springs, on the other hand, provide an opportunity to fine-tune ride characteristics. Heavier-duty springs can accommodate increased load demands, while softer springs can improve ride comfort. An anecdote: a rancher opted for heavy-duty replacement springs when installing a leveling kit, prioritizing load-carrying capacity over ride smoothness, a decision reflecting the truck’s primary role in hauling equipment and livestock.
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Shock Absorber Compatibility
The story continues with the critical role of shock absorbers. Simply bolting on a leveling kit without addressing the shocks can lead to a harsh ride and reduced suspension travel. Extended-length shocks are often required to maintain optimal damping and prevent overextension. Consider a case where an off-road enthusiast neglected to upgrade the shocks after installing a leveling kit. During a challenging trail run, the factory shocks bottomed out repeatedly, limiting articulation and compromising vehicle control. The lesson learned: proper shock selection is paramount for both on-road comfort and off-road capability.
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Track Bar and Control Arm Considerations
As the front end rises, the axle shifts laterally, a subtle but significant consequence that can affect handling. Adjustable track bars correct this misalignment, ensuring the axle remains centered. Similarly, longer control arms can optimize suspension geometry, improving ride quality and handling. A cautionary tale involves an owner who ignored the need for an adjustable track bar. The resulting off-center axle caused the truck to “dog track” down the road, leading to premature tire wear and compromised stability. This underscores the importance of addressing not just height, but also the resulting geometrical changes.
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Brake Line and ABS Wire Extension
In some circumstances, leveling the vehicle can put a strain on the brake lines and ABS (Anti-lock Braking System) wires. Extending these components is necessary for ensuring safety on the road and off-road. Not doing this can lead to component failure at the worst possible time, potentially causing major damage. A good mechanic can identify this problem and resolve it before the vehicle leaves the shop.
In essence, the selection dictates the truck’s destiny. Will it be a comfortable daily driver, a capable off-roader, or a rugged workhorse? Each component, each choice, adds a verse to this unfolding saga. The final outcome depends entirely on the vision of the owner and the careful consideration given to the intricate interplay of these elements.
5. Installation Complexity
The saga of fitting a “2017 ford f350 leveling kit” to its intended host is not always a straightforward tale. The level of installation complexity emerges as a critical factor, determining whether the endeavor concludes with a triumphant roar or a frustrating silence. What seems on the surface as a simple alteration of ride height often veils a spectrum of mechanical challenges. From the initial loosening of stubborn factory bolts to the precise torque specifications demanded for reassembly, each step tests the installer’s skills and patience. Consider the case of a weekend mechanic, emboldened by online tutorials, who underestimated the complexities involved. He stripped a sway bar link during disassembly, adding unexpected delays and costs to the project. This incident is a stark reminder that “2017 ford f350 leveling kit” installations are not universally accessible, but vary according to experience and tool availability.
The narrative extends beyond sheer mechanical aptitude. Installation complexity also encompasses the requirement for specialized tools. A torque wrench, essential for ensuring proper fastener tightness, is not always a common item in a home garage. Similarly, a ball joint separator may be necessary to detach suspension components without causing damage. Alignment, a crucial step following the lift, demands access to sophisticated equipment typically found in professional auto shops. An illustrative example involves a seasoned technician who, despite extensive experience, encountered difficulty with a particular leveling kit design. The instructions were vague, and the provided hardware was incompatible with the truck’s factory setup, demanding ingenuity and improvisation to complete the installation successfully. Such incidents reveal that even with expertise, the quality and clarity of the leveling kit itself significantly affect the installation process.
In conclusion, the relationship between “installation complexity” and the “2017 ford f350 leveling kit” represents a potential chasm between aspiration and achievement. Underestimating the task can lead to wasted time, damaged components, and even safety compromises. While some installations may fall within the capabilities of a skilled amateur, others demand the expertise and resources of a professional. Therefore, assessing one’s mechanical abilities, understanding the specific requirements of the chosen kit, and recognizing the need for specialized tools are essential prerequisites before embarking on the adventure of modifying a 2017 Ford F350’s suspension.
6. Load Capacity
The relationship between the 2017 Ford F350’s ability to bear weight and a leveling kit installation is a critical consideration, often underestimated in the pursuit of aesthetic or off-road enhancements. It is a tale of unintended consequences, where modifying the suspension to achieve a more level stance can subtly yet significantly alter the vehicle’s engineered capacity to safely haul and tow.
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Spring Rate and Payload
The factory springs on the F350 are meticulously chosen to provide a balance between ride comfort and payload capacity. A leveling kit, particularly one that utilizes coil spacers, can effectively pre-load these springs, making them stiffer. While this may improve stability with a moderate load, it can also reduce the overall suspension travel available for absorbing bumps and distributing weight. A farmer discovered this when, after installing a leveling kit, his truck squatted more noticeably than before when loaded with hay bales. The reduced suspension travel made the ride harsher and potentially compromised the vehicle’s ability to handle sudden impacts. This demonstrates the need to understand how a leveling kit can alter the spring rate and impact payload management.
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Axle Geometry and Weight Distribution
Leveling kits can alter the front axle’s geometry, subtly shifting the weight distribution of the vehicle. While the change may seem minor, it can influence how the F350 handles under heavy loads, particularly when towing. If the front axle is raised excessively, it can reduce the weight transferred to the front tires under braking, potentially increasing stopping distances. A contractor experienced this firsthand when towing a trailer after installing a leveling kit. The truck exhibited a tendency to sway under hard braking, a direct consequence of the altered weight distribution. This highlights the importance of considering how the leveling kit affects the truck’s balance and stability, especially when carrying heavy loads or towing trailers.
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Rear Suspension Sag and Towing Capacity
Installing a front leveling kit without addressing the rear suspension can exaggerate the appearance of rear-end sag when carrying heavy loads or towing. While the leveling kit itself may not directly reduce the towing capacity, the visual impression of sag can be misleading, potentially tempting owners to exceed the safe load limits. The F350, designed as a heavy-duty truck, can become vulnerable to a dangerous amount of sag on the rear end. This may cause damage and put the life of the driver and others on the road at risk. An overlander found this to be the case when setting off on a cross-country trip with a fully loaded bed. The truck looked dangerously overloaded in the rear, prompting him to install air springs to provide additional support and maintain a level stance. This underscores the need to consider the overall effect of the leveling kit on the vehicle’s load-carrying and towing capabilities, often necessitating complementary modifications to the rear suspension.
These stories serve as cautionary tales, emphasizing the importance of informed decision-making when modifying the suspension of a 2017 Ford F350. While leveling kits offer undeniable aesthetic and functional advantages, their impact on load capacity and towing dynamics must be carefully evaluated. Addressing these concerns through careful component selection and complementary modifications is crucial to preserving the vehicle’s intended capabilities and ensuring safe operation under a variety of demanding conditions.
7. Aesthetic Enhancement
The tale of the “2017 ford f350 leveling kit” is often intertwined with the pursuit of visual appeal. The factory stance of the F350, with its deliberate forward rake, serves a practical purpose, optimizing aerodynamics and load-carrying capacity. However, to some eyes, this functional design lacks a certain visual balance. The modification, designed to raise the front of the vehicle, aims to rectify what some perceive as an aesthetic imbalance, creating a more level and commanding presence. The desire is frequently driven by a longing for a balanced silhouette, a rejection of the utilitarian in favor of a more assertive profile.
Consider the instance of a custom truck builder, whose clientele frequently requested modifications specifically for visual effect. The “2017 ford f350 leveling kit,” in his hands, became more than a mechanical adjustment; it was a tool for sculpting the truck’s visual identity. The builder would often pair the leveling kit with larger, more aggressive tires, further accentuating the newfound height and contributing to an overall impression of ruggedness and capability. The aesthetic enhancement, in these cases, was not merely a superficial change but a deliberate effort to express the owner’s personal style and aspirations through the vehicle’s appearance. The leveling kit therefore served as a crucial element in achieving a desired visual statement, transforming the truck from a functional workhorse into a personalized expression of its owner.
Thus, the appeal of the “2017 ford f350 leveling kit” extends beyond mere practicality. It is intrinsically linked to the desire for aesthetic enhancement, a yearning to transform the vehicle’s appearance and imbue it with a sense of individuality and purpose. While the functional implications of the modification are undeniable, the driving force for many owners lies in the power of visual transformation, the ability to elevate the F350 from a mere truck to a reflection of their own personal vision. The leveling kit becomes an instrument of aesthetic expression, a key element in a larger narrative of self-expression and automotive customization.
8. Aerodynamic Impact
The relationship between the “2017 ford f350 leveling kit” and aerodynamic impact is a subtle but measurable engineering compromise. The factory rake, that slight downward slope from rear to front, is not merely an aesthetic choice. It serves a critical function in managing airflow, reducing drag, and optimizing fuel efficiency. Elevating the front through a leveling kit disrupts this carefully calibrated system. The immediate consequence is an increased frontal area, creating more resistance against the oncoming air. This resistance, in turn, requires more energy to overcome, manifesting as a decrease in miles per gallon. While individual results vary based on driving habits and environmental factors, a reduction is virtually inevitable.
Consider the experiences of long-haul drivers who meticulously track fuel consumption. Many report a noticeable dip in MPG after installing a leveling kit, particularly at highway speeds. This is not a mere anecdotal observation but a tangible consequence of altered airflow dynamics. The wind, previously guided smoothly over the truck’s contours, now encounters a steeper, more abrupt front, generating turbulence and increasing drag. Some attempt to mitigate this effect by adding aftermarket air deflectors or spoilers, but these are often imperfect solutions, addressing the symptom rather than the root cause. The original design considered the whole vehicle, and altering one aspect without accounting for the interconnectedness leads to compromises. It highlights that aerodynamic impact is an inherent element to consider in the modification.
In conclusion, while the “2017 ford f350 leveling kit” offers undeniable aesthetic and functional benefits, it is essential to acknowledge its impact on aerodynamic performance. The subtle alteration of the vehicle’s profile introduces a measurable increase in drag, potentially reducing fuel efficiency. While the extent of this reduction depends on various factors, the compromise remains a critical consideration for owners seeking to balance appearance with operational economy. Understanding the trade-offs allows for a more informed decision, recognizing that the quest for a level stance may come at a slight cost to aerodynamic efficiency.
Frequently Asked Questions
The modification of a vehicle’s suspension frequently gives rise to a series of inquiries. The following aims to address common questions and misconceptions surrounding its integration with the specified truck.
Question 1: Will the installation void the factory warranty?
The specter of warranty voidance looms large for individuals considering alterations. Federal law protects consumers; a dealership cannot void a warranty simply because aftermarket parts are installed. However, if the “2017 ford f350 leveling kit” directly causes a failure of a covered component, that specific repair may not be covered. For example, if the kit’s installation leads to premature ball joint wear, the ball joint replacement may be denied. Documentation of pre-existing conditions and consultations with the service department are advisable before proceeding.
Question 2: What is the typical cost associated with its installation?
Expenditure is a significant concern. The total investment encompasses the kit’s purchase price and labor charges. Kit prices fluctuate based on quality, brand, and included components. Installation costs vary depending on the mechanic’s hourly rate and the complexity of the job. A conservative estimate ranges from a few hundred dollars to over a thousand, factoring in potential alignment requirements. Obtaining quotes from multiple reputable shops is prudent.
Question 3: How does it affect tire size options?
Increased clearance permits the installation of larger tires, but limitations persist. A “2017 ford f350 leveling kit” typically allows for tires one to two sizes larger than stock. However, factors such as wheel offset and tire width play a crucial role. Overly aggressive combinations may still necessitate trimming or fender modifications. Consulting online forums dedicated to the specified truck model provides valuable insights regarding successful tire and wheel pairings.
Question 4: Is it possible to install this component independently?
Self-installation is feasible for individuals with competent mechanical skills and access to appropriate tools. However, it is not a task to be undertaken lightly. The process involves disassembling suspension components, working with potentially dangerous spring compression, and adhering to precise torque specifications. Improper installation can lead to vehicle instability, premature wear, and safety hazards. Professional installation is recommended for those lacking experience or confidence.
Question 5: Does it negatively affect fuel economy?
Alterations to a vehicle’s suspension invariably impact aerodynamic efficiency. Raising the front end increases the frontal area, creating greater wind resistance. This typically results in a reduction in fuel economy, particularly at highway speeds. The magnitude of the reduction varies based on driving habits and environmental conditions. A decrease of one to two miles per gallon is not uncommon.
Question 6: How does it impact ride quality?
The modification’s influence on ride quality is subjective and dependent on component selection. Kits utilizing coil spacers may stiffen the ride, transmitting more road imperfections to the cabin. Replacement springs offer the opportunity to fine-tune ride characteristics, potentially improving comfort. The selection of appropriate shock absorbers is also critical. Extended-length shocks are necessary to maintain optimal damping and prevent overextension. A well-chosen and properly installed kit can maintain or even improve ride quality, while a poorly executed installation can result in a harsh and uncomfortable experience.
In summary, the integration represents a series of trade-offs. Aesthetic enhancement and increased tire clearance come at the expense of potential warranty complications, increased installation costs, reduced fuel economy, and altered ride quality. Careful consideration of these factors is essential for making an informed decision.
The following sections will delve into specific kit options available for the 2017 Ford F350.
Essential Insights
A transformation of a vehicle’s stance requires more than just bolting on parts. It necessitates forethought, precision, and a respect for the engineering principles at play. Consider these points not as mere suggestions, but as lessons learned from those who’ve walked this path before.
Tip 1: Research Extensively Before Purchase: The market offers a spectrum of kits, ranging from basic spacer lifts to comprehensive systems with replacement springs and shocks. Each offers a unique blend of performance and value. Understand the differences. Speak to fellow F350 owners. Read independent reviews. One owner, eager to save a few dollars, opted for the cheapest kit available only to discover that it severely compromised ride quality. The initial savings evaporated when he had to replace the kit with a better quality alternative. Learn from this mistake: invest in research before investing in parts.
Tip 2: Prioritize Ride Quality: Visual appeal is paramount for some, it is not the sole determinant. The installation of a coil spacer can stiffen the ride, turning daily commutes into jarring experiences. Consider replacement springs designed to maintain or improve ride comfort. One driver, after installing a leveling kit, found the truck unbearable on long journeys. A subsequent investment in upgraded shocks and softer springs restored the original ride quality, but at a significant cost. Prioritize your comfort.
Tip 3: Verify Component Compatibility: The “2017 ford f350 leveling kit” may not always integrate seamlessly with existing components. Ensure that the chosen kit is compatible with the specific trim level and options of the F350. One technician recounted a tale of a customer who ordered a kit designed for a diesel engine only to discover that it didn’t fit his gasoline-powered truck. The resulting delays and return shipping costs were entirely avoidable. Verify compatibility before ordering.
Tip 4: Invest in Professional Alignment: The installation invariably alters suspension geometry, impacting tire wear and handling. A proper wheel alignment is essential to restore optimal performance and prevent premature tire degradation. A fleet manager, overseeing a fleet of modified F350s, initially dismissed the need for alignment. Within months, the front tires on several trucks were worn unevenly, necessitating costly replacements. A post-installation alignment, though an added expense, is a long-term investment.
Tip 5: Inspect and Maintain Regularly: Suspension components are subject to wear and tear, particularly after being modified. Regularly inspect ball joints, tie rod ends, and other critical parts. One owner, after neglecting routine maintenance, experienced a catastrophic ball joint failure while driving on the highway. The resulting damage was extensive and costly. Vigilance is paramount.
Tip 6: Check Your Brake lines and ABS wires The added height and travel can put a strain on them and in some cases can be dangerous. Always check, and if needed, get new lines or have the line extended.
Tip 7: Check Load Capacity Ratings: A leveling kit can affect the load carrying ability. Be sure to get the correct setup and suspension components to compensate for the addition of a leveling kit.
Tip 8: Be Careful About Over Torquing the Suspension Components: It is common to overtighten suspension components and this can damage the suspension and also be a major safety issue. Always use a Torque Wrench and follow the torque specifications in the service manual.
These insights are not merely cautionary tales. They represent practical wisdom gleaned from experience. Heed these lessons, approach this process with respect, and the outcome will reflect the effort invested.
The next step involves transitioning from theoretical understanding to practical application. Seek guidance from experienced professionals and approach the modification with informed diligence.
The End of the Road
The preceding exploration has navigated the multifaceted landscape surrounding the “2017 ford f350 leveling kit.” From the initial aesthetic appeal to the complex interplay of suspension dynamics, tire clearances, and load-carrying capacity, a comprehensive overview has been presented. The narrative underscores that the integration extends far beyond a simple bolt-on procedure. It involves an informed understanding of trade-offs, potential consequences, and the delicate balance between form and function.
The decision to proceed with this modification should not be taken lightly. It demands a commitment to research, meticulous planning, and, potentially, the expertise of skilled professionals. The tale of each modified F350 becomes a testament to the owner’s discernment. Will the vehicle embody a harmonious blend of enhanced aesthetics and uncompromised performance? Or will it serve as a cautionary reminder of the pitfalls of uninformed modification? The choice rests with the individual, armed with the knowledge imparted herein, to write the final chapter.
