A modification package designed for the 2017 model year of a specific American sports car, these kits broaden the vehicle’s stance, often achieved by adding wider fender flares or replacement body panels. The primary visual alteration involves a significantly more aggressive and pronounced appearance, deviating from the factory specifications of the vehicle.
The appeal of these modifications stems from several factors, including aesthetics, improved handling, and increased tire clearance. A wider track can enhance stability, particularly during cornering, while the added space allows for the fitment of larger, higher-performance tires. Historically, the desire for enhanced performance and personalized aesthetics has driven the aftermarket automotive industry, leading to the development and popularity of such kits.
The subsequent sections will delve into the various styles available, the installation process, and factors to consider when selecting a suitable modification for the specified vehicle year. Furthermore, legal and practical implications, such as insurance considerations and potential fitment issues, will be addressed.
1. Aggressive Aesthetics
For the 2017 model, the decision to embrace a wide body kit is seldom a subtle one. It speaks to a desire to break free from the factory mold, to project an image that is both powerful and undeniably distinctive. This pursuit of “Aggressive Aesthetics” is a calculated choice, one that transforms a familiar silhouette into a bolder, more assertive form.
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Widened Stance: The Foundation of Transformation
The visual impact begins with the sheer width. Extended fenders, often sculpted with pronounced flares, alter the cars fundamental proportions. This widened stance is not merely cosmetic; it implies stability and power, suggesting a vehicle built for dominance. The eye is drawn to the expanded wheel arches, hinting at the performance potential lurking beneath.
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Exaggerated Lines: Sculpting a New Identity
Wide body kits frequently incorporate sharper, more angular lines compared to the original design. Aggressive side skirts, deeper front splitters, and prominent rear diffusers contribute to a sense of purposeful aggression. These modifications aren’t random additions; they’re carefully crafted elements that work in concert to redefine the car’s overall character.
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Material Choices: Reinforcing the Visual Message
The selection of materials, often fiberglass or carbon fiber, further reinforces the aggressive aesthetic. Carbon fiber, with its visible weave, signals a focus on performance and weight reduction. The choice of finish, whether glossy or matte, also plays a crucial role in shaping the car’s visual impact. A flawlessly applied paint job, often in a vibrant or menacing hue, is essential to completing the transformation.
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Wheel and Tire Selection: Completing the Image
The final piece of the puzzle lies in the selection of wheels and tires. Widened fenders demand wider wheels, often with aggressive offsets that push the wheels out to the very edge of the arches. Low-profile tires, with their minimal sidewall, contribute to the car’s performance-oriented look. The overall effect is a cohesive and impactful statement of aggressive intent.
The appeal of “Aggressive Aesthetics” in the context of these aftermarket kits is ultimately about more than just surface appearances. It’s a declaration of individuality, a visual representation of a performance-driven mindset. The modifications speak to an owner who seeks to elevate their vehicle beyond the ordinary, creating a machine that commands attention and embodies a spirit of uncompromising power.
2. Enhanced Stance
The year is 2017. An iconic American sports car, known for its power and recognizable silhouette, finds itself at a crossroads. The desire for individuality, for a visual statement that transcends the ordinary, leads many owners down a path of aftermarket modification. At the heart of this transformation lies the concept of “Enhanced Stance,” a key beneficiary of a widened body.
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Widened Track: The Foundation of Stability
A widened track, the distance between the wheels on the same axle, is a core element of enhanced stance. The modification extends the car’s footprint, lower the center of gravity. Imagine two runners, one with a narrow gait, the other with a broader, more planted stance. The wider runner inherently possesses greater stability. Similarly, a car with a widened track exhibits improved resistance to lateral forces, most notable during cornering. The extended track allows for greater load distribution across the axles and results in better cornering balance.
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Flush Fitment: A Visual Harmony
Achieving “flush fitment” is a hallmark of a well-executed stance. It entails positioning the wheels and tires so that they sit perfectly aligned with the edge of the fender, creating a seamless visual transition. This requires precise calculations of wheel offset and tire size, ensuring that the wheels do not protrude beyond the fender line. The pursuit of flush fitment is a testament to the owner’s attention to detail, resulting in a clean, cohesive aesthetic.
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Lowered Ride Height: Accentuation of Aggression
While not directly a consequence of a wide body, a lowered ride height often accompanies it. Decreasing the gap between the tire and fender amplifies the effect of the wide body, creating an even more aggressive stance. Lowering springs or adjustable coilover suspension systems are commonly employed. There are always trade-offs as the driver needs to be aware of road condition that could potentially damage the car body.
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Aggressive Wheel Offset: Expanding the Visual Field
Wheel offset, measured in millimeters, dictates the wheel’s mounting surface relative to its centerline. A negative offset pushes the wheel outward, filling the widened arches created by the kit. This is where it contributes to a more imposing stance. It visually fills the newly created space, solidifying the stance.
These elements, when harmoniously combined, contribute to an enhanced stance that transforms the car into a visual masterpiece. Its a manifestation of performance and the essence of automotive personalization.
3. Wider Tire Accommodation
The narrative of the 2017 model augmented with a wide body kit is, in part, a story of aspiration. It begins with a desire: the yearning for increased performance, a longing to harness more of the engine’s raw power and translate it into tangible gains on the road or track. This quest inevitably leads to the crucial element of wider tire accommodation. The factory wheel wells, constrained by design and regulatory considerations, become a limiting factor. They cannot physically house the larger, more aggressive tires necessary to fully exploit the vehicle’s potential. Here, the wide body kit enters the equation, not merely as an aesthetic enhancement, but as an enabling technology, extending the boundaries of what is physically possible.
The relationship between these kits and broader tire fitment is a symbiotic one, each contingent upon the other. The widened fenders create space where none existed before, allowing for tires with increased width and diameter. This translates to a larger contact patch, the area of the tire in direct contact with the road surface. The benefits are manifold: improved grip during acceleration, braking, and cornering; reduced wheel spin; and enhanced stability at high speeds. Consider, for example, a driver participating in a track day. The ability to run wider, stickier tires can shave seconds off lap times, transforming a competitive machine into a truly dominant force. On public roads, the enhanced grip translates to increased confidence and control, particularly in challenging weather conditions. The kit also enables running wider wheels with lower offset. This changes the scrub radius which improves steering and handling.
The challenge lies in selecting the correct tire and wheel combination. Simply bolting on the widest possible tire is not a solution. Factors such as tire compound, sidewall stiffness, and overall diameter must be carefully considered to optimize performance and maintain vehicle balance. Furthermore, the altered geometry can introduce new stresses on the suspension components, necessitating upgrades to ensure reliability and longevity. While the modified body enables it, the responsibility falls on the installer. In summation, the inclusion of these kits is a facilitator, unlocking access to a realm of tire options previously unattainable. The true potential, however, is only realized through careful planning, informed decision-making, and a commitment to holistic vehicle optimization.
4. Performance Potential
The 2017 model, a vehicle already imbued with considerable power, presents an intriguing canvas for automotive enhancement. The addition of a wide body kit transcends mere aesthetics; it opens a gateway to realizing greater performance potential. The causal link is evident: the expanded dimensions afforded by the kit allow for wider wheels and tires, directly impacting grip and handling. This, in turn, allows for a more effective translation of horsepower to the pavement. The wide body thus becomes a crucial component, enabling a more complete realization of the vehicle’s inherent capabilities. Consider, as an example, a scenario where a driver finds the stock tires breaking traction under hard acceleration. The solution may lie not solely in engine modifications, but in increasing the contact patch of the tires. A wide body provides the necessary clearance for wider tires, mitigating wheel spin and improving acceleration times.
The practical significance of understanding this connection extends beyond simply achieving faster lap times. It also encompasses improved braking performance and increased stability during cornering. The ability to fit larger brake rotors, for instance, becomes more viable with the increased wheel diameter made possible by the kit. This synergistic effect between the wide body, wider tires, and upgraded braking components elevates the overall performance envelope of the vehicle. Furthermore, aerodynamic considerations often factor into the design of these kits. Many incorporate integrated splitters and diffusers that generate downforce, further enhancing stability and grip at higher speeds. This is observed especially on road courses, where the aerodynamic benefits could lead to reduced lap times.
The journey to maximize performance potential through a wide body is not without its challenges. Careful consideration must be given to suspension tuning, wheel offset, and overall vehicle balance. The addition of wider tires can alter the car’s handling characteristics, potentially introducing unwanted understeer or oversteer. A professional alignment and, in some cases, suspension upgrades may be necessary to maintain optimal handling. Despite these challenges, the potential rewards are significant. By strategically integrating a wide body kit, owners can unlock a new level of performance, transforming a capable sports car into a truly formidable machine.
5. Material Composition
The story of a 2017 vehicle adorned with widened bodywork begins not with aesthetics, but with the fundamental elements that constitute its form: the materials themselves. The choice of materials is more than just a technical specification; it is a foundational decision that dictates the kit’s durability, weight, and ultimately, its impact on the vehicle’s performance and overall character. The consequences of this decision ripple outwards, affecting everything from the ease of installation to the long-term maintenance requirements. Imagine two vehicles, each fitted with a similar wide body design. One constructed from high-quality carbon fiber, the other from budget fiberglass. The former boasts exceptional strength-to-weight ratio, minimizing the added mass and preserving the vehicle’s agility. The latter, while more affordable, sacrifices durability and may introduce undesirable flex or distortion over time.
The most commonly encountered materials include fiberglass, polyurethane, and carbon fiber. Fiberglass, prized for its affordability and ease of repair, represents an entry-level option. Polyurethane offers greater flexibility and impact resistance, making it suitable for street-driven vehicles that may encounter road debris or minor collisions. Carbon fiber, with its distinctive weave pattern and unparalleled strength-to-weight ratio, occupies the premium end of the spectrum. However, carbon fiber construction is more complex, requiring specialized skills and equipment, resulting in a higher price point. Furthermore, the integration of materials within a single kit is also a key point. A design could incorporate carbon fiber for high-stress areas and fiberglass for less critical panels, thus achieving a compromise between performance and cost.
The interplay between material composition and the wider objectives of the vehicle modification is paramount. Selecting materials that align with intended use and performance goals is important. Challenges remain, including the cost of high-end materials and the potential for fitment issues due to manufacturing tolerances. Despite these hurdles, the understanding of material properties provides a path towards informed decision-making. It allows an enthusiast to modify their vehicle while ensuring structural integrity and long-term value.
6. Installation Complexity
The allure of a “mustang wide body kit 2017” often overshadows a critical reality: the substantial complexity inherent in its installation. What appears a transformative upgrade can quickly devolve into a frustrating and expensive endeavor if the intricacies of the process are underestimated. This complexity stems from the inherent differences between mass-produced factory components and aftermarket modifications, which rarely offer the same level of precision fitment. The challenges encountered during installation are not merely academic; they directly impact the final appearance, structural integrity, and overall performance of the modified vehicle.
Consider, for instance, the process of bonding widened fenders to the original body panels. This requires meticulous preparation, including precise cutting, trimming, and sanding to achieve a seamless transition. Any deviation from this precision can result in unsightly gaps, misaligned body lines, or even structural weaknesses. The use of specialized adhesives and bonding agents is also crucial, as improper application can lead to premature failure or corrosion. Furthermore, many kits necessitate modifications to existing components, such as relocating wiring harnesses, fuel lines, or even suspension mounts. These alterations demand a thorough understanding of automotive systems and the potential consequences of altering them. A botched installation can compromise safety and reliability. Take as an example the issue of wheel well liners. A wide body kit creates a larger wheel well space, which requires custom fabrication. This process not only needs precision, but also knowledge of how the wheel moves during normal operations.
Successfully navigating the complexities of installation requires a combination of specialized tools, technical expertise, and unwavering attention to detail. It is a task best left to experienced professionals who possess the skills and equipment necessary to ensure a proper fit and finish. The importance of professional installation cannot be overstated; it is an investment in the long-term value and safety of the modified vehicle. While the visual appeal of a widened stance is undeniable, the true measure of a successful transformation lies in the precision and expertise with which it is executed. The wide body modifications are rarely direct bolt-ons, and the installer needs the experience to realize the full design intent.
7. Aerodynamic Impact
The story of any vehicle is, in part, a story of its interaction with the air. A 2017 model, even in its factory configuration, is shaped by the invisible forces of fluid dynamics. The addition of a wide body kit amplifies this interaction, dramatically altering the way air flows around and over the vehicle. This alteration, known as aerodynamic impact, is not merely a side effect; it’s a fundamental consequence that can either enhance or detract from the car’s performance and stability.
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Downforce Generation: Planting the Car to the Ground
Downforce, the vertical force that presses the car towards the road surface, is a cornerstone of high-performance aerodynamics. A well-designed wide body kit can incorporate elements such as front splitters, side skirts, and rear diffusers, all carefully sculpted to manipulate airflow and generate downforce. Imagine a race car cornering at high speed; the downforce generated by its aerodynamic package is what allows it to maintain grip and stability, preventing it from sliding off the track. On a road car, even at legal speeds, downforce can improve handling and reduce the risk of lift, particularly in windy conditions. This is achieved through inverted airfoils built into the body kit.
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Drag Reduction: Slicing Through the Air
While downforce is essential for cornering, drag, the force that resists the car’s forward motion, must be minimized to achieve optimal straight-line speed and fuel efficiency. A poorly designed wide body kit can actually increase drag, negating any potential gains in downforce. A well-engineered kit, however, can streamline the car’s profile, reducing turbulence and allowing it to slice through the air more efficiently. Careful attention to detail, such as smoothing out sharp edges and optimizing the angle of attack of aerodynamic elements, is crucial for achieving drag reduction. Gaps and poorly fit body pieces will create drag.
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Airflow Management: Channeling the Wind
Effective aerodynamic design is not simply about adding wings and spoilers; it’s about carefully managing the flow of air around the entire vehicle. A wide body kit can be used to channel air to specific areas, such as the brakes for cooling or the engine compartment for ventilation. Side skirts, for example, can prevent air from flowing underneath the car, reducing lift and improving stability. Airflow management is a holistic approach, requiring a deep understanding of how each component interacts with the others. Brake cooling ducts are a good example of this.
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Vortex Generation: A Double-Edged Sword
Vortices, swirling masses of air, are a natural byproduct of aerodynamic elements. While they can be harnessed to generate downforce or reduce drag, they can also create turbulence and instability if not properly controlled. A wide body kit can be designed to generate specific vortices, such as those that form behind the rear diffuser, which can help to pull air out from underneath the car and increase downforce. The creation of vortices also increases drag, so the designer needs to balance performance to achieve optimal numbers.
The “aerodynamic impact” of adding aftermarket body parts to any car, especially the “mustang wide body kit 2017”, is complex. It is a delicate balance between downforce, drag, and airflow management. A poorly designed or improperly installed kit can actually detract from the vehicle’s performance, while a well-engineered kit can transform it into a truly formidable machine. The aftermarket parts require knowledge of aerodynamics, and the impact should be known before installing the new parts.
8. Cost Implications
The pursuit of automotive individuality, particularly the desire to outfit a 2017 model with widened bodywork, invariably encounters the stark realities of fiscal responsibility. The initial attraction to an aggressive stance and enhanced performance quickly collides with the multifaceted expenses inherent in such a transformation. The ultimate expenditure extends far beyond the purchase price of the body kit itself.
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The Price of Entry: Kit Acquisition
The initial outlay for the wide body kit serves as the starting point, not the totality, of the financial commitment. Kit prices fluctuate considerably based on material composition, manufacturing precision, and brand reputation. A basic fiberglass kit might present an enticingly low entry point, while a meticulously crafted carbon fiber ensemble commands a substantially higher premium. However, the purchase price often belies the true cost, as lower-priced kits may necessitate extensive modifications and repairs to achieve proper fitment.
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The Laborious Task: Installation Expenses
The installation process represents a significant cost variable. While a technically inclined owner might attempt a self-installation, the inherent complexities often necessitate professional intervention. Body shops skilled in aftermarket modifications command hourly rates reflective of their expertise, and the labor hours required for a wide body installation can quickly accumulate. Cutting, welding, and meticulous bodywork are often essential, and any unforeseen complications will invariably inflate the final bill.
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The Supporting Cast: Ancillary Modifications
A wide body installation rarely exists in isolation. The widened fenders necessitate wider wheels and tires, further escalating the overall expenditure. Suspension adjustments, such as lowering springs or coilover systems, may be required to achieve the desired stance and handling characteristics. Brake upgrades may become necessary to maintain adequate stopping power with the increased grip afforded by wider tires. These ancillary modifications, while often overlooked in the initial planning stages, contribute substantially to the total cost.
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The Long View: Maintenance and Repair
The long-term ownership of a modified vehicle introduces new maintenance and repair considerations. Custom bodywork may be more susceptible to damage from road debris or minor collisions, and repairs can be more complex and costly than those for factory-installed components. Furthermore, the altered vehicle dynamics may accelerate wear and tear on suspension components, necessitating more frequent maintenance intervals. Insurance premiums may also increase to reflect the enhanced value and perceived risk associated with the modified vehicle.
The endeavor to augment a 2017 model with widened bodywork is an undertaking of considerable financial scope. While the allure of an aggressive aesthetic and enhanced performance is undeniable, a pragmatic assessment of the “Cost Implications” is essential. Only through a comprehensive understanding of the acquisition, installation, ancillary modifications, and long-term maintenance expenses can one make an informed decision and avoid the pitfalls of unanticipated costs.
9. Vehicle Resale
The trajectory of any automobile invariably leads to a future transaction, a transfer of ownership dictated by evolving needs and desires. The question of “Vehicle Resale”, therefore, looms large in the minds of owners contemplating significant modifications, especially the installation of a “mustang wide body kit 2017.” This decision, while potentially enhancing the vehicle’s aesthetics and performance, introduces complexities that can profoundly affect its subsequent market value.
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The Specter of “Taste”: A Highly Subjective Valuation
Automotive modifications, particularly those as visually arresting as a widened body, inject a heavy dose of personal taste into the equation. What one individual perceives as an enhancement, another may view as a detraction. The pool of potential buyers shrinks as the modifications become more extreme, limiting the vehicle’s appeal to a niche market that shares the owner’s particular aesthetic sensibilities. The challenge, then, lies in predicting future trends and catering to a potentially limited audience. The inherent subjectivity makes it difficult to objectively assess the impact on resale value, rendering traditional valuation methods less reliable.
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The “Return to Stock” Dilemma: A Costly Transition
Recognizing the potential impact on resale, some owners consider reverting the vehicle to its original factory configuration before offering it for sale. This “Return to Stock” strategy, however, entails significant costs and labor. Removing the wide body kit, repairing any associated body damage, and sourcing original parts can quickly erode any perceived gains in resale value. Furthermore, the effort required to restore the vehicle to its original condition may outweigh the potential benefits, leaving the owner with a depreciated asset and a lingering sense of financial regret.
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The “Modified Market”: A Double-Edged Sword
A specialized market exists for modified vehicles, catering to enthusiasts who actively seek out unique and personalized machines. However, navigating this market requires a nuanced understanding of its dynamics. The key lies in accurately assessing the quality and craftsmanship of the modifications, as well as the reputation of the installer. A poorly executed wide body installation, characterized by uneven panel gaps or subpar paintwork, will deter even the most ardent enthusiasts. Conversely, a meticulously crafted modification, backed by verifiable documentation and performed by a reputable shop, may command a premium within this niche market.
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The “Perception of Risk”: A Lingering Uncertainty
Even in the absence of demonstrable flaws, the mere presence of aftermarket modifications can introduce a “Perception of Risk” in the minds of potential buyers. Questions arise regarding the quality of the installation, the potential for hidden damage, and the overall reliability of the vehicle. Concerns about the long-term durability of the modifications and the potential for increased maintenance costs can further dampen buyer enthusiasm. Overcoming this perception requires transparency, detailed documentation, and a willingness to address any concerns openly and honestly.
The decision to install a “mustang wide body kit 2017” is an exercise in balancing present desires with future implications. While the immediate gratification of an enhanced aesthetic and improved performance may be compelling, a careful consideration of the potential impact on “Vehicle Resale” is essential. Only through a pragmatic assessment of the subjective nature of taste, the costs associated with reverting to stock, the nuances of the modified market, and the lingering perception of risk can one make an informed decision and mitigate the potential financial consequences.
Frequently Asked Questions About the 2017 Mustang Wide Body Kit
The transformative power of a wide body kit on a 2017 Mustang is undeniable. But a journey into this realm of automotive customization inevitably raises questions. Let us address some of the most common concerns that arise when considering such a dramatic modification.
Question 1: Will a wide body kit void the factory warranty on a 2017 Mustang?
The specter of warranty implications looms large for any vehicle modification. In general, the installation of a wide body kit does not automatically void the entire factory warranty. However, any damage or failure directly attributable to the kit or its installation will likely not be covered. A warped panel that occurs because of the fitment of a wide body kit may not be covered, for example. Careful consideration and documentation are crucial to navigate these potential warranty challenges.
Question 2: What is the average cost to professionally install a wide body kit on a 2017 Mustang?
Estimating the cost of professional installation proves difficult due to variations in labor rates and the complexity of the specific kit. An investment of several thousand dollars is a reasonable expectation. Complicated kits may necessitate additional costs. Securing multiple quotes from reputable body shops is essential to establish a realistic budget.
Question 3: Are there legal restrictions on wide body kits for street use?
Legality varies considerably depending on location. Many regions have regulations regarding vehicle width, tire coverage, and the protrusion of body panels. Consulting local laws and regulations is imperative to ensure compliance. Modifications that obstruct visibility or create a safety hazard are likely to be prohibited. Check with local authorities before installing.
Question 4: Will a wide body kit negatively affect the 2017 Mustang’s fuel economy?
Aerodynamic alterations introduced by a wide body kit can influence fuel consumption. Increased width and drag may lead to a noticeable decrease in miles per gallon, particularly at higher speeds. The impact will depend on the design of the kit and driving habits.
Question 5: What modifications should also be considered when installing a wide body kit?
A widened stance necessitates complementary modifications. Upgraded wheels and tires are essential to fill the expanded wheel wells. Suspension adjustments may be required to optimize handling and aesthetics. Brake upgrades should be considered to maintain adequate stopping power. The need for these adjustments should be considered during the planning stages.
Question 6: How does a wide body kit impact insurance costs for a 2017 Mustang?
The presence of aftermarket modifications can affect insurance premiums. Informing the insurance provider of the modifications is crucial to ensure adequate coverage in the event of an accident. Failure to disclose modifications could result in a denied claim. Expect higher premiums from increased vehicle value and repair complexity.
These FAQs offer a glimpse into the multifaceted considerations surrounding a wide body transformation. Informed decision-making is paramount to navigate the complexities and ensure a successful outcome.
The ensuing sections will delve into real-world case studies and showcase exemplary examples of wide body builds.
Navigating the Labyrinth
The dream takes hold: a vision of a 2017 model, transformed, standing apart from the legions of its brethren. The siren song of widened arches, promising enhanced performance and an undeniably aggressive aesthetic, lures many into the realm of aftermarket modification. The unwary, however, often find themselves lost in a labyrinth of choices, costs, and compromises. Heed these tips, learned from the hard-won experiences of those who have walked this path before.
Tip 1: Seek Counsel from the Oracles of Metal. Do not venture into this realm alone. Consult with experienced body shops, fabricators, and fellow enthusiasts who possess firsthand knowledge of the challenges and triumphs associated with wide body installations. Their insights, gleaned from years of trial and error, can prevent costly mistakes and guide the selection of appropriate kits and installation techniques. Engage with online communities, attend car shows, and absorb the wisdom of those who have successfully navigated this territory.
Tip 2: The Kit is But a Starting Point. The advertised price of a wide body kit represents merely the tip of the iceberg. Prepare for a cascade of ancillary expenses: professional installation, custom paintwork, widened wheels and tires, suspension adjustments, and potential brake upgrades. The true cost often exceeds initial estimates by a significant margin. Establish a realistic budget, factoring in potential contingencies, and resist the temptation to cut corners on quality. The consequences of skimping on essential components will manifest in the form of compromised performance, diminished aesthetics, and long-term regret.
Tip 3: The Fitment Gods Demand Precision. The harmonious integration of aftermarket components hinges upon meticulous attention to detail. Ensure that the chosen wide body kit is specifically designed for the 2017 model, and verify the quality of its construction. A poorly fitting kit, plagued by uneven panel gaps or structural weaknesses, will detract from the vehicle’s appearance and compromise its integrity. Prioritize precision over expediency, and insist on a professional installation that adheres to the highest standards of craftsmanship. The smallest imperfection can amplify into a glaring flaw.
Tip 4: Consider the Whispers of the Wind. A wide body kit is not merely an aesthetic flourish; it fundamentally alters the vehicle’s aerodynamic profile. Understand the potential impact on downforce, drag, and overall stability. Consult with experts on aerodynamic optimization, and consider incorporating complementary modifications, such as front splitters and rear diffusers, to maximize performance gains. The indiscriminate addition of body panels can disrupt airflow and compromise handling, negating any potential benefits. Road course testing is always recommended.
Tip 5: The Mirror of Resale Reflects Reality. Modifications, however personal, inevitably influence the vehicle’s future value. Recognize that a widened body, while appealing to a specific niche, may limit the pool of potential buyers. Document the entire modification process meticulously, preserving receipts and photographs to showcase the quality of the work. Consider the potential for reverting the vehicle to its original configuration before sale, and factor in the associated costs. The pursuit of individuality must be tempered by the pragmatism of future transactions.
Tip 6: Check with the Insurance Provider to know the costs associated. Make sure your insurance covers all aftermarket parts installed in the vehicle. You want to have the car in good shape should an incident arise. Failure to do so may lead to denial of claims.
The journey into the realm of wide body modifications is fraught with peril, but the rewards can be significant. By heeding these tips, learned from the collective wisdom of those who have traversed this path before, one can navigate the labyrinth with confidence and emerge victorious, possessing a 2017 model that is both visually stunning and dynamically superior.
The path ahead is clear. The subsequent sections will explore real-world case studies, showcasing both the triumphs and tribulations of those who dared to transform their rides.
The Echo of Transformation
The exploration of the “mustang wide body kit 2017” reveals a multifaceted undertaking. It is not merely the addition of widened panels, but a comprehensive alteration touching upon aesthetics, performance, cost, and long-term value. The journey involves navigating complex choices, from material selection and installation techniques to aerodynamic considerations and resale implications. Success hinges on meticulous planning, informed decision-making, and an unwavering commitment to quality.
The decision to embrace such a transformation is a personal one, driven by a desire for individuality and enhanced performance. However, it is a decision that demands careful consideration, a weighing of the potential rewards against the inherent risks. The echo of this transformation will resonate long after the final bolt is tightened, shaping not only the vehicle’s appearance but also its performance, its value, and ultimately, its place in the automotive narrative. Proceed with knowledge, proceed with caution, and proceed with a clear understanding of the path ahead.
