A modification package designed to increase the ground clearance of a specific vehicle model from a particular model year. This aftermarket equipment generally includes components such as spacers or replacement springs and shocks, intended to elevate the vehicle’s body relative to its axles. As an example, this type of kit may be installed to allow for larger tires or improved off-road performance.
The implementation of this modification offers several advantages, including enhanced capability on uneven terrain and a more aggressive visual aesthetic. Historically, such alterations were predominantly sought by off-road enthusiasts. However, they have gained popularity among drivers desiring improved visibility and a distinctive appearance for their vehicles. The availability and variety of these kits have expanded to meet this growing demand.
The following sections will examine crucial considerations related to this type of vehicle modification, including installation procedures, potential impacts on vehicle dynamics and safety, and regulatory compliance aspects. Careful assessment of these factors is essential before proceeding with the installation to ensure optimal performance and adherence to applicable laws.
1. Ride Quality
The essence of automotive experience resides not merely in destination, but also in the journey itself. For the driver contemplating modifications to a specific 2017 model year vehicle through suspension alterations, the maintenance, or even enhancement, of ride quality stands as a paramount concern. These systems’ influence over damping, suspension travel, and overall vehicle composure profoundly affects the daily driving experience.
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Spring Rate Alteration
The rate at which a spring compresses under load directly correlates with the firmness or softness of the ride. Employing stiffer springs, often a component of such kits, translates to a more rigid experience. While this can improve handling and reduce body roll, particularly during off-road maneuvers, it may also transmit more road imperfections directly to the cabin, diminishing comfort during everyday use. A balance must be struck that aligns with the intended application of the vehicle.
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Shock Absorber Damping
Shock absorbers control the movement of the springs, preventing excessive bouncing and maintaining tire contact with the road surface. Upgrading shock absorbers, or utilizing longer travel units within the lift system, can significantly impact ride comfort. A properly damped system absorbs bumps and irregularities, providing a smooth and controlled feel. In contrast, inadequate damping can result in a bouncy or jarring ride, undermining overall refinement.
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Suspension Geometry Changes
Altering the suspension height influences the angles of the control arms, axles, and other components. This can lead to changes in handling characteristics, such as increased body roll or altered steering response. Moreover, extreme angles can introduce bump steer, where the vehicle steers slightly as the suspension moves up and down. Careful attention to geometry correction, using components like adjustable control arms or drop brackets, is essential to preserve predictable and comfortable handling.
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Tire Size and Pressure
While not directly part of the modification kit itself, the selection of larger tires often accompanies a suspension lift. Tire size and pressure exert a considerable influence on ride comfort. Larger tires can absorb more road imperfections, improving comfort on rough surfaces. However, overinflated tires can transmit more vibrations and harshness to the cabin. Optimizing tire pressure is crucial for achieving the desired balance between ride comfort and handling performance.
The selection and installation of a suspension alteration represent a delicate compromise between enhanced off-road capability, aesthetic appeal, and the preservation of acceptable ride comfort. Prudent consideration of spring rates, damping characteristics, suspension geometry, and tire selection ensures that the resulting vehicle remains both capable and enjoyable to drive. A decision not to acknowledge the influence of these parameters can result in a driving experience that is significantly less refined, detracting from the overall ownership experience.
2. Ground Clearance
Ground clearance, in the context of automotive modification, represents the vertical distance between the lowest point of the vehicle’s chassis and the supporting surface. For owners of a 2017 Subaru Crosstrek, this measurement often becomes a focal point when considering the vehicle’s suitability for diverse terrains. The factory-specified ground clearance, while adequate for typical on-road driving, may prove limiting when encountering obstacles such as rocks, uneven trails, or deep snow. This limitation is where the relevance of suspension alteration becomes evident. The primary and often most compelling reason for installing this type of enhancement is to directly increase this crucial measurement, thereby enabling the vehicle to navigate more challenging environments.
The consequences of insufficient ground clearance can range from minor inconveniences to significant damage. A scraping undercarriage can damage sensitive components like exhaust systems, fuel tanks, or even the engine oil pan. Consider a scenario where a driver, emboldened by the perceived off-road capabilities of their Crosstrek, attempts to traverse a moderately rocky trail. Without sufficient clearance, the undercarriage may repeatedly strike the rocks, leading to costly repairs. Conversely, a Crosstrek equipped with a properly engineered lift kit offers a buffer, allowing it to clear those same obstacles with relative ease. The increase in clearance translates directly into expanded possibilities for exploration and improved protection for the vehicle’s vital systems.
Ultimately, the decision to augment ground clearance through suspension alterations represents a strategic investment in the vehicle’s versatility and longevity. It is not merely an aesthetic modification, but a functional enhancement that directly addresses the limitations imposed by the factory configuration. While careful consideration must be given to factors such as ride quality and handling, the increase in ground clearance undeniably expands the operational envelope of the 2017 Subaru Crosstrek, empowering drivers to confidently tackle a broader range of driving conditions. This elevated capability provides a significant advantage, safeguarding against potential damage and unlocking new avenues for adventure.
3. Installation Complexity
The allure of enhanced ground clearance and a more assertive stance often leads owners of the 2017 Subaru Crosstrek to consider aftermarket suspension alterations. However, the journey from aspiration to realization is frequently paved with challenges directly linked to the inherent complexity of installation. What may appear as a straightforward bolting-on of new components can quickly devolve into a multifaceted undertaking requiring specialized knowledge, tools, and a significant time commitment. A seemingly simple decision transforms into a practical test of mechanical aptitude.
Consider, for instance, the replacement of factory struts with longer, lifted units. While the removal and installation of struts is a task familiar to many seasoned mechanics, the altered geometry introduced by the lift kit necessitates careful attention to detail. Improperly torqued fasteners can lead to premature component wear or, worse, catastrophic failure. The increased stress on drivetrain components, resulting from the change in ride height, demands meticulous inspection and potential reinforcement. Alignments, a critical final step, often require specialized equipment and expertise to ensure proper tracking and tire wear. Ignoring these intricacies can transform the desired enhancement into a source of constant mechanical problems and compromised safety.
The installation of a suspension alteration is not merely a mechanical exercise; it is a careful orchestration of engineering principles and practical skills. The successful integration of a modification hinges on a thorough understanding of the vehicle’s suspension system and the potential ramifications of altering its design. While the promise of improved off-road capability is enticing, prospective installers must honestly assess their skills and resources. If the project’s scope exceeds their abilities, enlisting the services of a qualified professional is a prudent investment. The long-term benefits of a correctly installed modification far outweigh the perceived savings of a poorly executed DIY attempt.
4. Component Compatibility
The pursuit of enhanced off-road capability and distinctive aesthetics for a 2017 Subaru Crosstrek frequently begins with the selection of a lift system. However, the path to a successful transformation is not merely about acquiring the lift components themselves, but hinges critically on the principle of component compatibility. Neglecting this vital aspect can transform a promising upgrade into a cascade of mechanical issues and compromised performance. Component harmony will dictate the functionality of the upgrade.
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Strut and Spring Matching
The foundational elements of a lift systemstruts and springsmust exhibit a carefully calibrated relationship. A mismatched pair, where the spring rate is either too high or too low for the damping characteristics of the strut, manifests as either an overly harsh or excessively bouncy ride. Picture a scenario where stiffer springs are paired with stock struts; the vehicle will exhibit a jarring response to every road imperfection, negating the intended benefit of improved ground clearance. Conversely, excessively soft springs matched with performance struts could cause the suspension to bottom out frequently. Therefore, opting for a matched strut and spring combination is vital to ensure stable suspension and handling.
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Driveshaft Angle Considerations
Increasing the ride height of a Crosstrek alters the angles of the driveshafts, potentially exceeding their operational limits. Excessive angles can lead to premature wear and eventual failure of the universal joints (U-joints) or constant velocity (CV) joints. Imagine a driver, blissfully unaware of this critical detail, engaging four-wheel drive on a challenging trail. The increased stress on the driveshafts, compounded by the altered angles, could result in a catastrophic failure, leaving the vehicle stranded. To mitigate this risk, it is sometimes necessary to install driveshaft spacers or replace the driveshafts altogether with longer, more robust units designed to accommodate the new suspension geometry.
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Brake Line Length
A lift system increases the distance between the chassis and the axles, consequently stretching the brake lines. If the factory brake lines lack sufficient slack, they can become taut, restricting brake fluid flow and compromising braking performance. In an emergency braking situation, a stretched brake line could even rupture, resulting in a complete loss of braking power. Extended brake lines, specifically designed for lifted vehicles, are an essential component of a safe and reliable lift system, ensuring adequate brake line length throughout the suspension’s range of motion.
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Wheel Offset and Tire Clearance
While the suspension modification provides the vertical lift, the subsequent fitment of larger tires often accompanies the upgrade to fully realize the aesthetic and functional benefits. Larger tires, however, can introduce clearance issues, rubbing against the fenders, suspension components, or even the frame. Incorrect wheel offset exacerbates these problems, pushing the tires further outward or inward. Consequently, careful consideration must be given to wheel offset and tire size to ensure adequate clearance and prevent damage to the tires or vehicle. Trimming fenders or installing wheel spacers may become necessary to achieve the desired fitment without compromising safety or performance.
In essence, the successful implementation of a suspension modification for the 2017 Subaru Crosstrek is not merely a matter of bolting on new parts, but rather a holistic integration of compatible components. Each element, from struts and springs to driveshafts and brake lines, must function harmoniously to achieve the desired outcome without compromising safety, reliability, or ride quality. A failure to recognize and address component compatibility can transform a promising upgrade into an expensive and frustrating experience.
5. Aesthetic Impact
The transformation of a 2017 Subaru Crosstrek through the installation of a lift kit transcends mere mechanical alterations. It is, in many respects, a deliberate act of visual recalibration, where the vehicle’s stance, proportions, and overall presence undergo a pronounced shift. This aesthetic impact, far from being a superficial consideration, constitutes a significant driving force behind the decision to modify the vehicle in the first place. The lift kit becomes a tool, not solely for off-road prowess, but for expressing individuality and achieving a desired aesthetic.
Imagine a Crosstrek, fresh from the factory, parked amidst a sea of similar vehicles. Its lines are familiar, its ride height conventional. Now envision the same Crosstrek, elevated by a carefully chosen suspension enhancement. The increased ground clearance imbues it with a more assertive, capable demeanor. Larger tires, often a complementary addition, fill the wheel wells, further accentuating the vehicle’s newfound ruggedness. The aesthetic impact is undeniable; the Crosstrek no longer blends into the background, but commands attention, projecting an image of adventure and individuality. This transformation is the result of the “Aesthetic Impact” which is not just about raising the vehicle but it also about defining its presence and signaling its purpose.
However, the success of this visual recalibration hinges on a delicate balance. The modification must complement the Crosstrek’s inherent design language, avoiding a jarring or disproportionate appearance. A poorly chosen lift kit, resulting in excessive height or mismatched tire size, can detract from the vehicle’s overall aesthetic appeal, rendering it awkward and ungainly. Therefore, careful consideration must be given to the kit’s design, the tire selection, and the overall proportionality to ensure that the aesthetic impact is both positive and enduring, thus harmonizing purpose with the vehicle’s visual identity, projecting a statement of refined ruggedness.
6. Off-Road Performance
The allure of venturing beyond paved surfaces represents a primal draw for many drivers. For owners of a 2017 Subaru Crosstrek, this desire often necessitates a reevaluation of the vehicle’s factory-specified capabilities. While the Crosstrek boasts a commendable all-wheel-drive system, its inherent limitations, particularly in terms of ground clearance and suspension travel, can restrict its performance in more demanding off-road scenarios. The installation of a lift kit, therefore, becomes a tangible means of bridging the gap between aspiration and reality, directly enhancing the vehicle’s potential for tackling challenging terrain.
Consider a scenario involving a group of Crosstrek owners embarking on a weekend excursion to a remote mountain trail. The initial segment of the trail, consisting of packed dirt and gentle inclines, presents no significant challenge. However, as the trail progresses, it deteriorates into a rocky, rutted path, punctuated by deep water crossings. Here, the benefits of enhanced ground clearance become immediately apparent. A Crosstrek equipped with a lift kit is able to navigate these obstacles with greater ease, its undercarriage less susceptible to scraping and damage. The increased suspension travel allows the wheels to maintain better contact with the uneven terrain, providing improved traction and control. In contrast, a stock Crosstrek may struggle, its lower ground clearance causing it to become snagged on rocks, its limited suspension travel hindering its ability to maintain consistent traction. The outcome is a stark illustration of the practical advantages conferred by the modification.
Ultimately, the connection between a 2017 Subaru Crosstrek and off-road performance resides in its ability to negotiate challenging terrain. The addition is not merely an aesthetic statement but also a practical upgrade. It mitigates the risk of undercarriage damage, increases traction and control, and instills a greater sense of confidence in the driver. While other factors, such as tire selection and driving technique, also play crucial roles, the increase in ground clearance and suspension travel afforded by the system represents a fundamental enhancement, unlocking new levels of off-road potential and empowering drivers to explore previously inaccessible environments. It is, therefore, a tangible investment in the vehicle’s versatility and the driver’s ability to confidently embrace the call of the wild.
Frequently Asked Questions
This section addresses common inquiries regarding modifications for a specific vehicle model and year, focusing on concerns and misconceptions that often arise during the decision-making process.
Question 1: Will modifying my 2017 Subaru Crosstrek’s suspension void the factory warranty?
The specter of warranty invalidation looms large for vehicle owners considering aftermarket modifications. The reality is nuanced. While a modification itself does not automatically void the entire warranty, any damage directly attributable to the modification will likely not be covered. Imagine, for instance, that following the installation, a wheel bearing fails prematurely. If it can be demonstrated that the installation increased stress on the wheel bearings, the warranty claim may be denied. It’s therefore imperative to understand the potential ramifications and to carefully document the installation process.
Question 2: How significantly will installing a 2-inch kit affect fuel economy?
The question of fuel economy often arises when considering alterations. Elevating the vehicle increases its aerodynamic drag, requiring more energy to maintain a given speed. Furthermore, the installation often necessitates larger, heavier tires, which further contribute to increased rolling resistance. The combined effect typically results in a noticeable, though not necessarily drastic, decrease in fuel economy. While individual results may vary, anticipate a reduction of approximately 1-3 miles per gallon. It is a trade-off between enhanced capability and operating costs.
Question 3: Can these kits be installed at home, or is professional installation mandatory?
The feasibility of a do-it-yourself installation hinges on the installer’s mechanical aptitude and the availability of appropriate tools. While some individuals possess the skills and resources to successfully complete the installation, others may find the process daunting. The suspension system is a critical safety component, and improper installation can have severe consequences. If one lacks confidence in their abilities, enlisting the services of a qualified professional is a prudent decision.
Question 4: Are all these kits created equal, or are there significant differences in quality and design?
The marketplace offers a diverse array of options, ranging from budget-oriented offerings to premium-grade systems. Quality variations exist in material selection, manufacturing precision, and design sophistication. A poorly designed or constructed suspension modification can compromise ride quality, handling stability, and long-term durability. Investing in a reputable brand, known for its engineering excellence and rigorous testing protocols, is generally a worthwhile endeavor.
Question 5: Will altering the suspension affect the vehicle’s handling characteristics on paved roads?
Modifying the suspension inevitably alters its handling dynamics. Increasing the ride height raises the center of gravity, which can lead to increased body roll during cornering. Furthermore, the altered suspension geometry can affect steering response and stability. While these changes may be subtle, they are often perceptible, particularly during spirited driving. Selecting a system designed to minimize these adverse effects, coupled with a professional alignment, can help to maintain acceptable on-road handling characteristics.
Question 6: What is the typical lifespan of components after installation of an aftermarket system?
The longevity of these aftermarket components is influenced by a multitude of factors, including the quality of the components themselves, the severity of driving conditions, and the diligence of maintenance practices. Components subjected to frequent off-road use will naturally experience accelerated wear and tear. Regular inspections, lubrication, and prompt replacement of worn parts are essential to maximizing the lifespan of the altered suspension system.
In summary, the successful execution of this type of vehicle modification requires careful consideration of numerous factors. It’s vital to approach this process with a balanced perspective, weighing the potential benefits against the inherent risks and trade-offs. A well-informed decision, coupled with meticulous installation and diligent maintenance, will ensure a safe and enjoyable outcome.
The following sections will delve deeper into specific aspects of vehicle dynamics and handling.
Enhancing a Vehicle for Varied Terrains
The decision to modify a vehicle for enhanced capability is a significant one, often driven by specific needs and aspirations. The following points represent crucial considerations, lessons gleaned from both successful and less successful endeavors. Each tip is rooted in experience, offering guidance to those contemplating such modifications.
Tip 1: Define the Objective
Before embarking on any modification, a clear understanding of the intended use is paramount. A vehicle destined for occasional forest service roads requires a different setup than one intended for rock crawling. A vague objective leads to mismatched components and ultimately, dissatisfaction. Begin with a concrete vision of the vehicle’s future role.
Tip 2: Research Thoroughly
The aftermarket landscape is vast and varied. Not all components are created equal. Diligent research, including consulting online forums, seeking expert opinions, and scrutinizing product specifications, is essential to avoid costly mistakes. A seemingly attractive price may mask inferior quality or compromised performance.
Tip 3: Prioritize Quality Over Cost
While budgetary constraints are a reality, compromising on quality to save money can prove to be a false economy. Suspension components endure tremendous stress, and failure can have serious consequences. Investing in reputable brands and durable materials is a safeguard against premature wear and potential hazards.
Tip 4: Embrace Incremental Modifications
Resist the temptation to overhaul the entire suspension system at once. An incremental approach, starting with a core modification and gradually adding complementary components, allows for fine-tuning and adaptation. This iterative process enables a more nuanced understanding of how each component affects the vehicle’s overall performance and handling.
Tip 5: Seek Professional Expertise
Even for mechanically inclined individuals, certain aspects of suspension modification are best left to professionals. Alignments, for example, require specialized equipment and expertise to ensure proper tracking and tire wear. A qualified technician can also identify potential issues that may be overlooked by the untrained eye.
Tip 6: Document the Process
Maintaining a detailed record of the modifications performed, including component specifications, installation procedures, and alignment settings, is invaluable for future maintenance and troubleshooting. This documentation serves as a reference point for identifying potential issues and making informed decisions about future modifications.
Tip 7: Test and Evaluate Systematically
Following any modification, a period of rigorous testing and evaluation is essential. This involves subjecting the vehicle to a variety of driving conditions, both on-road and off-road, to assess its performance and identify any shortcomings. Addressing these shortcomings promptly ensures a safe and reliable outcome.
The essence of successful vehicle enhancement lies in a combination of informed decision-making, meticulous execution, and a commitment to ongoing evaluation. These points serve as a roadmap, guiding individuals toward a more capable and personalized vehicle.
The final segment will synthesize the key insights into a concluding perspective.
The Elevated Path Forward
The preceding exploration has illuminated the multi-faceted nature of enhancing a 2017 Subaru Crosstrek with a lift system. From the initial allure of improved ground clearance to the practical considerations of installation complexity and component compatibility, the journey towards a more capable vehicle demands careful planning and execution. The discussion has traversed the importance of ride quality, the nuances of aesthetic impact, and the tangible benefits realized in challenging off-road environments. Ultimately, the narrative reveals the system as more than a mere collection of aftermarket parts. It represents a strategic investment in versatility and personal expression.
The decision to embrace this form of vehicle modification is not to be taken lightly. It requires a commitment to thorough research, a willingness to prioritize quality over cost, and an honest assessment of one’s mechanical capabilities. Yet, for those who embark on this journey with diligence and foresight, the rewards can be substantial. The elevated stance, the enhanced capabilities, and the distinctive visual identity represent a tangible manifestation of individual purpose and a bold declaration of readiness to explore the path less traveled. The trail awaits; proceed with knowledge and conviction.
