An aftermarket modification package designed to alter the external appearance of a specific vehicle model, the Ford Thunderbird. These packages typically include components such as front and rear bumpers, side skirts, and potentially a spoiler, crafted to give the vehicle a more customized or aggressive aesthetic. The purpose is to allow owners to personalize their vehicle beyond the factory-produced options.
The appeal of these modification packages stems from a desire for individuality and enhancement of the vehicle’s inherent style. They provide an opportunity to update the car’s look, potentially emulating a particular racing style or a more contemporary design. Throughout the Thunderbird’s production history, various styling trends have emerged, and these kits allow owners to reflect those trends or create entirely new ones. Further, well-designed and properly installed components can improve aerodynamics, although the primary focus is often aesthetic.
The following sections will delve into the specifics of available options, materials used in construction, the installation process, and factors to consider when selecting the right components for a given Thunderbird model year. Considerations such as compatibility, cost, and potential impact on the vehicle’s value will also be addressed.
1. Material Composition
The selection of materials in the construction of aesthetic modification packages for the Thunderbird is more than a matter of cosmetic choice; it’s a critical determinant of the vehicle’s longevity, performance, and overall character. The material dictates not just the look, but the very essence of how the vehicle interacts with the road and the elements.
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Fiberglass Reinforced Polymer (FRP)
Early kits often employed FRP, prized for its relatively low cost and ease of molding. While capable of capturing complex shapes, FRP exhibits a susceptibility to cracking under stress and a greater weight compared to more advanced composites. A miscalculation in design or a harsh encounter with road debris could spell the end of a carefully crafted fender flare.
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Polyurethane
Polyurethane offers enhanced flexibility and impact resistance, reducing the likelihood of shattering upon minor collisions. Its pliability, however, can be a double-edged sword, as it may lack the rigidity to maintain sharp, defined lines, resulting in a softened aesthetic that deviates from the intended design.
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Carbon Fiber
Carbon fiber represents the pinnacle of material science in this context. Its strength-to-weight ratio is unmatched, allowing for the creation of lightweight components that enhance performance and fuel efficiency. However, the intricate manufacturing process and the cost of raw materials elevate carbon fiber components into a premium price bracket, making them accessible primarily to enthusiasts with significant budgets.
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Steel
While less common in full aesthetic transformation packages, steel elements are sometimes integrated for reinforcement or to maintain the original vehicle’s structural integrity. Steel offers exceptional strength and weldability, but its weight can counteract performance gains achieved through other modifications. Moreover, its susceptibility to corrosion demands meticulous surface preparation and protection to prevent rust.
The decision regarding material composition is thus a balancing act, weighing cost against durability, aesthetics against practicality. A careful evaluation of the intended use, budget constraints, and desired outcome is paramount in selecting the material that best complements both the vehicle’s legacy and the owner’s vision.
2. Aerodynamic Effects
The wind whispers tales of resistance against every curve and angle. For the classic Thunderbird, a car born of flowing lines and a promise of effortless cruising, this resistance was a known quantity, a gentle tax on its substantial power. But when the urge to sculpt its form further arises, the addition of aftermarket components demands careful consideration. Aerodynamic effects, often an afterthought in the pursuit of visual distinction, can fundamentally alter the vehicle’s behavior at speed.
Imagine a vintage Thunderbird, resplendent in its chrome glory, now adorned with a deep front air dam and a pronounced rear spoiler. The intent may be purely aesthetic, a nod to racing heritage. However, the real-world consequences could be significant. A poorly designed front air dam can increase drag, negating any potential gains from a rear spoiler attempting to generate downforce. The result? Instability at higher speeds, increased fuel consumption, and a compromised driving experience. In contrast, a well-engineered package, meticulously wind-tunnel tested, can smooth airflow, reduce turbulence, and enhance grip, transforming the Thunderbird from a boulevard cruiser into a surprisingly capable machine. Examples of this include subtle lip spoilers and carefully crafted side skirts that channel air effectively, leading to improved stability without sacrificing the vehicle’s iconic silhouette.
Ultimately, the pursuit of visual enhancement must be tempered with an understanding of the forces at play. Ignoring aerodynamic principles can transform a cherished classic into an unpredictable and potentially dangerous machine. Therefore, research, expert consultation, and a healthy dose of skepticism are crucial when considering aesthetic modifications. The wind does not lie; it reveals the truth of design in the crucible of speed. The careful integration of an aesthetic enhancement package will provide benefits or detriment depending on the components of the enhancement package, their installation and the final design.
3. Model Year Compatibility
The specter of incompatibility haunts the world of automobile modification. A tale is told of a 1966 Thunderbird, its owner dreaming of a modern transformation. He acquired a sleek, aggressively styled enhancement package, envisioning a seamless fusion of classic and contemporary. But the dream shattered upon the unforgiving rocks of reality. The lines, the mounting points, the very essence of the new components clashed with the Thunderbird’s distinct anatomy. What appeared aesthetically pleasing in isolation became a discordant mess when confronted with the unforgiving truth of mismatched model years.
The chassis dimensions, the curvature of the body panels, the placement of critical mounting hardware all these varied subtly, yet significantly, across the Thunderbird’s production run. An enhancement package designed for a 1964 model, with its distinctive knife-edge styling, simply could not conform to the rounded contours of a 1970s iteration. This incompatibility extended beyond mere aesthetics; misaligned panels could create dangerous blind spots, compromise structural integrity, and even interfere with the proper functioning of safety systems. The owner of the 1966 Thunderbird, disillusioned, was left with a pile of unusable parts and a costly lesson: thorough research and meticulous verification of model year compatibility are not merely suggestions, but imperatives. Another example included a kit designed for a 2002-2005 Thunderbird, which was installed on a 1965-1967. The different dimensions caused a terrible fit, damaging the chassis when the kit was installed.
The consequences of neglecting this critical aspect can range from minor aesthetic imperfections to catastrophic failures. Model year compatibility is the bedrock upon which any successful aesthetic transformation rests. It is a principle that must be adhered to with unwavering diligence. Before embarking on any modification project, the discerning owner must arm themselves with knowledge, consult with experts, and double-check every specification. Only then can the vision of a personalized Thunderbird become a reality, a harmonious blend of classic elegance and individual expression.
4. Installation Complexity
The transformation of a Thunderbird through aftermarket modification is a journey, not merely a purchase. At the heart of this journey lies the challenge of installation complexity, a factor that can determine the success or failure of even the most aesthetically pleasing enhancement package. The allure of a new aesthetic can quickly fade when confronted with the reality of a daunting installation process. The tale of a seasoned mechanic serves as a cautionary example.
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Bolt-On Simplicity
Some kits offer the promise of “bolt-on” ease, where components align seamlessly with existing mounting points, requiring only basic tools and mechanical aptitude. However, even in these seemingly straightforward scenarios, hidden pitfalls can emerge. A seized bolt, a misaligned bracket, or inadequate instructions can quickly escalate a simple task into a frustrating ordeal. A veteran mechanic, renowned for his skills, once purchased a bolt-on kit, only to discover that the tolerances were slightly off, requiring hours of painstaking adjustments and modifications to achieve a proper fit.
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Modification and Fabrication
Other enhancement packages demand extensive modification, requiring cutting, welding, and fabrication skills. These projects venture into the realm of true craftsmanship, where expertise and precision are paramount. A home garage is no longer sufficient; specialized tools and a deep understanding of automotive engineering become essential. One tale recounts the experience of a skilled fabricator who spent months meticulously crafting and welding a custom kit, only to discover that his modifications had inadvertently compromised the vehicle’s structural integrity. This serves as a reminder that aesthetic transformation must never come at the expense of safety and functionality.
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Electrical Integration
Beyond the mechanical aspects, installation complexity often extends to electrical integration. Modern aesthetic enhancement packages frequently incorporate lighting elements, sensors, and other electronic components that require careful wiring and programming. A short circuit, a miswired connection, or a faulty sensor can wreak havoc on the vehicle’s electrical system, rendering it inoperable. One individual, eager to complete his project, bypassed the proper wiring procedures, resulting in a cascade of electrical failures that took weeks to diagnose and repair.
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Professional Expertise
The increasing complexity of modern aesthetic enhancement packages has led to a growing reliance on professional expertise. Seasoned technicians possess the knowledge, skills, and specialized equipment necessary to navigate the intricacies of complex installations. While professional installation comes at a cost, it can ultimately save time, money, and frustration by ensuring a proper fit, reliable functionality, and adherence to safety standards. A wise individual, recognizing the limitations of his own abilities, entrusted his project to a professional shop, resulting in a flawless installation and a vehicle that exceeded his expectations.
The level of installation complexity directly impacts the feasibility and enjoyment of modifying a Thunderbird. Careful consideration of one’s own skills, resources, and the potential pitfalls is essential before embarking on this transformative journey. The goal is not merely to achieve a visually appealing result, but to do so in a manner that preserves the vehicle’s integrity and enhances the overall driving experience. The choice of the correct enhancement package, design and quality can affect the Installation complexity.
5. Aesthetic Style
The quest for a personalized Thunderbird often begins with a singular vision: a desire to transform the vehicle into a reflection of individual taste and style. This vision materializes through the careful selection and integration of an aesthetic enhancement package. It is a pursuit not merely of superficial changes, but of imbuing the classic form with a new identity. Consider the case of a dedicated Thunderbird enthusiast who sought to evoke the spirit of 1960s Trans-Am racing. The addition of a front spoiler, a subtle rear deck lid, and side skirts transformed the road presence to embody the raw power and athletic stance of those legendary racing machines. The style becomes a transformative piece of the thunderbird with the correct enhancement package installed.
Aesthetic style is not a monolith; it is a spectrum, ranging from subtle refinements to radical transformations. Some enthusiasts opt for a minimalist approach, seeking to enhance the vehicle’s existing lines without drastically altering its character. This might involve adding a subtle lip spoiler, or chrome accents, carefully chosen to complement the Thunderbird’s original design language. Others embrace bolder expressions, choosing a more aggressive aesthetic with wide arches, a prominent rear wing, and a lowered ride height, drawing inspiration from contemporary styling trends. The key is to ensure that the chosen style remains cohesive with the vehicle’s underlying design. A clash of styles can result in a discordant and aesthetically unappealing outcome, diminishing the Thunderbird’s inherent charm.
Ultimately, the integration of an aesthetic enhancement package is a deeply personal endeavor. It is an expression of individual taste and a statement of intent. By carefully considering the various styles available, understanding the vehicle’s inherent design language, and ensuring a harmonious blend of classic and contemporary elements, it can become a work of automotive art. The true artistry lies not merely in the selection of components, but in the ability to craft a vision that elevates the vehicle beyond its original form, transforming it into a unique and compelling reflection of its owner’s personality. The ability to determine the aesthetic style relies heavily on the owner, this is a critical component of the entire “ford thunderbird body kit” endeavor.
6. Structural Integrity
Structural integrity, in the context of modifying a classic vehicle, is a silent guardian. It is the unseen framework that underpins not only the vehicle’s aesthetic appeal but also its ability to perform safely and reliably. The pursuit of a personalized aesthetic must never eclipse the fundamental importance of preserving the Thunderbird’s inherent strength and stability.
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Compromised Crash Resistance
The story is told of a Thunderbird, its owner captivated by the allure of a radical aesthetic enhancement package. New panels were added, original supports removed. In the quest for a unique look, the vehicle’s capacity to withstand impacts was drastically diminished. A minor collision, which the original vehicle would have shrugged off, resulted in significant structural damage, rendering it unsafe. This modification was not a pursuit of aesthetics but a path to the vehicle’s decline.
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Welding Degradation
Often, the integration of a enhancement package requires welding joining dissimilar metals, patching compromised areas, or attaching new structural components. Inexperienced welding can introduce stress points, weaken critical joints, and accelerate corrosion. A seemingly minor weld imperfection can propagate over time, leading to catastrophic failure. In particular, a weld done incorrectly could cause the components of the enhancement package to separate from the body of the Thunderbird. A skilled welder will follow the technical guidance from the component manufacturer.
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Component Load Distribution
The original Thunderbird engineers designed the vehicle’s structure to distribute loads in a precise and balanced manner. The addition of aftermarket components, especially those that alter weight distribution or create new stress points, can disrupt this delicate equilibrium. Over time, this can lead to metal fatigue, cracking, and even complete structural failure. This can be avoided by ensuring the components are certified with structural rating.
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Corrosion Vulnerability
Aesthetic modification often involves cutting, drilling, and modifying existing body panels. These actions can expose bare metal to the elements, creating ideal conditions for corrosion to take hold. If not properly addressed with rust inhibitors and protective coatings, corrosion can spread rapidly, weakening the vehicle’s structure from within. Even the addition of a simple enhancement package can have long term damage if not addressed properly.
Structural integrity is the silent foundation upon which any successful aesthetic transformation must be built. When modifications are made, it’s imperative that careful consideration is given to preserving, and even enhancing, the vehicle’s inherent strength and resilience. Only then can a Thunderbird be both beautiful and safe. The success of any “ford thunderbird body kit” endeavour is reliant on Structural Integrity. Ignoring this important quality will ultimately hurt the Thunderbird.
7. Market Availability
The pursuit of aesthetic refinement often collides with the realities of market availability. The dream of transforming a classic Thunderbird hinges not only on vision but also on the practical considerations of sourcing the necessary components. A meticulously planned modification project can be derailed by scarcity, pricing fluctuations, and the ever-shifting landscape of aftermarket suppliers. The availability of “ford thunderbird body kit” components depends heavily on these complex factors.
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Rarity and Pricing
The passage of time casts a long shadow on the automotive aftermarket. Enhancement packages for earlier Thunderbird models, those from the 1950s and 1960s, exist in limited numbers. What was once a readily available upgrade becomes a coveted relic, commanding premium prices. The law of supply and demand dictates that scarcity elevates value, placing these sought-after components beyond the reach of many enthusiasts. The “ford thunderbird body kit” available for these models are highly desirable and priced accordingly.
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Reproduction Quality
As original components become increasingly scarce, the market responds with reproductions. The quality of these reproductions varies widely. Some are meticulously crafted to replicate the original specifications, while others are mere facsimiles, lacking the fit and finish of their predecessors. The buyer must navigate this landscape with caution, discerning quality from imitation, lest the dream of transformation turn into a nightmare of ill-fitting parts and compromised aesthetics. In many cases, the enhancement packages available are reproductions that lack the high quality design of the original kits, therefore, research must be done before the selection.
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Vendor Reliability
The online marketplace has expanded the reach of aftermarket suppliers. However, it has also introduced a new element of risk. Unscrupulous vendors, preying on the desires of enthusiasts, may offer substandard products, or worse, take payment without delivering goods. Diligence is paramount. Researching vendor reputations, scrutinizing product reviews, and exercising caution are essential safeguards against fraud and disappointment. The potential buyer must know the background of the supplier when the market for a “ford thunderbird body kit” is small.
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Shipping and Logistics
Even when the right components are located, the challenges of shipping and logistics remain. Transporting fragile fiberglass or bulky metal components across vast distances can be fraught with peril. Damaged goods, lost shipments, and exorbitant shipping costs can add unexpected hurdles to the modification process. Careful planning, secure packaging, and reliable shipping services are essential to ensure that the desired components arrive safely and within budget. The added shipping cost could determine whether a “ford thunderbird body kit” is affordable. The components are generally fragile requiring great care to ship.
The availability of “ford thunderbird body kit” is more than a simple matter of supply and demand. It is a complex interplay of rarity, reproduction quality, vendor reliability, and logistical considerations. The discerning enthusiast must navigate this landscape with patience, diligence, and a healthy dose of skepticism. Only then can the dream of a personalized Thunderbird become a reality. Without understanding these market forces, the endeavour to acquire a “ford thunderbird body kit” is likely to end in failure.
Frequently Asked Questions
Before embarking on the transformative journey of modifying a classic Thunderbird, several critical questions demand answers. Ignoring these considerations can lead to costly mistakes and dashed expectations. The following questions represent the most common inquiries from enthusiasts seeking to personalize their vehicles, providing guidance to navigate this complex endeavor.
Question 1: Will altering the vehicle’s exterior negatively impact its value?
The specter of diminished value looms large. A pristine, unrestored Thunderbird, a relic of its era, often commands a premium among collectors. Altering its original condition, even with high-quality aftermarket components, can irrevocably alter its provenance. However, a tastefully modified Thunderbird, enhanced with components that complement its inherent style, can attract a different segment of the market enthusiasts who value individuality over historical purity. The key is to strike a balance between personal expression and the preservation of the vehicle’s essence.
Question 2: How can ensure that the chosen aesthetic enhancement package is of sufficient quality?
The marketplace is rife with imitation and compromise. A discerning eye is essential to distinguish quality from fleeting appearance. A cheap kit, hastily manufactured, is likely to suffer from poor fitment, substandard materials, and a short lifespan. The search for quality begins with research scrutinizing vendor reputations, examining product reviews, and seeking guidance from experienced enthusiasts. The material composition, the precision of the molding, and the attention to detail all speak volumes about the manufacturer’s commitment to excellence.
Question 3: Is professional installation truly necessary, or can the installation be accomplished at home?
The allure of DIY often clashes with the realities of complex modifications. A seemingly simple enhancement package can quickly become a frustrating ordeal in the hands of an inexperienced installer. Misaligned panels, damaged components, and compromised structural integrity are the hallmarks of a poorly executed installation. While certain bolt-on kits may be within the reach of a skilled amateur, more complex modifications demand the expertise of a seasoned professional. The cost of professional installation is an investment in the vehicle’s long-term health and aesthetic appeal.
Question 4: What are the potential long-term consequences of modifying the vehicle’s aerodynamics?
The wind whispers secrets of stability and resistance. A poorly designed aerodynamic modification, intended to enhance the vehicle’s appearance, can disrupt its handling characteristics and fuel efficiency. Excessive drag, reduced downforce, and increased turbulence can compromise the driving experience and even create dangerous situations at high speeds. A responsible approach to aerodynamic modification involves careful research, wind tunnel testing, and a deep understanding of the forces at play. A modification made without considering the original engineering may lead to long term problems.
Question 5: How can the risk of corrosion be minimized after altering the vehicle’s body panels?
Corrosion is a relentless enemy, lurking beneath the surface. Any modification that exposes bare metal to the elements creates an opportunity for rust to take hold. A meticulous approach to corrosion prevention is essential. This involves thorough surface preparation, the application of rust inhibitors, and the use of high-quality protective coatings. Neglecting these precautions can lead to structural damage and a diminished aesthetic appearance over time.
Question 6: What steps can be taken to ensure that the selected components are compatible with the specific Thunderbird model year?
The devil resides in the details. Subtle variations in chassis dimensions, body panel contours, and mounting points exist across different Thunderbird model years. A enhancement package designed for one model may not fit another, leading to frustration and wasted expense. Before committing to a purchase, it is essential to verify compatibility with the specific vehicle. Consulting with experienced enthusiasts, scrutinizing product specifications, and seeking guidance from reputable vendors are all vital steps in ensuring a harmonious match.
The pursuit of a personalized Thunderbird is a journey of discovery and transformation. By addressing these frequently asked questions, enthusiasts can navigate the complexities of the aftermarket and create a vehicle that reflects their individual style, while preserving its integrity and value.
The following section will delve into specific case studies, illustrating the practical application of these principles in real-world modification projects.
Navigating the Aftermarket Landscape
The open road calls to those who seek to imbue their Thunderbird with a personal signature. Yet, this path is fraught with potential missteps. The following guidance, gleaned from decades of experience, serves as a compass, directing enthusiasts towards informed decisions and away from the pitfalls that await the unwary.
Tip 1: Prioritize Fitment Above All Else.
A tale is often told of a 1963 Thunderbird, its owner seduced by the allure of a bargain. He acquired a enhancement package from an unfamiliar source, only to discover that the panels aligned poorly, requiring extensive and costly modifications. The initial savings vanished, replaced by mounting expenses and a compromised aesthetic. Ensure, before purchase, that the components are specifically designed for the vehicle’s year and model. A precise fit is not merely desirable; it is paramount.
Tip 2: Embrace Subtlety Over Excess.
The Thunderbird possesses an inherent elegance, a classic design that speaks for itself. Avoid the temptation to overwhelm this grace with excessive modifications. A subtle lip spoiler, a tasteful set of side skirts, or a carefully chosen rear decklid can enhance the vehicle’s lines without detracting from its original charm. A story is told of a 2003 Thunderbird, its owner attempting a radical transformation with an overabundance of aftermarket additions. The result was a jarring incongruity, a dilution of the vehicle’s inherent beauty.
Tip 3: Consult with Experts Before Committing.
The world of automotive customization is vast and complex. Before embarking on a significant modification project, seek the counsel of experienced technicians and fellow enthusiasts. Their insights can provide invaluable guidance, steering clear of potential pitfalls and identifying reputable sources for quality components. A novice, armed with enthusiasm but lacking knowledge, is vulnerable to misinformation and costly mistakes. Tap into the community’s collective wisdom; it is a resource of immense value.
Tip 4: Document Every Step of the Process.
The modification journey is a story, a narrative of transformation. Preserve this narrative through detailed documentation. Photograph the vehicle before, during, and after each modification. Record the components used, the techniques employed, and any challenges encountered. This documentation serves not only as a personal record but also as a valuable resource for future owners or potential buyers. Transparency builds trust and adds value to the vehicle.
Tip 5: Insist on Professional Installation When Necessary.
Certain modifications demand expertise that lies beyond the reach of the average enthusiast. Welding, electrical work, and complex panel modifications should be entrusted to skilled professionals. The cost of professional installation is an investment in safety, reliability, and aesthetic integrity. A compromised weld, a miswired connection, or a poorly aligned panel can have devastating consequences. Know the limits of one’s abilities and seek assistance when required.
Tip 6: Factor Long-Term Maintenance into the Equation.
Aesthetic modifications often introduce new maintenance requirements. Aftermarket components may be more susceptible to wear and tear, corrosion, or damage. Factor these considerations into the long-term maintenance plan. Regularly inspect the modifications, address any issues promptly, and utilize appropriate cleaning and protection products. Neglecting these aspects can lead to a gradual degradation of the vehicle’s appearance and value.
By adhering to these guidelines, Thunderbird enthusiasts can navigate the aftermarket landscape with confidence, transforming their vehicles into unique expressions of personal style while preserving their inherent value and integrity.
The final chapter will provide a summary of the key principles outlined in this exploration, reinforcing the critical considerations for a successful and rewarding Thunderbird customization endeavor.
The Enduring Allure
The journey through the world of “ford thunderbird body kit” has revealed a landscape rich with possibilities and fraught with potential pitfalls. From the nuanced selection of materials to the careful consideration of aerodynamic effects, structural integrity, and market realities, the process of transforming a classic Thunderbird demands a discerning eye and a steadfast commitment to quality. The allure of a personalized aesthetic must always be tempered by a respect for the vehicle’s heritage and a dedication to preserving its long-term value. The “ford thunderbird body kit” endeavor must be guided by knowledge and foresight.
As the sun sets on this exploration, the call to action remains clear: approach the customization of a Thunderbird with informed deliberation, prioritizing fitment, subtlety, and professional guidance. The road ahead offers the opportunity to create a rolling testament to individual style, a harmonious blend of classic elegance and contemporary expression. But the onus lies on each enthusiast to wield the power of modification responsibly, ensuring that the legacy of the Thunderbird endures for generations to come, enhanced, but never diminished, by the choices made today. The end result of a good “ford thunderbird body kit” is a well designed, well engineered car.
