Exploring Tru-Color Automotive Model Paint for Your Next Project
For many model building enthusiasts, achieving that perfect, factory-fresh finish on a miniature automobile can often present a significant challenge. The quest for authentic colors, smooth application, and durable results leads hobbyists to explore a wide array of paints and techniques. It is understood that solvent-based lacquers are frequently favored for their quick drying times and hard, resilient finish, particularly when replicating the look of real car paint. However, navigating the nuances of thinning, spraying, and protecting these specialized paints sometimes feels like a complex endeavor, particularly for those new to advanced airbrushing techniques.
This pursuit of excellence in scale modeling is what brings many to investigate new product lines that promise to simplify the process while delivering professional-grade outcomes. Recently, attention has been drawn to Tru-Color automotive model paint, a brand that originally established its reputation within the railroad modeling community before expanding its vibrant palette to cater to car builders. As explored in the accompanying video, these paints, manufactured in Phoenix, Arizona, offer a promising solution for modelers seeking high-quality, authentic automotive shades.
Introducing Tru-Color: A Promising Contender in Model Paints
Tru-Color has carved out a niche for itself by offering an extensive range of colors, initially focusing on historical railroad liveries. Now, with their venture into the automotive line, model car builders are being presented with a compelling new option. These solvent-based lacquers are conveniently packaged in various sizes, making them accessible for different project scales. For instance, the one-ounce jars are typically priced around five dollars, while two-ounce jars are available for approximately ten dollars; a substantial sixteen-ounce option is also offered, though it is usually reserved for those with very large-scale projects or frequent usage needs.
The availability of these paints is often a key consideration for hobbyists. While direct purchase from the Tru-Color website is an option, it is also found that these paints are carried by a couple of retail locations in the United States, as well as by individual sellers on platforms like eBay. This means that acquiring these specific hues should not be an overly difficult task for interested builders. The Tru-Color range itself encompasses three main types: non-metallics, metallics, and pearlescents, offering a broad spectrum of finishes to match virtually any automotive replication need.
The Art of Thinning Tru-Color Lacquers: Achieving Perfection
One of the most critical aspects of successfully airbrushing lacquer paints, including Tru-Color automotive model paint, is proper thinning. It is often observed that lacquers are quite thick directly from the jar, necessitating a significant reduction in viscosity for optimal spray performance. The general guideline suggests thinning to a consistency thinner than skim milk; this allows the paint to flow smoothly through the airbrush nozzle, atomize finely, and lay down an even coat without spitting or clogging.
A common starting point for thinning lacquers is a 50-50 ratio of paint to thinner. However, it is frequently found that even thinner mixtures, such as 40% paint to 60% thinner, yield superior results. Imagine if you were trying to spray syrup through a fine nozzle; it would be nearly impossible. By contrast, a liquid closer to water in consistency will pass through with ease. This extra thinning helps in creating ultra-smooth layers that self-level beautifully on the model surface, minimizing the appearance of brush strokes or rough textures that can occur with thicker paint.
The choice of thinner is also paramount when working with Tru-Color lacquers. The video highlights that these paints thin perfectly with Mr. Thinner, a popular choice among many modelers. This compatibility is a significant advantage, as it means modelers already accustomed to using specific lacquer thinners may not need to invest in a brand-specific product. The importance of thinning properly cannot be overstated, as it directly influences how the paint behaves during application, how it dries, and ultimately, the quality of the finished surface.
Primer Power: Setting the Stage for Vibrant Tru-Color Finishes
Before any color is applied, the choice of primer can dramatically influence the final appearance of Tru-Color automotive model paint. Primers serve multiple essential functions: they provide an adhesive layer for the topcoat, fill minor surface imperfections, and, crucially, establish a uniform base color. As demonstrated in the video, using a white primer can significantly enhance the vibrancy and brightness of subsequent color coats.
Consider a hypothetical scenario where a bright color like Grabber Orange is applied over a dark grey primer. The underlying grey would absorb some of the light, potentially dulling the orange and shifting its hue slightly. Conversely, when that same Grabber Orange is laid over a pristine white primer, its full intensity and brightness are allowed to shine through, creating a much more vivid and accurate color. This phenomenon is often exploited by experienced modelers to achieve specific color effects or to replicate authentic automotive finishes that demand maximum vibrancy. While darker primers can be useful for creating deeper, richer tones for certain colors, it is understood that for bright and vivid hues, white is almost always the preferred choice to ensure the truest color representation.
Mastering the Airbrush: Applying Tru-Color Paint Smoothly
The application of Tru-Color automotive model paint, particularly with an airbrush, requires a steady hand and an understanding of key techniques. As seen in the demonstration, a moderate air pressure of around 20 PSI is often effective for atomizing the thinly mixed lacquer. It is generally recommended to apply several thin coats rather than one thick layer. This approach, often referred to as ‘layering,’ allows each coat to dry partially, or ‘flash dry,’ before the next is applied, thereby building up the color gradually and evenly.
One of the notable characteristics of Tru-Color lacquers, as highlighted in the video, is their excellent coverage. Unlike some acrylics that may require more passes to achieve opacity, these lacquers tend to lay down smoothly and provide good hiding power relatively quickly. Furthermore, a well-thinned lacquer, applied in light coats, is much less prone to running or pooling, which are common frustrations for airbrush users. Even if the initial coats appear somewhat dull, it is important to remember that this is a typical characteristic of lacquers before a clear gloss coat is applied. The true depth and sheen of the color will be revealed in the subsequent finishing stages, making the initial dullness nothing to be concerned about.
Finishing Strong: Protecting Your Tru-Color Masterpiece with Gloss
The application of a clear gloss coat is an indispensable step when working with Tru-Color automotive model paint, especially for car models where a high-sheen finish is desired. Lacquers, by their nature, often dry with a satin or semi-gloss finish, which simply does not capture the reflective quality of real automotive paint. The gloss coat serves to protect the underlying color, deepen its appearance, and provide that characteristic mirror-like shine associated with freshly waxed car finishes.
In the video, the Vallejo Acrylic Gloss Varnish in a large 400ml can is demonstrated as an effective topcoat. It is observed that this acrylic gloss applies heavily and dries to an impressive sheen, enhancing both the Grabber Orange and the High Gloss Red Jewel colors. The benefit of using an acrylic gloss over a lacquer base is that it generally carries less risk of reacting with or lifting the underlying paint layer, offering a safer and often more user-friendly option for sealing and protecting your work. Furthermore, the absence of strong solvent fumes, characteristic of acrylics, makes for a more pleasant working environment. The combination of Tru-Color’s vibrant base colors and a robust gloss coat results in a durable, visually stunning finish that truly brings model cars to life.
Beyond Automotive: The Versatility of Tru-Color Paints
While Tru-Color automotive model paint is specifically marketed for vehicle models, its quality and range of colors make it surprisingly versatile for other modeling genres. The depth and richness of colors like the High Gloss Red Jewel, which exhibits an almost purplish hue, could be imagined as perfectly suited for a custom Zaku or Gundam model. This adaptability is a significant benefit for modelers who might specialize in various types of kits but prefer to stick with a familiar and high-performing paint system.
The fact that these lacquers spray so well, thin easily with common thinners like Mr. Thinner, and do not typically run, speaks to their overall quality. It is also noted that despite being lacquers, they do not possess the strong, offensive odor sometimes associated with traditional solvent-based paints, which is a considerable advantage for hobbyists working in home environments. Whether you are aiming to replicate a classic Ford Mustang in Grabber Orange or envisioning a unique color scheme for a futuristic mech, Tru-Color automotive model paint offers a reliable and high-quality solution that is highly recommended for its performance and versatility across different modeling projects.
Beyond the Test Bench: Your Tru-Color Q&A
What type of paint is Tru-Color automotive model paint?
Tru-Color automotive model paints are solvent-based lacquers. They are favored for their quick drying times and hard, resilient finish, making them ideal for replicating real car paint.
Why is thinning important when using Tru-Color paints for airbrushing?
Thinning is crucial because these paints are thick directly from the jar. Properly thinning them allows the paint to flow smoothly through an airbrush, preventing clogs and ensuring an even coat.
Do I need to use a primer before applying Tru-Color automotive model paint?
Yes, using a primer is important. A white primer especially helps to make bright colors more vibrant and establishes a uniform base for your paint.
What is the best way to apply Tru-Color paints with an airbrush?
It’s best to apply several thin coats rather than one thick layer. This method allows each coat to dry partially and builds up the color smoothly and evenly, preventing runs or pooling.
Why should I apply a clear gloss coat after painting with Tru-Color lacquers?
A clear gloss coat is essential for automotive models because lacquers often dry with a satin finish. The gloss coat protects the paint, deepens its appearance, and gives it the desired mirror-like shine.