For decades, carbon fiber has been celebrated as the ultimate functional material of the automotive elite.
Born in the aerospace industry and perfected on the starting grids of Formula 1, its signature black-and-grey woven matrix has long served as a visual shorthand for raw performance, ultra-lightweight engineering, and uncompromising speed.
However, as composite technology has matured, the world’s most discerning collectors and custom builders have begun asking a new question:
“Why must high-performance carbon fiber always be black?”
| Traditional Carbon Fiber | Raw Black/Grey Weave + Standard Clear Coat |
| VS. | |
| Advanced Tinted Carbon | Aerospace Pre-Preg Weave + Translucent Kandy Clear Coat |
The answer lies in the incredible difficulty of manipulating the composite’s optical properties without sacrificing its structural integrity or longevity. Moving beyond standard black weave into translucent automotive artistry represents the absolute frontier of modern composite manufacturing.
Nowhere is this technical evolution more beautifully realized than on the EXOMOD C68 “Rapper’s Delight” – a breathtaking custom build featuring a full custom-engineered carbon fiber body styled after the iconic 1968 Dodge Charger, dropped over a modern 1,000-horsepower Hennessey-tuned Hellcat Redeye chassis.
Through an exclusive manufacturing partnership the OG Carbon team of master composite technicians have unlocked the physics and chemistry required to produce flawless, deeply saturated tinted carbon fiber body panels.
By dissecting the engineering behind this spectacular build, we can lift the veil on the precise science of Kandy carbon fiber.
The Material Evolution: From Raw Black Weave to Translucent Artistry
To understand why creating a vehicle finished in deep, translucent Kandy Apple Red and Pagan Gold carbon fiber is such a monumental engineering achievement, one must first look at the raw anatomy of carbon fiber.
Standard carbon fiber is made of tightly bundled strands of carbon atoms that are twisted and woven into a fabric sheet. Because carbon is inherently dark and absorbs the vast majority of visible light, it possesses a natural matte or glossy black appearance once sealed.
| ANATOMY OF REFLECTIVE TEXTURE LAYERS | |
| LAYER DESCRIPTION | COMPOSITION & FUNCTION |
| 1. High-Solid Topcoat | Marine-Grade PPG Clear + Maximum UV Blocks |
| 2. Kandy Tint Matrix | Micro-Suspended Organic Translucent Dyes |
| 3. Structural Weave | 2×2 Twill Pre-Preg Dry Carbon Fiber |
When an automotive builder wants to add color to a vehicle, the traditional approach is to spray an opaque automotive paint over the composite body. However, doing so completely buries the gorgeous geometry of the woven carbon underneath, rendering the exotic material invisible to the naked eye.
The goal of creating tinted carbon fiber is to introduce rich, vibrant color fields while keeping the underlying, multi-dimensional weave completely sharp and visible. Achieving this demands an entirely different approach to the chemistry of the clear coats, the suspension of organic pigments, and the physical alignment of the fibers during the layout process.
Resin Chemistry: The Catastrophic Downfall of Cheap Tinted Composites
If you browse budget aftermarket car forums, you will occasionally see inexpensive carbon hoods or mirror caps advertised with colored weaves. It is critical to understand that these entry-level parts are manufactured using a highly unstable method: mixing cheap colored dyes directly into wet epoxy resin before slapping the wet carbon fabric into a manual mold.
This crude approach causes two severe performance failures:
Optical Cloudiness and Smeared Depth
Wet epoxy resins are thick and do not possess absolute optical clarity. When dark color pigments are mixed directly into the structural resin layer, the liquid turns murky. This muddy mixture traps air bubbles and diffuses light unevenly, blurring the sharp edges of the carbon fabric underneath. Instead of looking like a deep jewel, the finished part looks like painted plastic with a faint, muddy pattern underneath.
UV Degradation and Rapid Yellowing
Standard structural epoxy resins are highly sensitive to ultraviolet (UV) radiation from sunlight. When exposed to the sun, the chemical bonds inside the resin rapidly break down, causing the panel to turn a sickly yellow, cloud over, or chalk. When you add a colored dye into an unstable resin matrix, the UV rays cause the color pigments to bleach out and fade unevenly within months, destroying the vehicle’s exterior aesthetic.
The Aerospace Approach: Autoclave Curing and Kandy Clear Technology
To overcome these structural and optical limitations for a world-class build like the EXOMOD C68 “Rapper’s Delight or “Prometheus” Rick Katzeff and the OG Carbon & EXOMOD team utilize an advanced translucent Kandy clear coat layering.
The Power of Pre-Preg and Autoclave Curing
OG Carbon completely bypasses the unpredictable nature of wet-lay resins by utilizing pre-preg carbon fiber. This means the 2×2 twill carbon sheets are pre-impregnated with a mathematically exact, minimal volume of highly stable structural resin at the factory.
The dry carbon sheets are carefully laid into precision-milled molds and sealed inside a vacuum bag before being placed inside a high-pressure autoclave oven.
Under intense heat and multi-atmospheric pressure, the minimal resin flows perfectly evenly across the carbon strands, bleeding out any trapped air pockets. This results in an ultra-dense, razor-sharp structural panel that is completely free of surface imperfections, providing an optically pure, mirror-flat foundation for the subsequent coloring stages.
The Chemistry of the Kandy Layer
Instead of tinting the structural resin itself, OG Carbon achieves its mind-bending visual depth through a multi-stage application of specialized PPG high-solid clear coats infused with microscopic, organic translucent dyes.
Unlike standard opaque paint, which relies on solid particles to block out light, these advanced Kandy tints act like sheets of colored stained glass. When sunlight strikes the body panel of “Rapper’s Delight,” it passes completely through the translucent Kandy Apple Red or Pagan Gold top layers, hits the highly reflective silver-black fibers of the dry carbon underneath, and bounces back out to the viewer’s eye. This creates an optical illusion of extreme depth, making the body of the car appear as though it is glowing from within.
The Engineering Obsession with Weave Symmetry
When dealing with a highly translucent Kandy color coat, you cannot hide a single mistake. On a traditionally painted steel or aluminum car, a body technician can use body filler to smooth over a minor dent or panel wave before spraying an opaque color coat over it. With tinted carbon fiber, the raw weave is your final presentation surface.
For “Rapper’s Delight,” maintaining perfect weave symmetry across the massive layout of a 1968 Charger body required several hundreds of hours of painstaking labor.
If a composite technician pulls or stretches the carbon fabric even slightly too hard while smoothing it into the bumper or door mold, the perfectly straight lines of the 2×2 twill weave will distort, twist, or bunch up. The moment the translucent Kandy Apple Red clear coat is applied, that minor distortion will be amplified under the light, looking like a massive, broken scar running across the bodywork.
| Improper Layout Stretch | Distorted Weave Lines | Light Refracts Unevenly (Visible Blemish) |
| OG Precision Alignment | Laser-Straight Twill | Perfect Light Reflection (Deep Optical Symmetry) |
To prevent this, OG Carbon utilizes highly advanced laser alignment guides and complex template cutting. Every single panel is hand-layered by master craftsmen who carefully match the direction of the weave across every panel gap.
The carbon weave flows seamlessly from the front fender, across the door skin, and down into the rear quarter panel without a single interruption or broken line. This obsessive attention to detail creates an unbroken, unified canvas that allows the colored clear coats to display absolute visual symmetry under any lighting condition.
The Visual Masterpiece: Pagan Gold and Kandy Red Synergy
The specific aesthetic brief for “Rapper’s Delight” called for a daring, custom color strategy that would bridge the gap between high-end hot rod culture and modern hypercar design. The result is a stunning combination of Kandy Apple Red and Pagan Gold carbon fiber highlights.
The Translucent Body
The entire main body shell of the EXOMOD C68 is finished in a rich, deeply saturated Kandy Apple Red tinted carbon. In shaded or overcast conditions, the vehicle looks like a dark, sophisticated cherry red metallic muscle car.
However, the moment it moves into direct sunlight, the paint opens up, revealing the thousands of intricate carbon fiber cross-weaves shimmering beneath the translucent red topcoat.
The Pagan Gold Accents
To pay homage to the legendary muscle car heritage, the vehicle features striking, symmetrical bumblebee racing stripes wrapped around the rear decklid and tail section. Rather than painting these stripes on top of the red finish, the OG Carbon team executed them using a specialized Pagan Gold tint from House of Kolors directly over the raw carbon weave.
This golden hue is mirrored under the hood, where the engine bay cowl panels and custom structural shrouds feature the same translucent Pagan Gold carbon treatment, surrounding the supercharged 6.2-liter Hennessey powerplant in a striking frame of high-tech jewelry.
Engineering Meets Performance: The 1,000 HP Reality
While the optical beauty of “Rapper’s Delight” makes it an instant show-stopper, it is critical to remember that this carbon fiber skin is built to survive extreme mechanical violence.
Beneath that flawless Kandy Apple Red carbon body sits a modern SRT Hellcat Redeye platform that has been massaged by the engineers at Hennessey Performance to pump out a brutal 1,000 horsepower and 948 lb-ft of torque.
Unleashing 1,000 horsepower through a vehicle framework creates immense physical challenges. When the driver stomps on the throttle, the torque trying to twist the chassis is staggering. Standard plastic, fiberglass, or poorly manufactured wet-lay carbon body panels would physically flex, ripple, or buckle under these extreme acceleration forces, causing the clear coat to crack and delaminate over time.
Because OG Carbon applies true autoclave processing, the carbon body panels operate as rigid structural components. The high-density fiber matrix completely resists aerodynamic and torsional deflection at speeds well past 150 mph.
Furthermore, by replacing the incredibly heavy, 50-year-old factory stamped steel body panels with lightweight pre-preg carbon composites, EXOMOD and OG Carbon have stripped hundreds of pounds of dead weight out of the vehicle’s profile. This drastic mass reduction lowers the car’s center of gravity, completely transforming its power-to-weight ratio, braking distances, and cornering agility. It moves the restomod out of the realm of straight-line muscle cars and directly into the territory of modern track-day hypercars.
The Ultimate Intersection of Legacy and Tech
The EXOMOD C68 “Rapper’s Delight” is far more than a stunning custom car build – it is a proof of concept for the future of custom automotive engineering. It shows that you do not have to choose between preserving the historic soul of a classic design and enjoying the bleeding-edge performance of modern technology.
By pushing the boundaries of resin chemistry, mastering the art of autoclave pre-preg fabrication, and obsessing over laser-straight weave alignment, Rick Katzeff and the OG Carbon & EXOMOD teams have transformed carbon fiber from a cold, purely functional racing material into a vibrant medium for luxury automotive art.
“Rapper’s Delight” stands as an uncompromised monument to what happens when classic American muscle car design is completely reimagining through the exact lens of premium German engineering discipline. The era of boring, black-and-grey carbon fiber is officially over; the age of translucent, high-performance color has arrived.
Video Feature: Watch the “Rapper’s Delight” Reveal
To truly appreciate how the translucent Kandy Apple Red and Pagan Gold carbon fiber shifts and gleams under real-world lighting, you have to see it in motion.
Check out the official Exomod C68 Carbon “Rapper’s Delight” Reveal Interview below. This exclusive feature includes an in-depth breakdown of the 2,000-hour build process and showcases close-up details of the flawless composite work executed by the team.
Elevate Your Next Project with OG Carbon’s Elite Composite Engineering
The staggering technical craftsmanship on display in the EXOMOD C68 “Rapper’s Delight” isn’t a prototype for the distant future – it is a showcase of what OG Carbon delivers to the world’s most demanding automotive builders, luxury OEMs, and high-end collectors every single day.
At OG Carbon, we specialize in bridging the gap between aerospace performance and flawless showroom aesthetics. From low-volume specialty hypercar body panels to our elite custom cosmetic Porsche 992 and 991 parts program, we manufacture components that routinely exceed factory original equipment (OE) specifications.
Why the World’s Best Custom Builders Choose the OGC Difference:
- Aerospace-Grade Consolidation: We utilize only the finest Pre-Preg carbon fiber materials, cured in our 13,000 sq ft facility using state-of-the-art autoclave processing with nitrogen generator curing to ensure maximum density and zero structural deflection.
- Aesthetic Perfection: Whether you require traditional 2X2 twill, custom 4X4 twill, or our signature V-Weave patterns, every part is finished with premium PPG high-solid clear coats for an exposed-weave look that completely resists UV yellowing.
- Custom Color Tinting: Just like “Rapper’s Delight,” we have mastered the translucent clear-coat technology required to bring vibrant color matrices to your custom carbon build without distorting or muddying the flawless lines of the weave underneath.
- Direct Engineering Collaboration: We utilize advanced 3D scanning and reverse engineering for complex surfaces, working directly with your design team to ensure flawless, verified fitment from day one.
Whether you are looking to source showroom-quality aero upgrades for your late-model Porsche or you want the undisputed leader in the restomod space to help engineer your next bespoke, full-carbon-bodied masterpiece, the OGC team is ready to bring your vision to life.
Let’s Build Your Masterpiece
Ready to upgrade your vehicle’s performance and luxury profile? Contact the OG Carbon experts today to discuss your project specs, volume production needs, or a retail parts inquiry – and take a look at our catalogue.
