Apollo Debuts Its Dragon Skin Exhaust on the Evo
Edited by Adam Harrie — May 11, 2026 — Autos
This article was written with the assistance of AI.
References: apollofmg & 3dprinting
Apollo Automobil introduced the Dragon Skin one-piece 3D-printed titanium exhaust for its upcoming Evo supercar, featuring a scale-like textured surface and requiring 123 hours of additive manufacturing per unit. The system uses aerospace-grade titanium alloy and a high-temperature ceramic coating rated to withstand temperatures up to 1,000°C, engineered to pair with the Evo’s Ferrari F140 V12 engine that revs to 9,000 rpm.
The exhaust’s textured scales were designed to improve heat distribution while reinforcing Apollo’s dragon-themed design language, and the component is available in multiple colors to match each car’s bespoke livery. The Evo also adds 20 horsepower, a carbon fiber monocoque chassis and Le Mans-inspired aerodynamics to a platform limited to 10 track-only units priced from more than $4 million.
For consumers and collectors, Dragon Skin reflects the growing use of large-scale metal additive manufacturing in ultra-luxury performance vehicles, enabling automakers to combine structural engineering with highly customized visual design. By producing a single-piece printed exhaust system, Apollo demonstrates how advanced manufacturing techniques can reduce assembly complexity while supporting bespoke aesthetic and functional integration.
Image Credit: Apollo Automobil
The exhaust’s textured scales were designed to improve heat distribution while reinforcing Apollo’s dragon-themed design language, and the component is available in multiple colors to match each car’s bespoke livery. The Evo also adds 20 horsepower, a carbon fiber monocoque chassis and Le Mans-inspired aerodynamics to a platform limited to 10 track-only units priced from more than $4 million.
For consumers and collectors, Dragon Skin reflects the growing use of large-scale metal additive manufacturing in ultra-luxury performance vehicles, enabling automakers to combine structural engineering with highly customized visual design. By producing a single-piece printed exhaust system, Apollo demonstrates how advanced manufacturing techniques can reduce assembly complexity while supporting bespoke aesthetic and functional integration.
Image Credit: Apollo Automobil
How readers feel about 3D-printed parts in high-end cars
Informs what auto tech trends to cover and which formats drive interest (read/watch, attend, buy/collect).
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When was the last time you followed news about supercars?
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How appealing is 3D printing for making car parts?
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If you were shopping for a high-end sports car, would 3D-printed parts affect your choice?
Trend Themes
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Large-scale Metal Additive Manufacturing — The emergence of multi-day, single-piece titanium prints points to opportunities for consolidating assemblies and enabling structurally critical, bespoke metal parts at scale.
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Functionally Integrated Aesthetic Components — Combining heat-managing textures with brand-driven surface design indicates potential for parts that simultaneously deliver engineering performance and visual differentiation.
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High-temperature Coated Customization — The use of aerospace-grade alloys paired with ceramic coatings rated to 1,000°C suggests room for tailored surface treatments that extend component life while matching bespoke livery demands.
Industry Implications
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Automotive Performance and Luxury — Ultra-limited hypercars leveraging one-off printed exhaust systems reveal avenues for manufacturers and coachbuilders to offer integrated, high-value mechanical-artifact customization.
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Aerospace Components — Aerospace-grade materials and long-duration additive processes imply potential to translate automotive-scale innovations into lightweight, high-temperature aircraft structures and engines.
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High-end Manufacturing Services — Specialized AM bureaus equipped for extended titanium builds indicate opportunities to provide premium, end-to-end fabrication services combining engineering, finishing, and bespoke coloring.
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