Apollo Automobil reveals 3D printed titanium Dragon Skin Exhaust for EVO hypercar

Apollo Automobil has unveiled a single-piece, laser-sintered titanium exhaust system for its limited-edition EVO hypercar, calling it the largest single-piece printed exhaust ever produced. The Dragon Skin Exhaust is made from aerospace-grade TA15 alloy, took 123 hours to print via laser powder bed fusion (LPBF), and features a high-temperature ceramic coating rated to 1,000°C. The component's scale-like surface geometry, inspired by the brand's dragon naming theme, serves a dual function of thermal management and aesthetic storytelling. Production of the EVO is capped at 10 units, each priced above $4 million, with first deliveries expected in the first half of 2026.

This application is a textbook case of the consumer-electronics titanium pull-through pattern applied to ultra-low-volume automotive luxury, where AM's design freedom justifies its cost premium. The exhaust's single-piece construction, impossible via conventional fabrication, demonstrates how Design for Additive Manufacturing (DfAM) can unlock geometries that simultaneously serve form and function. While the production volume is negligible by industrial standards — 10 units — the project validates LPBF for high-temperature, structural-exhaust applications using TA15, a titanium alloy more commonly seen in aerospace rather than automotive aftermarket. The part's 123-hour build time and use of a single-piece strategy also highlight the current frontier of build-envelope utilization and process reliability for large-format metal AM.

For the AM industry, this is a high-visibility proof point that metal LPBF can deliver production-grade, safety-critical components for extreme-performance vehicles, but it remains a bespoke exercise rather than a scalable production signal. Apollo must now deliver on its delivery timeline and ensure the exhaust meets real-world thermal cycling and vibration loads without failure. Buyers and AM service bureaus should note that the real value here is in the DfAM workflow and material qualification, not in the unit economics of a 123-hour build for a single part.