Steampunk AirShip Low-poly 3D model PBR Low-poly 3D Low-poly 3D model

cgtrader

The intricately crafted airship model boasts a steampunk aesthetic with unparalleled precision, realized through the employment of lowpoly techniques that bring it vividly to life. PERFECT POLYS REFINED Expertly designed for seamless integration into the realm of 3D graphics and game engines, this meticulous model has been perfected for inclusion in sprawling MMO worlds as well as captivating cinematic experiences. Delivering an exceptional level of fidelity and intricacy, each textured element within the 4K resolution framework ensures breathtaking visuals, meticulously calibrated for optimized compatibility with both Unreal Engine and V-Ray rendering protocols. Tailored specifically for engaging close-range depictions that transport viewers to extraordinary worlds, this precision-crafted model is fully game-ready. Its geometric foundation allows it to flourish across all levels of simulation, with each element intricately crafted to simulate reality. As a bonus, STL models can be readily exported for direct print capabilities. With a comprehensive system of UVs and thoughtful hierarchy naming conventions designed to simplify user interaction, every element serves as an elegant example of meticulous planning. Incorporating meticulously high resolution elements elevates visual representation beyond standard benchmarks. As an esteemed member with extensive experience within the film industry specializing in environmental and gaming asset creation along with interior design simulations, it's a testament that these intricate assets meet an extremely high standard. This guarantee ensures exceptional product offerings across each range of quality to consistently meet customers' exact expectations. A genuine professional is keen on showcasing excellence through precise visualizations. Please reach out via support channels if there are any specific inquires. Detailed property features can be observed as: • Collision generation fully automated, based per polygon count. • High-resolution modeling comprising 49,000 vertices. • Fully dynamic level-of-detail adjustments are unavailable.