
Asia Adventure Islands Low-poly 3D model
cgtrader
This asset is perfectly suited for creating thrilling adventure content with a distinctly Asian flair. It encompasses a staggering collection of over 250 diverse objects and elements, skillfully designed to bring a fantasy world to life: 10 distinct islands with unique architectural styles 50 intricately detailed mountain elements to create dramatic landscapes 2 breathtaking waterfalls cascading into crystal-clear waters 20 ingenious stairways and steps to connect enchanting floating islands 50 lush plants and verdant vegetation to immerse players in the surroundings 2 imposing Giant Towers, exuding strength and majesty 12 quaint and charming Houses, inviting exploration and discovery 3 majestic Gates, standing sentinel over hidden secrets 3 mystical Portals, waiting to be unlocked by brave adventurers 7 cunningly designed traps, including the Burnt coal trap, Bomb trap, 2 spring traps, spear trap, Club trap, Bear Trap - all cleverly crafted to test even the most daring explorers' skills. 20 sturdy wall elements to fortify the environment 10 majestic Altar and Pillars, holding secrets of ancient lore 3 elegantly designed Brazier, adding warmth and character to the scene 6 vibrant mushrooms, bursting with life and energy Stone and wooden logs strewn about, creating a rugged ambiance 10 durable Fences, guarding treasured riches and hidden pathways Numerous Stump and Tree logs, littering the landscape like nature's own barricades 3 opulent Seden Chairs, waiting to cradle weary adventurers in luxury Barrels and Crates, stacked high with secrets and mysteries yet to be unraveled Treasure Chest, overflowing with gold, jewels, and hidden treasures A single Flag, waving triumphantly in the breeze.
With this file you will be able to print Asia Adventure Islands Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Asia Adventure Islands Low-poly 3D model.