Brickburgh - Steampunk Theme World Inspired by Rookburgh

Brickburgh - Steampunk Theme World Inspired by Rookburgh "Step into Brickburgh, an extremely detailed and immersive, yet believable Planet Coaster theme world inspired by Rookburgh at Phantasialand. Explore an exciting world of innovation and invention, where every aspect of the steam punk and industrial theming was meticulously crafted to create a unique and unparalleled experience." Brickburgh is my third large-scale Planet Coaster project, building on the success of my previous projects, Grindlheim and Volt. Over the course of 1. 5 years, I invested several hundred hours in designing the area and placing each of the 150,000 objects that make up Brickburgh. For the first time, I made use of TMTK items, too. Brickburgh's main attraction is a modern suspended thrill coaster called Kohleflug. "Prepare for takeoff on Kohleflug (coal flight), the latest invention of Brickburgh's finest engineers. This exhilarating new apparatus allows passengers to experience the wonder of flying over and through the city, soaring just inches away from towering buildings and rushing through tunnels deep beneath the bustling metropolis." As with my previous projects, I composed and produced a bespoke soundtrack for Brickburgh. There are several custom made billboards, logos and a queue line video on display throughout the theme world as well. All files are created by me. Please download these custom media files, via a click on the image above or the link below. Especially the music is of utmost importance for the best immersive experience! I cannot state this enough. All files are released under CC BY NC 4. 0 and can be adapted and shared in any medium free of charge for non-commercial use! You won't get copyright strikes on Youtube for using the music or images. GoogleDrive: https://drive.google.com/file/d/1P5sVB7HHZUaVmXuG_hm-FWzGfZ7Xwi10 For those who like the music, I also created a normalley edited, non-looped, EP-version of the soundtrack. You can listen to or download it as high qu