Introducing our Dreamlike Illustration of a City New York Inspired Matte Horizontal Posters – where artistry meets imagination in a mesmerizing dance of colors. This poster captures the essence of New York City in a dreamlike panorama, blending retro-futuristic elements with surreal landscapes. Crafted with precision and creativity, this poster is a Stashbox masterpiece.
Quality That Captivates: Printed on high-quality matte paper, this horizontal poster not only exudes elegance but also offers durability. The colors, ranging from light cyan to amber, add depth and richness to the design, transforming any room into an artistic haven.
Metropolis Meets Nature: The unique concept of a metropolis merging with nature brings an unparalleled charm to this poster. Mirrored realms and surreal cityscapes create an atmosphere of wonder, inviting viewers to explore the intricate details of this dreamlike illustration.
Exclusive Stashbox Creation: This poster is an exclusive creation by Stashbox.ai, a brand known for its innovative and artistic designs. The artwork is sourced from New York City videos available at PianoMusicSoothing.com and on YouTube, showcasing the fusion of artistic brilliance and technological innovation.
Subscribe and Explore: Stay updated with our latest creations by subscribing to PianoMusicSoothing on YouTube. Dive into the world of Stashbox.ai and witness the magic of New York City through our unique perspective.
Print your art on exhibition-ready paper and show or sell it to the world. This premium matte horizontal poster is made with museum-grade paper (175gsm fine art paper), and are the perfect means to bring any digital artwork into real life as stunning décor. Available in multiple sizes, each poster is printed with top-tier pigmented archival inks for excellent printing results.
.: 175 gsm fine art paper with matte finish .: 38 sizes to choose from .: For indoor use .: Assembled in the USA from globally sourced parts .: NB! Due to the production process of these posters, please allow for slight size deviations with a tolerance +/- 1/16"
