MC Random & Chop Lui "Hot Out the Beatbox" Matte Vertical Posters

"Hot Out the Beatbox" is a scorching track that takes you straight to the heart of a sun-soaked block party where the beats are as relentless as the summer heat. MC Random & Chop Lui serve up a feast of old-school boom-bap with a modern twist, perfect for blasting through the speakers and getting the crowd hyped. With its infectious rhythm and hard-hitting lyrics, the song captures the essence of hip-hop bravado, as the duo boast their prowess both on the mic and in the studio. The mood is unapologetically confident and energetic, inviting listeners to kick back, nod their heads, and let the duo's lyrical finesse take center stage.

The narrative woven through the verses is one of undeniable skill and presence, with MC Random and Chop Lui asserting their dominance in the scene. They paint a vivid picture of a party where they are the main event, effortlessly commanding attention and respect. The lyrics are a barrage of clever wordplay and references that showcase their versatility and command of the genre. With each verse, they build up the intensity, culminating in a chorus that's as catchy as it is boastful. "Hot Out the Beatbox" isn't just a song, it's a statement—a declaration that these artists are here to set the bar and rock the funky beats like no one else can.

Introducing the perfect means to print art on – the premium matte vertical posters. Made with museum-grade paper (175gsm fine art paper), these posters translate any digital artwork into exquisite real life décor. Available in multiple sizes, each poster is printed with top-tier pigmented archival inks for a stunning end result.

.: Made with museum-grade archival paper (175gsm) for excellent printing fidelity and vibrant color reproduction.
.: For indoor use only
.: Find the perfect match to your customers' needs thanks to the 38 available sizes.
.: 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"