Tek Tha Supah Latin, Mellow Man Ace, and Ehmandah "1:21:47" Matte Vertical Posters

"1:21:47" is a reflective ode to the golden era of hip-hop, delivered with the gritty authenticity of artists who've lived through the genre's evolution. Tek Tha Supah Latin, Mellow Man Ace, and Ehmandah unite to bring us a track that's steeped in nostalgia, yet pulses with the vibrancy of contemporary flows. As the clock strikes 1:21:47 in the morning, the bars are filled with memories of breakdancing battles, the Wake Up Show, and an age when hip-hop was about sharp wits over gun talk. This song isn't just a track; it's a time capsule that captures the essence of a culture that's more than music—it's a way of life.

The mood of "1:21:47" is one of late-night contemplation, a moment of clarity amidst the quiet hours where the mind wanders through the hallways of the past. It's a tribute to the love affair with hip-hop, an unbreakable bond that's both personal and universal. The artists weave their stories with a raw passion that resonates with anyone who's ever found solace in the beat and the rhyme. With each verse, they challenge the current state of the genre, reminiscing about a time when authenticity reigned supreme. This track is a call to arms for the true hip-hop heads, a reminder to never forget where we came from, and to always keep it real.

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"