Irish alt.stoner trio The Last Vinci have revealed their new single and video ‘Adding Water to the Ocean’, taken from their forthcoming LP The Revolution is Made Together, due 4th March via Narrow Door Records. Watch: https://youtu.be/sFw7aaXs7Mo Stream: https://linktr.ee/thelastvinci The Last Vinci, from Cork, Ireland, are led by Alex Vinci. Despite the pandemic impacting all music-makers across the globe, The Last Vinci have been working nonstop since the beginning of 2020. ‘Adding Water to the Ocean’ is another glimpse of the band’s new material, having entered the studio in April 2021 with Liverpool producer Tom Peters (Alpha Male Tea Party, Bicurious, God Alone). The new single is one of the most ambitious songs from The Last Vinci‘s new album; the song which best represents the collaborative processes which underpin The Revolution is Made Together. Vocal duties are shared by Brasko and Alex, with a brass ensemble led by John Naylor from A Burial At Sea, and a guest vocal feature from Tosin Bankole of Toshín. The Last Vinci and Alex Vinci are well-known for their punishing low frequencies through a three amps set-up and their “give-all-you-have” energetic attitude, larger-than-life stage presence. Their debut self-titled album was released in 2014, and swiftly followed by The Last Vinci – Live from the Studio, a full live performance recorded at Station Studios, Dublin. The albums were supported by an extensive tour around Ireland, Italy, the UK, Switzerland, and Eastern Europe. The Last Vinci then released their 2019 EP The World, Enda Kenny, the Devil, the Vegans and all the Millennials shit on Narrow Door Records, again successfully touring across Europe. Aiming to immediately return to the studio, the band’s plans were interrupted by the pandemic. Not content to rest, The Last Vinci ended up building The Narrow Studio, a space that became key to working on their new material throughout Covid-19. For more: thelastvinci.com facebook.com/thelastvinci instagram.com/thelastvinci twitter.com/lastvinci sptfy.com/232F |