TCE Presents Launches New Event Series TILT in Brooklyn

TCE PResents has announced the first lineup for their new series tilt.

TCE Presents has launched a new event series TILT in Brooklyn, strengthening their already established position. The design and production company has not held back, as they put together a fiery roster for December 29th. Featuring Sofi Tukker, LP Giobbi, Chloe Caillet, and Cole Knight, TCE Presents has succeeded in building staunch excitement for TILT.

Adding a bit of zest to a robust nightlife, TILT has ensured a vibrant and unforgettable sonic experience with its short lineup. With a unique blend of artists, TCE Presents has shaped an inviting landscape with global influences. Acts of this degree have never failed to accumulate anticipation, especially as the event happens just before New Year.

An ever-burgeoning buzz has certainly been set in motion with the iconic duo Sofi Tukker. Their unique blend of pop, house, and indie dance has launched them into their own echelon of artistry. The duo’s performances have always bound crowds together in collective enthusiasm.

The other artists, who profoundly color the roster, have made names for themselves via their own musical journeys. Multi-instrumentalist and activist LP Giobbi has had seismic impacts with her songs like “All In A Dream” and “Forever And A Day.” Her new remix of Taylor Swift’s “Cruel Summer” has also taken recognition from fans.

XCESS Records founder Chloe Caillet and DJ Cole Knight have also built a global fanbase in their own right. Altogether TILT has managed to put together a sumptuous collection of artists. TCE Presents, the parent company, has only bolstered its brand with this event. 

Evidently, they have helped to organize end-of-year plans for a wide range of people, edging fans into the new year. With the selection of artists at hand, TILT has promised to deliver an unbelievable way to finish 2023. All in all, TCE Presents have continued their foray into the music scene, never failing to infuse more excitement into the atmosphere.