La Troya Returns to Chinois Ibiza for a Landmark 2026 Season

La Troya Returns to Chinois Ibiza for a Landmark 2026 Season

Ibiza’s nightlife landscape is set for a significant revival as the iconic party brand La Troya officially returns to Chinois for the 2026 season. After a year-long hiatus, the celebrated event series is reclaiming its place on the island, promising to transform Monday nights from May 25th through October 5th into a vibrant celebration of music and inclusivity.

Founded by the visionary Brasilio de Oliveira, La Troya has long been revered for its high-energy atmosphere and its deep roots in LGBTQI+ culture. The partnership with Chinois, a venue known for its commitment to community-driven experiences and sophisticated sound, creates a natural synergy between two pillars of the Ibiza club circuit.

A Star-Studded 2026 Program

The 2026 season boasts an expansive and diverse lineup, reflecting the party's commitment to both legendary selectors and contemporary innovators. Attendees can look forward to performances by industry titans including David Morales, Todd Terry, Nicole Moudaber, Hannah Wants, Mark Knight, Mousse T, and Wally López.

The programming extends beyond traditional house music, incorporating a wide array of talent such as Melanie C, Gok Wan, Jodie Harsh, Groove Armada, Horse Meat Disco, and Kevin Aviance. With MC Baby Marcelo leading the charge, the season is designed to foster an environment of radical self-expression and musical exploration.

Photo credit: Chinois Ibiza – Official

Located in the heart of Marina Botafoch within the Ibiza Gran Hotel, Chinois continues to solidify its reputation as a premier destination for electronic music enthusiasts. As the venue enters its fifth year, the return of La Troya serves as a testament to its ongoing growth and dedication to the island's rich clubbing heritage.

La Troya Chinois Ibiza 2026

For those looking to experience the magic of this legendary residency, tickets and further information are available through the official Chinois channels.