The vibrant spirit of Zimbabwean women shone brightly at the Alex Sports Club yesterday as the ‘Doek and Slay’ event reached new heights. With over 13,000 attendees, the event has solidified its reputation as Zimbabwe’s largest outdoor party, setting a new record for turnout. Celebrated for its lively atmosphere and distinctive dress code, the ‘Doek and Slay’ gathering drew an impressive crowd of 13,770 women, all embracing the event’s signature look—denim, white tops, and vibrant doeks. This year’s edition was marked by its unparalleled scale and festive energy.
The event was not just a fashion spectacle but a family-friendly celebration, welcoming children and creating an inclusive environment. Attendees enjoyed an array of performances by popular artists EXQ, Killer T, and Freeman, who delivered energetic sets that resonated with the massive crowd.
In a statement to H-Metro after the event, the organizers expressed their excitement and satisfaction with the turnout. “We can safely say that this edition was the biggest event with over 13,770 women in attendance,” one of the organizers remarked, reflecting on the success of the gathering. The ‘Doek and Slay’ event continues to grow in popularity, offering a platform for women to celebrate in style and unity while showcasing the rich cultural vibrancy of Zimbabwe.
In other news – Gresham Tapiwa Nyaude wins 2024 FNB art prize
Zimbabwean artist Gresham Tapiwa Nyaude has been announced as the winner of the 2024 FNB Art Prize, a prestigious accolade presented during a ceremony in Rosebank on August 6. This marks the 14th edition of the annual competition, which is dedicated to fostering and elevating the cultural and artistic contributions of the African continent.
The 2024 FNB Art Prize jury, composed of Kim Kandan (fair manager and FNB Art Joburg representative), Lezanne Viviers (collector, creative director, and founder of VIVIERS), and Mfundi Vundla (collector and veteran film and television producer), praised Nyaude’s work for its striking balance of hope and political resistance. Read More
