Sparkly Rhinestone & Fringe Sheer Mesh Mini Dress Stage Performance Costume

Command the spotlight and radiate high-glamour showgirl luxury in dynamic tassel motion and light-scattering crystal brilliance.

Designed for showgirls, stage headliners, birthday celebrants, gogo dancers, gala hostesses, and performance artists, this exquisite sheer illusion mini dress combines cascading multi-layered fringe tassels with all-over crystal rhinestones. Engineered to capture venue spotlights, club lasers, and camera flashes from every angle, it turns every spin, sway, and choreography move into a captivating visual statement.

• Dazzling Rhinestone & Fringe Detailing: Encrusted with high-grade crystal rhinestones arranged to highlight and contour natural curves against a transparent mesh base, finished with fluid fringe accents that movement-sync with your routine.

• Kinetic Tassel Movement: Multi-tiered fringe strands add dramatic motion and volume, enhancing every spin and choreography isolation on stage.

• Sculpted Sheer Illusion Silhouette: Form-fitting cut contours the bust, waist, and hips for a classic, high-glamour showgirl hourglass profile.

• High-Flex Flexible Performance: Crafted from a soft, high-stretch knit polyester and elastane blend that provides full freedom of movement for dance sets, vocal performances, and stage appearances.

• Vibrant Performance Colorways: Available in Gold, Black, and Beige.

Specifications & Sizing:

• Included: 1 Women's Sparkly Rhinestone & Fringe Sheer Mesh Mini Dress

• Color Options: Gold, Black, Beige

• Material: 90% Premium Polyester, 10% Elastane Blend with Sheer Illusion Mesh

• Sizing Options: Small (S), Medium (M), Large (L), Extra Large (XL)

• Sizing Guidance: High-stretch performance fit. Please refer to the size measurement guide prior to ordering. Custom sizing options available by providing bust, waist, and hip measurements.

• Care Instructions: Gently spot clean or hand wash cold inside out with mild detergent; lay flat to dry to preserve stone settings, fringe strands, and mesh structure.