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Discover refined elegance and superior performance with the Tango Leike Women’s Tango Sandal – Black Lace Mesh & Black Suede.
Thoughtfully crafted for dancers who demand both beauty and function, this model blends luxurious materials with precision engineering to enhance every step on the dancefloor.

The front section features a delicate black lace overlay on soft, breathable mesh, creating a sophisticated, feminine aesthetic that gently adapts to your foot. This light yet supportive structure offers freedom of movement while maintaining stability during intricate tango figures.

The back and heel are wrapped in premium black suede, delivering a smooth, velvety finish that provides both durability and secure ankle support. The closed-back design ensures confidence during quick transitions, embellishments, and close-embrace movement.

Engineered for dancers who value true connection, this sandal offers exceptional contact with the dancefloor, enabling effortless pivots, grounded walking, and precise control throughout your dance. The 75mm heel offers the ideal balance between elegance and comfort, allowing long hours of dancing without compromise.

A perfect fusion of artistry and performance, this shoe is crafted to elevate your tango experience—whether at milongas, rehearsals, or stage performances.

Tango Leike Women’s “Lace Embrace” Tango Sandal – Black Mesh & Suede, 75mm Heel

€199.00Price
Product Code: 15-166-14
Quantity
Production time aprox 6 weeks
  • Front Material: Breathable mesh covered with refined black lace

    Back & Heel Material: Premium black suede

    Design: Closed-back structure for stability and secure hold

    Heel Height: 75 mm (elegant, balanced, dance-optimized)

    Sole: High-quality leather sole for precise contact with the dancefloor

    Interior Lining: Soft, breathable lining for long-lasting comfort

    Fit & Support: Stable, flexible construction ideal for social dancing, rehearsals, and performance

    Performance Benefits: Smooth pivots, excellent floor connection, enhanced control and fluidity

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