Ananda Twist Long Sleeve Yoga Top

Shamar presents the Ananda Twist Long-Sleeve Yoga Top, designed to combine comfort, elegance, and freedom of movement in a feminine and versatile piece. The twisted detail at the front creates a modern and delicate line, while the cropped cut naturally follows the silhouette during practice and everyday wear.

With a V-neck and long sleeves, the Ananda Twist offers a balanced aesthetic between athletic functionality and style. The fitted construction hugs the body without restricting movement, making it suitable for yoga, pilates, fitness, stretching, or light training.

Made from polyester and elastane, it features a knitted fabric with comfortable elasticity, designed to accommodate various ranges of motion. The material is also described by the manufacturer as breathable, anti-pilling, wrinkle-resistant, and shrink-resistant, helping to maintain the comfort and good appearance of the garment throughout its use.

The top includes removable cups, allowing you to adapt the level of support and coverage to each woman's preference. This feature makes the model more versatile, as it can be worn alone or combined with other sportswear.

Key Features:

• Women's top for yoga and fitness
• Long sleeves
• V-neck
• Front twist detail
• Cropped and fitted cut
• Removable cups
• Fabric made of polyester and elastane
• Breathable material
• Anti-pilling, wrinkle-resistant, and shrink-resistant properties
• No pockets
• Ideal for yoga, pilates, fitness, and light training
• Available in sizes S to XL

Product Information

Composition: polyester and elastane
Fabric type: knitted
Sleeves: long
Neckline: V-neck
Support: removable cups
Fit: close to the body
Use: yoga, pilates, fitness, and training

The Ananda Twist was designed for women who want to feel comfortable and confident in movement, with a design that combines softness, presence, and functionality.

Size guide:

Height and weight reference:

Note: Measurements are approximate and correspond to the garment. There may be a variation of approximately ±2 cm due to manual measurement.