Seamless crop top

  • Prize
    Winner in Sportswear Design / Fitness & Gymnastic
  • University
    Saint Petersburg State University of Industrial Technologies and Design
  • Lead Designer
    Anush Gigolyan
  • Professor Credit
    Mariia Moskvina
  • Design Status
    Prototype

Description

Innovation
Made with using seamless technology with polypropylene elastic yarn, known for its lightweight, moisture-wicking, and quick-drying properties, keeping you cool and dry during intense workouts.

Product Detail
This seamless crop top is crafted with high-performance materials, ensuring comfort, flexibility, and durability. It features a tiny ribbed structure, made from polypropylene elastic yarn, which offers lightweight breathability and moisture-wicking properties. For added support and a secure fit, the belt section incorporates lycra, enhancing elasticity and shape retention.
Designed for optimal ventilation, the top includes a small perforation on the breast area and sleeves, also a figure-shaped perforations with a logo on the back, allowing enhanced airflow during workouts. The seamless construction provides a smooth, second-skin feel, reducing friction and maximizing comfort for active movement. Perfect for high-intensity training or everyday wear, this crop top delivers both style and performance.

Specification
Target audience: women;
Available sizes: double sizes – XS/S, S/M, M/L;
Color: Black;
Material: polypropylene elastic yarn with lycra in the belt;
Design features: Seamless construction, tiny ribbed texture, small perforation on the breast and sleeves, figure-shaped perforations with logo on the back;
Weight: lightweight, designed for a second-skin feel and maximum comfort during workouts;

Available in two versions, long and short sleeve.

Bio
I'm fashion&technical designer. I have a bachelor degree in Fashion Design, now I'm studying to get a masters's degree at Clothes Engineering. Circular knitting machine designer Santoni SM8-TOP2V. Specialised in women's activewear design.



  • FIT Seal

FIT Sport Design Awards 2025
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