Élyor

Roja Moradalibeygi for ROJA

Élyor explores the relationship between strength and vulnerability within contemporary femininity. The collection is grounded in a minimalist approach, using a restrained monochromatic palette and precise tailoring to emphasize structure, control, and presence.

The design process focuses on silhouette as a primary language. Structured outerwear and defined forms create a sense of protection and authority, while softer elements, introduced through materials such as lace and silk, reveal intimacy and subtle sensuality. This contrast reflects the duality of external perception and internal experience.

Through Élyor, fashion becomes a tool to examine how clothing shapes identity, emotion, and confidence. The collection challenges fixed ideas of femininity by presenting it as deliberate, self-defined, and multifaceted. Each garment is designed to hold both strength and softness simultaneously, allowing the wearer to navigate between visibility and vulnerability on their own terms.

Media

ABOUT THE DESIGNER

Roja Moradalibeygi for ROJA

Roja is a fashion designer whose work explores femininity, identity, and self-expression through a minimalist and concept-driven approach. Her practice focuses on the relationship between structure and emotion, using clothing as a way to communicate both presence and vulnerability.

Her collection, Elyor, is built on the tension between strength and softness. Through tailored silhouettes, sculptural outerwear, and a restrained monochromatic palette, Roja creates garments that emphasize control, precision, and form. These elements are contrasted with delicate materials such as lace and silk, introducing a sense of intimacy and subtle sensuality.

With a strong focus on silhouette and material, Roja approaches design as both functional and expressive. Her work considers how garments shape not only appearance but also confidence and emotional experience. Through Elyor, she redefines femininity as intentional, self-defined, and grounded in both strength and complexity.

Scroll to Top