Zara stores are drawing attention with their shopping spaces designed to cater to the experiences of different customer groups and to integrate new technological solutions.
Recently, Zara officially opened its new concept store at Hanoi Centre, a newly launched shopping mall within Tien Bo Plaza, simultaneously repositioning the brand's retail network in Hanoi. This space showcases Zara's latest concept store model, divided into two separate shopping areas for women and men, demonstrating the brand's sophistication in structuring the experience according to product lines and customer groups.
Spanning over 1,800 square meters, the store integrates cutting-edge technology into the shopping experience, alongside showcasing a full range of collections for both women and men.
In addition, the store has a separate area for shoes and handbags, as well as the Zara Origins collection, allowing customers to access products by functional group in a space designed to guide them through a seamless shopping journey.
Zara's new store space demonstrates the connection between fashion, architecture, and technology, all placed within a single framework to create a profound shopping experience. The interior architecture is formed from a series of boutique-style spaces revolving around an escalator axis. The gateways and beams act as a guiding framework, creating visual order and engaging in dialogue with the curved glass facade, allowing natural light to flood inside.
The women's fashion section is located on the ground floor with high ceilings and materials such as oak wood, dark-finished surfaces, and black lacquered metal. The basement space, dedicated to the younger customer segment, uses stainless steel, dark ceilings, and textures reminiscent of industrial design to separate the display areas.
The menswear section continues the same architectural principle, with a material palette revolving around deep gray tones and marble surfaces. In both locations, open retail areas are situated alongside showrooms, connected by dark wood framing that acts as a transition between spaces
