MAHÁ · Beijing II

MAHÁ·Beijing II Conceptual Architectural Design takes the reinterpretation of classicism as its core, fusing avant-garde design language with the spirit of craftsmanship to create an organic space pulsating with vitality. By bridging the symbiotic connection between classical and contemporary eras, the project employs an “Overlapping” aesthetic to resonate with elite tastes, interpreting a Chinese landmark for the world and continuing the legendary narrative of the brand.
Precisely sculpted, curved stone corners converse with patinated bronze metal elements, while enamel facades blend Eastern and Western aesthetic DNA, achieving a modern aesthetic that balances rigor and softness within geometric logic. Centering on integrated spaces featuring staggered terraces and double-height living rooms, the design remolds vertical ecological living through ultra-high sky gardens and streamlined facades. Expansive terraces connect with city park vistas, creating tiered aerial forests; staggered voids and panoramic views, interspersed with solid walls, artfully balance openness and privacy, fostering social interaction and coexistence with nature to forge a sanctuary for holistic well-being.
Warm stone and matte patinated bronze dialogue with terrace greenery, while tactile curved edges form light sanctuaries. Streamlined balconies echo harp-like rhythms, with gradient curved louvers softening sightlines. Floating banquettes and curved planter ledges interweave organically, framed by champagne-gold aluminum edging that outlines a poetic balance between art and function.
Dual Entrances orchestrate two distinct homecoming rituals: The North Entrance, inspired by luxury flagship boutiques, features a pipe-organ concept lobby embodying the ultimate opulent ceremony. The South Entrance seamlessly connects to the city park, where natural stone and cascading greenery craft a serene, resort-like homeward path. Soaring structures and glass curtain walls invite natural light indoors, constructing multi-dimensional interactive interfaces where relaxation coexists with sophistication.

Zefang Zheng, Jinyin Wang, Wenjie Guo, Cecil Xu, Yipeng Guo , Ricky Lam, Estela Kong