FOR IMMEDIATE RELEASE

Triangledex: A Deconstructivist, Interactive Bus Stop for the Future of Urban Mobility

Triangledex, designed by Wenkai Xue and his team, has been recognized with the prestigious Silver A' Design Award in the Street and City Furniture category for 2025. Developed at the LAFA Communal Facility Design Studio and completed at the National Experimental Teaching Demonstration Center of Industrial Design in LAFA, Triangledex is a visionary bus stop concept that addresses the evolving needs of modern, post-industrial cities. The project began in February 2025 and concluded in March 2025, with a focus on blending industrial heritage with contemporary urban innovation.

Inspired by the desire to preserve the memory of industrial city clusters while eliminating negative stereotypes, Triangledex employs a rational blue color palette and deconstructivist forms. The design features a distinctive triangular structure, softened through nonlinear modeling to create a dynamic, sporty appearance. Frosted stainless steel provides strength and a unique visual texture, while transparent solar panels integrated into the roof ensure energy self-sufficiency without sacrificing natural light or transparency. The modular construction, utilizing universal body parts and cast connectors, strikes a balance between economic efficiency and aesthetic appeal.

At the heart of Triangledex is its advanced interactive interface, which includes both a standard and a secondary screen. The main display offers real-time operational status and simplified public transport routes, while the secondary screen presents crucial data such as time, weather, and passenger load rates. By leveraging smart city strategies and passenger density analytics, the system delivers intuitive, visualized information to commuters, enhancing their experience and improving the efficiency of public transportation. This innovative approach not only revitalizes urban public spaces but also sets a new standard for the integration of art, technology, and functionality in city infrastructure.

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