Dashahe sports & Cultural Center Wayfinding System
Brand Name:深圳南山区建筑工务署&华润置地
Design Company Name:深圳市上行线设计有限公司
Nationality / Region:China
Entry ID:2025-07-7471670
Entry Category:Product_Group
Categories:Public Facilities
Introduction
The signage system of Dashahe Cultural and Sports Center draws inspiration from the "folded" architectural concept, aiming to create guidance signs that harmoniously coexist with the space. The design objective is to enhance visitors' spatial experience, ensuring clear and elegant information conveyance. The background is based on the continuous forms both inside and outside the building, requiring the signage system to highly adapt to the changing spatial conditions.The signage system employs materials that coordinate with the architecture, such as the design of arrows in a rolling form, which not only maintains high readability of the text but also harmoniously coexists with the smooth arc surfaces in the space, showcasing innovative applications of new materials and technologies.The signage design focuses on safety, ensuring that the arrow shapes harmonize with the space and avoid any sense of abruptness. Meanwhile, considering ease of use, the information combinations are highly adaptable to meet the spatial needs of different nodes, reflecting humanistic care for visitors.The signage design is gentle and elegant, echoing the architectural language and reflecting formal beauty; functionally, it clearly conveys information and meets orientation needs, showcasing functional beauty; in terms of material selection, it coordinates with the architecture and has meticulous craftsmanship, presenting the beauty of materials and workmanship; the design of rolling arrows combined with preset power sources and other technologies demonstrates the beauty of technology.The signage system was involved in the early stages of design, through close cooperation with the construction team, pre-setting power sources, templates, and mounting hardware, reducing the need for on-site processing. This approach minimizes material waste and energy consumption, while also decreasing environmental pollution during the construction process.