Beijing 1:200 Urban Renewal Concept Planning Model — Transforming Urban‑Renewal Vision Into Tangible Visual Exhibit

Production Craftsmanship: Eco‑friendly Material & High‑precision Modular Assembly

1. Refined application of eco‑friendly materials

   Recyclable plastics and bio‑based eco‑friendly materials are adopted. Pre‑treatment and custom processing realise seamless joints across varied materials. It complies with the project‑core sustainability principle, meanwhile eliminating the rough surface common for eco‑friendly raw materials, and guarantees fine overall texture for the whole model.

   
   
2. High‑accuracy modular assembly

   Following the core modular‑design concept of the proposal, modular assembly technology is implemented. Assembly tolerance for every component — from high‑rise main building units to small supporting building blocks — is controlled within millimetres. It ensures stable structure for this large‑size model and delivers neat visual effects, faithfully reflecting the original design logic and forms.

   
   

Detail Presentation: Interpret Urban‑planning Core via Miniature Physical Object

1. Multi‑layer detailing to reproduce authentic urban fabric

   This model acts as a complete miniature city.

   ‑Architectural detail: Building facades with green systems are finished with layered textures. Material differences separate green modules from building structures, intuitively visualising green‑building ideas.

   ‑Spatial detail: Road networks are strictly scaled at 1:200, even with miniature lane dividers. Multiple green‑tone materials differentiate vegetation types across green zones together with mini landscape installations, making urban‑livability concepts tangible.

   ‑Auxiliary components: Miniature simulated vehicles and public facilities are arranged according to real‑world urban functional layout, enhancing immersive scene realism.

   
   
2. Turn abstract strategies into concrete visuals for better readability

   Superior craftsmanship and rich details convert abstract urban‑renewal strategies into straightforward visual language. Observers can quickly grasp the project’s core vision‑revitalise existing urban spaces and boost urban resilience‑through modular building combinations, green‑infrastructure distribution and site functional zoning. It accurately interprets design intentions from PAO Architecture and Tsinghua University, serving as a powerful physical presentation tool for proposals, academic showcases and international exhibitions.

   
   

Project Highlight: Exhibit for China Pavilion at the 19th Venice Architecture Biennale