導引式回收天燈

本作品以傳統天燈文化為出發點，結合熱氣球升力原理與工程設計，提出一種具導引與回收機制的天燈系統。透過底部四角配置獨立火源模組，利用火力差異造成內部熱流偏移，使天燈在升空過程中具備基礎方向控制能力，能朝預設回收區域飛行並安全降落，改善傳統天燈隨風飄散、難以回收與環境污染等問題。同時，本設計保留點火與書寫祈福的傳統儀式，使使用者在體驗上仍維持文化情感與參與感。整體結構採輕量化鋼骨底盤與模組化燃燒系統，在兼顧穩定性與安全性的同時，提升維護與操作效率。視覺呈現上，結合3D建模與AI輔助渲染，強化產品外觀與情境表現，使設計更貼近實際應用。本作品致力於在文化傳承、環境永續與工程可行性之間取得平衡，重新定義現代天燈的可能性。

Guided Recovery Sky Lantern

This project reinterprets the traditional sky lantern by integrating hot air balloon principles with modern engineering design. A four-point independent burner system is developed at the base to create differential heat distribution, enabling basic directional control during flight. This allows the lantern to move toward a designated recovery zone, improving retrieval efficiency and reducing environmental impact caused by uncontrolled drifting. At the same time, the design preserves the cultural ritual of writing wishes and ignition, maintaining emotional and experiential value. The structure adopts a lightweight frame with modular burner units to ensure stability, safety, and ease of maintenance. Visualization combines 3D modeling and AI-assisted rendering, enhancing both realism and presentation quality.