To achieve a three-dimensional presentation of the manned aircraft, the webpage design employs a model-based animation technology stack, integrating front-end graphics rendering technologies such as Three.js and GSAP. A fully interactive 3D model scene is constructed, allowing for accurate modeling of the aircraft’s structure and flight path programming. This enables the page to realistically reproduce the aircraft's motion trajectory in various flight attitudes, while simultaneously showcasing both its external framework and internal system layout.

To further enhance user immersion, the page incorporates dynamic content interaction design. By leveraging mouse event listeners and motion tracking mechanisms, textual descriptions and image content on the page respond in real-time to user mouse movements, creating seamless transitions and synchronized perspective changes. Whether exploring cockpit details or inspecting the internal structure of the engine, users enjoy a more intuitive and fluid interactive experience.

The entire animation system is developed using a modular approach, ensuring both performance efficiency and ease of future expansion and cross-platform adaptation. This exemplifies how modern web design can strike a balance between technological presentation and user experience.