The Beanstalk Tower Low-poly 3D model

The Beanstalk – Canceled 120-Storey Tower Concept | Low-Poly 3D Model

Inspired by ambition. Defined by imagination.

Originally envisioned as a landmark for Kuala Lumpur, The Beanstalk was the first conceptual draft for what would have been the tallest skyscraper in the world—soaring 120 storeys into the sky. Though the real-world project was eventually shelved, the vision lives on in this unique, stylized 3D model.

Model Overview

This low-poly tower captures the essence of futuristic urban architecture—slender, sculptural, and towering. Its spiraling silhouette draws inspiration from organic forms and vertical growth, giving it an iconic presence in any digital skyline. Ideal for conceptual renders, stylized cityscapes, or high-concept sci-fi settings.

Key Features:

• Original Architectural Concept

Based on an early-stage proposal for a record-breaking skyscraper project in Kuala Lumpur. This design has never been used or built, making it an exclusive piece of architectural fiction.

• Low-Poly Efficiency

Optimized geometry suitable for real-time applications like games, VR, and mobile environments. Clean topology with minimal draw calls for performance-friendly rendering.

• Stylized Vertical Design

A unique twisting form that evokes both futuristic and fantastical vibes—perfect as a central tower in a modern metropolis or a magical vertical citadel.

• Modular-Friendly

The model can be reused, duplicated, or modified as a background element or focal point in urban scenes.

Included:

• Low-poly 3D model of The Beanstalk
• Available in common formats (FBX, OBJ, MAX)
• Basic material setup for quick integration into projects

Use Cases:

• Sci-fi or fantasy city design
• Worldbuilding in concept art
• Architectural visualization
• Game and VR environments
• Futuristic landscapes and cinematics

Note: This concept is an original vision and was never developed or constructed. A rare asset for collectors of unrealized architectural designs or creators seeking standout visual elements.