The Vessel - Heatherwick Studio | Grasshopper Script + 3D Model

Deconstruct Heatherwick’s Interlocking Staircase Masterpiece. Master Complex 3D Escalated Lattices Without Wasting Weeks in Trial & Error.

Let’s be honest: trying to reverse-engineer Thomas Heatherwick’s iconic, copper-clad vertical maze ("The Vessel") at Hudson Yards from scratch is an absolute nightmare.

You spend days battling complex helical stair intersections, struggling with multi-tier platform offsets, and wrestling with symmetrical angular grids—only to end up with a clunky, broken Grasshopper script that crashes Rhino the second you move a slider.

This complete Grasshopper script & 3D Rhino model of The Vessel case study ends the guesswork instantly.

Whether you are studying interactive public monuments, analyzing interlocking circulation networks, or building a show-stopping architectural portfolio presentation, this production-ready setup gives you the exact computational blueprint.

What’s inside your digital download:

• Fully Editable Parametric Grasshopper Script (.gh): Clean, organized, and color-coded. Control tier heights, base-to-top tapering, stair flight angles, landing platform counts, and structural vessel contours dynamically in real-time.

• High-Precision 3D Rhino Model (.3dm): Organized layer hierarchy with accurate interlocking stair and platform geometry—ready for immediate photorealistic rendering, diagramming, or structural analysis.

• Zero Plugin Friction: Built purely with native Grasshopper components so you can open, modify, and render without chasing down obscure, out-of-date plugins.

Stop rebuilding complex vertical circulation networks from scratch. Download the script, open Rhino, and master Heatherwick’s signature interactive public architecture today.

👉 [Download the Script & 3D Model Now]

The Vessel (Heatherwick Studio) | Grasshopper Script & 3D Model Case Study

Stop wasting hours struggling with complex interlocking stair and basket geometry.

Gain instant algorithmic control over one of New York’s most controversial and celebrated architectural landmarks. This package delivers a clean, fully parametric Grasshopper definition paired with a high-detail Rhino 3D model. Tweak tier heights, tapering profiles, stair angles, and platform distributions dynamically with zero friction.

Ideal for circulation network studies, computational geometry analysis, high-end renders, and elite portfolio case studies.

[Instant Digital Download]

Who Else Wants a Plug-and-Play Computational Model of Heatherwick’s Iconic Bronze Labyrinth?

Most Grasshopper downloads online are an unorganized mess of "wire spaghetti" that break the moment you move a single number slider.

This model and script were engineered specifically for architects, computational designers, and urban sculptors who value clean logic, speed, and real-world precision.

Why this case study will transform your computational workflow:

• 100% Parametric Control: Seamlessly adjust vessel base width, top flare, platform tier spacing, and interlocking stair flight trajectories.

• Clean & Grouped Script Architecture: Every cluster and component is clearly labeled so you can dissect the logic behind helical circulation algorithms step-by-step.

• Diagram & Render Ready: Export crisp vector lines for architectural exploded axonometrics or apply realistic copper and metallic materials for V-Ray/Enscape renders in seconds.

• Ready Out of the Box: Native Rhino and Grasshopper tools only—no missing third-party add-ons required.

Upgrade your digital asset library and master complex multi-tiered public pavilion architecture today.

👉 [Get Instant Access]