AstroNest Logo Flagship Spatial Case Study

ASTRONEST — MICRO-LIVING

Engineering a self-contained, zero-emission phygital micro-living capsule pavilion to simulate future spatial habitats.

Role
Spatial Director & Lead Architect
Client
AstroNest Tech Corp
Timeline
Q2 2026 (3 Months)
Budget
NT$2,800,000

The Spatial Challenge

AstroNest Tech Corp required a fully functional smart micro-living showroom pavilion to showcase their next-generation planetary-cabin modular housing units. The spatial prompt called for a completely self-contained, lightweight, and freestanding structure constructed within a Grade-A mall atrium.

The physical environment introduced severe design challenges:

  • Low Ceiling Clearance: An interior envelope limit of exactly 2.2m forced an ultra-flush ventilation and lighting panel architecture.
  • No HVAC Hookups: Active heat ventilation had to rely entirely on passive convective slots hidden in double-skin panels, powered by a low-draw 24V silent fan array.
  • Lease & Load Caps: A zero-drilling policy and strict floor weight caps meant we had to construct a modular, freestanding frame with aerospace-grade materials.

Our execution utilized an aerospace-grade **modular aluminum framing system** supporting structural honeycomb core panels. This minimized transport weights, delivered 100% reusability/recyclability, and reduced assembly times by 60%.

Blueprint Index AN-02

Freestanding Base Matrix

Constructed with weighted perimeter structural plates. Solid neoprene isolation pads decoupling the frame from the atrium tiles. No floor anchorage required. Total unit weight: 820 kg.

Acoustic Proof: Ambient Override

Listen to the simulated localized environmental soundscape "Gravity Override" recorded live inside the AstroNest capsule unit. Deep low-frequency drones isolate the user from external mall hums.

Gravity Override
AstroNest Cabin Drone Capture
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