Head Office

A8/1, 2nd Floor,
11th Cross Thillainagar West,
Trichy – 620018

Factory & Demo Unit

NH45 Chennai–Theni Highway,
Genguvarpattti,
Tamil Nadu – 624202

MOON SPACE

Moon Space

A futuristic elevated pod inspired by orbital architecture

MOON SPACE

Moon Space Top View
Moon Space Front View
Moon Space Floor Plan
Moon Space Side View
Moon Space Interior Layout

PRIVACY

PRIVACY PLAN DIAGRAM

Privacy Plan Diagram

MOON SPACE DESIGN ANALYSIS

Concept & Structure

Based on the architectural drawings provided, Moon Space represents a modular, elevated micro-dwelling—often described as a “Moon Station” or “Orbital Pod”. The design prioritizes a minimal footprint, biomimetic efficiency, and a futuristic architectural language.

1. Geometric & Structural Form

The primary volume is a perfect sphere, the most efficient geometric form in terms of volume-to-surface-area ratio.

  • Elevation: Raised on a tripod/quadrapod leg system, reflecting a “Touch the Earth Lightly” philosophy.
  • Adaptability: Suitable for uneven terrain, flood-prone zones, and environmentally sensitive sites.
  • Dimensions: 15-foot height and 14-foot diameter create a compact, high-density living unit.

2. Spatial Organization — The Floor Plan

The interior maximizes the circular footprint through intelligent zonal partitioning.

  • Service Core: A quadrant is reserved for the wet cell (bathroom and mechanical systems).
  • Living / Sleeping Zone: Central bed placement establishes a 360-degree experiential focus.
  • Circulation: External deck and staircase act as a transitional bridge between exterior and interior.

3. “Lunar” & Sci-Fi Aesthetic

The visual language draws heavily from retro-futurism and aerospace architecture.

  • Leg Supports: Angled white struts echo lunar module landing gear.
  • Fenestration: Triangular, geodesic-patterned windows balance privacy with controlled daylight.
  • Interior Effect: Fractured light creates a kaleidoscopic atmosphere inside.

4. Structural, Thermal & Site Integration Concepts

  • Structural Load Path: Angled supports manage lateral stability for the elevated spherical mass.
  • Thermal & Airflow: Spherical geometry promotes toroidal (donut-shaped) air circulation.
  • Site Integration: Elevated base preserves the natural ground plane and landscape below.

KEY DESIGN TAKEAWAYS

Feature Concept Goal
Spherical Shell Strength, material efficiency, and volumetric optimization
Elevated Base Adaptability to diverse or harsh terrains
Modular Stairs Clear separation of public and private space
Triangle Windows Balance between structural integrity and natural light