1:100 ALT Mori Lodges

I. Basic Project & Model Information

• Project: ALT Mori Lodges is a high-end resort residence / homestay project built on a mountainous terrain. Its core design philosophy is “Architecture in Harmony with Nature”, characterized by log structures, extensive daylighting, and mountain-slope adaptability.
• Model Scale: 1:100, a golden ratio for architectural presentation and spatial effect display. It fully reproduces the overall relationship between the building and the site while clearly presenting architectural details.
• Manufacturer: QZYMODELS, a professional high-end architectural model maker in China, with core strengths in solid wood models and minimalist conceptual models.

II. Material & Craftsmanship: Intangible Cultural Heritage‑Level Solid Wood Mastery

1. Material Selection: The Ultimate Expression of Natural Wood Tone

• The main building, terrain base, and detailed components all use natural solid wood without additional painting or chemical coating, maximally restoring the warm texture and natural grain of the wood, making the model itself a tactile work of art.
• The natural warm hue of the wood aligns perfectly with Mori Lodges’ design core of “mountain living, log aesthetics, and nature integration”, unifying the model’s material with the architectural concept.

2. Craftsmanship Details: Extreme Precision in Minimalist Style

• Structural Replication: At 1:100 scale, it accurately reproduces the building’s wooden beam‑column system, sloped roof form, large glass curtain walls, and interior layout. Even details such as chimneys, window grilles, and interior furniture are faithfully scaled down with exceptional refinement.
• Terrain & Landscape: The sloped terrain is carved in layered solid wood, perfectly restoring the height differences of the mountain site. Tree models use simulation techniques in warm brown tones to create an autumn forest atmosphere, forming a visually harmonious effect with the log architecture.
• Lighting Design: Built-in warm ambient lighting. In night mode, light glows from inside the building, accurately reproducing daylighting effects and spatial transparency, intuitively showing indoor-outdoor light relationships and delivering an immersive experience for project presentation.
• Minimalist Aesthetics: Following the principle of less is more, excess decoration is eliminated. Pure lines, solid wood texture, and natural light present the most authentic design language of the architecture, defining the finished piece as conceptual minimalist style.

III. Architectural Design Replication: Spatial Logic of a Mountain Resort Residence

1. Site & Layout

2. Architectural Form & Space

• Main Building: Features a steeply sloped roof adapted to mountain climates. The facade combines large glass curtain walls with solid wood frames, achieving “seamless integration of indoor and outdoor spaces”. Transparent glazing and warm lighting in the model vividly demonstrate the building’s excellent daylighting and panoramic views.
• Auxiliary Cabin: Adopts a simpler sloped roof design with vertical wooden grilles on the facade, balancing privacy and natural light in a concise yet sophisticated form.
• Spatial Hierarchy: The main building is multi-story, with double-height spaces and large windows creating expansive interiors. The interior layout and furniture arrangement are clearly visible in the model, fully restoring the building’s internal spatial logic.

3. Style Positioning

IV. Model Value: Beyond Display, As Artwork

1. Professional Value

2. Artistic Value

V. Summary of QZYMODELS’ Craftsmanship Strengths

• Material Control: Selection of premium natural solid wood with preserved original color, achieving high unity between material and design.
• Precision Control: Millimeter-level reproduction of architectural structure, details, and site relationships at 1:100 scale.
• Aesthetic Expression: Amplifying architectural design language through minimalist craftsmanship, making the model a physical extension of the design.
• Scene Creation: Integrated design of lighting, landscape, and terrain to reconstruct the building’s real-life context and atmosphere.