The Thickest Container House

Among the publicly available information, the thicker container houses are represented by the Carol House in New York, USA, and the Giant Black Container Building, which achieve a heavy appearance and space expansion through multi-layer stacking and structural optimization.

Carol House in New York, USA

Located in Brooklyn, New York, this building is stacked from 15 containers, forming a living space of 5,000 square feet (approximately 464.5 square meters). Its design features include:

• Structural Stacking: The containers are beveled along the top and bottom, creating a sculptural silhouette that echoes industrial history while creating private spaces and an underground garage entrance through the cuts.
• Spatial Functionality: Inside, there is an open-plan living room, five bedrooms, five bathrooms, a study, a home theater, and a 2,500-square-foot outdoor terrace. The top-floor master suite is equipped with a bathtub and a walk-in closet, and the basement features a temperature-controlled wine cellar.
• Materials and Craftsmanship: Industrial elements such as exposed plywood walls and suspended steel staircases are used, combined with modern design to enhance the spatial texture.

Giant Black Container Building

Located amidst pastoral scenery, this building consists of a four-story structure made up of 16 containers, with the following characteristics:

• Modular Design: Each container measures 12 meters (length) × 2.4 meters (width) × 3 meters (height). Through standardized module stacking and splicing, flexible spatial combinations are achieved.
• Structural Optimization: A steel frame enhances overall stability, creating a heavy appearance that contrasts with the natural environment while reducing construction costs and shortening the construction period.
• Functional Expansion: In addition to residential use, it extends into diverse functions such as cafes and event spaces, supporting rentals and social activities like parties and exhibitions.

Technical Parameters and Construction Logic

• Load-Bearing and Dimensions: International standard 20-foot containers have a load capacity of 25 tons, while 40-foot containers can bear 45 tons, providing a foundation for multi-layer stacking.
• Spatial Adaptability: Through container combination design, it breaks through the limitations of a single container, achieving a leap from small single-story to large multi-story buildings.
• Material Innovation: The application of thickened steel, galvanized materials, and sandwich panels enhances structural durability and thermal insulation, meeting the needs of long-term residence.

The above cases demonstrate that the 'thickness' of container houses is not only reflected in the physical stacking layers and dimensions but also stems from the comprehensive application of structural optimization, functional integration, and material technology.