Beach Container House Design Drawings

Currently, specific design drawings for beach container houses are not directly provided, but you can refer to the following design cases for customized design:

1. 40㎡ Double-Container Horizontal Splicing Design This case was designed by Alice Hansen from Lewisham, Australia. It uses two standard containers spliced horizontally to form a living space of approximately 40㎡. The interior adopts an open layout, achieving spatial connectivity by removing some side panels:

• Functional Zoning: An observation living room is set at the entrance, equipped with large glass windows (an entire wall is replaced with glass) to maximize the view of the sea. A booth-style reading corner is set on one side of the living room, utilizing the corner space of the container. The bedroom area is located at the other end, with skylights installed to introduce natural light and enhance ventilation.
• Structural Features: Horizontal splicing retains the original structural strength of the containers, with only non-load-bearing walls being modified, resulting in relatively low construction difficulty. The contrasting design of glass windows and steel structures enhances the modern feel.
• Applicable Scenarios: Suitable for long-term residence or vacation use, especially in beach environments that emphasize the landscape experience.

2. 20-foot Container Loft Design For a compact space of 14㎡, a loft structure is used to achieve vertical zoning:

• Functional Zoning: The lower level is an integrated living room and kitchen area, retaining the original steel plate texture of the container as a decorative wall. The upper level is a tatami bedroom connected by a ladder or folding stairs, saving floor space.
• Material Matching: The combination of steel plates and wooden furniture not only retains the industrial style but also neutralizes the cold and hard feel with wooden elements. Storage drawers can be designed under the tatami to improve space utilization.
• Applicable Scenarios: Suitable for short-term stays or mobile scenarios (such as beach campsites), emphasizing functionality and portability.

3. 40-foot Container Expandable Design Spatial dynamic adjustment is achieved through the cutting and welding process of the main container and the auxiliary container:

• Structural Principle: During transportation, the auxiliary container is completely retracted into the main container to reduce volume. After expansion, the auxiliary container extends outward through sliding rails or hydraulic devices to form a connected space with the main container. The interior uses furniture partitions (such as movable bookshelves and screens) to divide the bedroom, living room, and kitchen, avoiding the increased installation difficulty caused by fixed walls.
• Advantages: It reduces on-site construction volume and is suitable for remote beaches or scenarios that require rapid deployment. After expansion, the space can reach more than 60㎡, meeting the needs of multiple people for residence.

Suggestions for Obtaining Specific Drawings: If detailed construction drawings or 3D models are required, you can contact professional container house design agencies (such as 'Yixia Design'). After providing the site dimensions, functional requirements, and budget, a customized plan can be obtained. You can also refer to the renovation logic of the above cases and design on your own in combination with the standard dimensions of containers (such as 20 feet long, 6 meters wide, and 2.4 meters high; 40 feet long, 12 meters wide). The key considerations should include structural load-bearing, anti-corrosion treatment (due to the high humidity in beach environments), and wind-resistant design (because of the strong winds in coastal areas).