Sweet Home
Version:25.0725.00
Published:February 7 , 2026 10:20:50 AM
Introduction
Sweet Home App: Design and Decorate Your Dream Home
The Sweet Home mobile application is a comprehensive interior design and home planning tool. It allows users to create detailed 2D floor plans and visualize them in 3D. This Sweet Home app is ideal for homeowners, renters, and DIY enthusiasts who want to experiment with furniture arrangements, plan renovations, or design their dream space before making any physical changes. The primary reason to download Sweet Home is its powerful yet accessible feature set that turns complex architectural planning into a simple, intuitive process.

Creating a Detailed 2D Floor Plan
Users begin their project in Sweet Home by drafting a 2D layout. They start by selecting the wall tool and drawing the perimeter of a room to scale. The app provides snapping guides for precision, ensuring corners meet perfectly. Doors and windows are then added from the library, with adjustable dimensions to match real-world products. Users can drag and drop these elements onto the walls, and Sweet Home automatically creates appropriate openings. This foundational step is crucial, as the accurate 2D plan instantly generates the 3D model that users will decorate.

Populating the 3D Model with Furniture and Fixtures
After the shell is created, users furnish their virtual space. The Sweet Home library contains a vast catalog of objects like sofas, tables, and appliances. Users browse categories, select an item, and place it directly onto the 2D plan. They can then rotate and position the item for optimal placement. Instantly, the 3D view updates to show how the furniture looks in the space. This function of Sweet Home allows for effortless experimentation with different layouts and styles without the heavy lifting of moving real furniture.

Navigating and Customizing in Real-Time 3D
The core experience of Sweet Home is exploring the design in immersive 3D. Users switch to the 3D view and navigate their creation using simple touch controls: swiping to rotate the camera and pinching to zoom. They can walk through rooms to get a true sense of scale and flow. From this view, users can also select any object to modify its properties, such as changing the color of a wall or the fabric on a chair. This real-time interaction is where the Sweet Home app truly shines, providing a lifelike preview of the finished design.

Calculating Accurate Material and Cost Estimates
Beyond visualization, Sweet Home serves as a practical project management tool. As users add elements like flooring or wall paint, they can specify the exact product dimensions and material type. The app can then generate reports calculating the total area to be covered, such as square meters of flooring or liters of paint needed. For a project planned in Sweet Home, this data helps users create a precise shopping list and budget, preventing costly over-purchases or underestimations during a real-world renovation.

Exporting and Sharing Design Projects
Once a design is complete, users can share their work directly from Sweet Home. The app provides several export options: saving a high-resolution image of the 3D view to a device's camera roll, generating a PDF document of the 2D plan with measurements, or creating a video walkthrough. These outputs are essential for communicating ideas to family members, contractors, or landlords. The ability to share a tangible plan from Sweet Home ensures everyone involved has a clear understanding of the proposed design intent before any work begins.
Utilizing the Extensive Online Object Library
The utility of Sweet Home is greatly expanded by its access to a massive online repository of 3D models. Users can search this library for specific brands of furniture, appliances, or decorative items to incorporate into their project. After finding a model, they simply download it directly into their open project. This feature keeps the Sweet Home app current and incredibly detailed, allowing users to design with actual products they intend to buy, making the virtual model a near-perfect representation of the planned final result.
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