What Is Volumetric Modular Construction?

What Is Volumetric Modular Construction?

Volumetric modular construction is a type of off-site construction where pre-built modules are connected to form a finished building.

This method is also known as prefabricated building, but the exact definition can vary. The modules are factory-finished and require little additional work to make the building functional.

This approach provides significant benefits, including reduced lead times, increased on-site productivity, and improved quality and consistency of the finished building.

These modules are typically larger than those used in other types of modular construction and are completely enclosed, meaning that all six sides of the module are accounted for. The modules are assembled in an offsite factory setting and then joined together on-site to form a complete building.

Volumetric modular construction is often faster than traditional construction methods due to the majority of the work being done in a controlled factory setting. This can result in shorter planning and delivery times, as well as more efficient costs.

Additionally, volumetric modular construction is more environmentally friendly due to less material waste and higher energy efficiency.

What Are The Benefits Of Volumetric Modular?

The benefits of volumetric construction include faster construction times, higher quality and consistency, better cost control, and improved resource and environmental efficiency.

Volumetric construction is faster and easier to complete within a shorter timeline, resulting in faster progress in development.

The modular units produced in factory conditions lead to increased overall quality and consistency, as well as more accurate and consistent cost projections.

Volumetric construction is also more resource-efficient and environmentally friendly in the long run.

What Is Volumetric Vs Panelized?

Volumetric construction is a three-dimensional method of building, whereby the structural components are constructed in factory conditions before being transported to site and assembled.

This approach offers many advantages over traditional, two-dimensional methods such as panelized construction.

Volumetric construction is more efficient and faster, resulting in reduced labor costs and shorter project timelines.

The controlled environment of the factory also results in higher quality construction, with less chance of weather damage or other factors affecting the build.

In addition, volumetric construction lends itself to more flexible design, as the components can be easily modified or customized to meet the specific needs of the project.

What Are The Advantages Of A 3d Volumetric Construction?

There are plenty of advantages that come with a 3D volumetric construction, e.g.

• You can get a much better sense of the size, dimension and layout of the proposed construction project.
• It allows you to better coordinate and place objects within the construction area.
• You can avoid potential problems with foundations, load-bearing walls and other structures by getting a complete three-dimensional view of how they will interact with each other.
• You can create a virtual reality environment for testing various aspects of the construction before committing to the actual thing.

Is Modular And Volumetric Construction The Same?

There is sometimes confusion over the terms modular and volumetric construction, with people often assuming they are one and the same thing.

However, there are actually some key differences between the two types of construction.

Modular construction generally refers to factory-built units that are transported to site and then assembled together, often using a crane.

Volumetric construction, on the other hand, generally takes place entirely on site, with everything being built from scratch using traditional methods.

So, while modular construction can be used for both homes and commercial buildings, it is volumetric construction that is most commonly associated with large-scale projects such as office blocks and apartment complexes.