Investing should leave a legacy.

The demand has never been greater for sustainable, efficient building solutions. We are positioning ourselves for long-term growth and scalability at MBS to build a better world.

MBS is currently seeking out strategic and angel investors to join our mission to disrupt the construction industry and to support marginalized communities directly. If you wish to see our business plan, revenue model, investor proposition, or any other technical information, please do not hesitate to fill out our contact form.


The Market for New Construction

The world is growing, and there's a massive opportunity in North America and worldwide in the new construction market. At MBS, we plan on targeting multiple markets, continuing to innovate our build process, and scale as demand grows.

Pilot Projects

Kansas City Charity Services wish to develop 100 tiny homes at roughly 750 ft2 each, totaling 75,000 ft2 of finished space, generating revenue of $11.2m.

SweetBio wishes to develop a hybrid building of office space and manufacturing. The estimated size of this project will be between 5000 ft2 to 7500 ft2 generating revenue of $1.5m

First Funds Financial Runway

A $2,000,000 initial investment will provide MBS a runaway time of 12 months to hire our extended team, complete our pilot projects and gain market acceptance.

Financial Forecast

Our financial forecast is completing 43 typical (25,000 ft2) building projects by Year 5, generating revenue of $191,846,595

Value Propositions.

Reduced Construction Timelines

By pre-manufacturing all major structural wall and floor panels, the MBS concept accelerates construction timelines by over 50%. The process allows the on-site works such as deep services and foundations to be carried out simultaneously as the off-site fabrication works. Other extraneous impacts such as poor weather conditions are also reduced.


Reduced Costs
The productivity and efficiency benefits of pre-manufactured construction generate significant cost savings compared to traditional construction. The savings also extend across the construction process to finance holding costs and construction overhead due to a shorter project timeline. By designing and modeling the building upfront, project stakeholders, including developers, architects, consultants, engineers, and contractors, can visualize and sign off on construction work before it takes place. This significantly eliminates cost variations commonly associated with conventional construction methodology. In summary, cost advantages include:
  •  Reduced logistics cost versus “stick-built” and conventional modular systems

  •  Improved overall cost monitoring using a process controlled manufacturing model

  •  Reduced foundation capacity requirements versus concrete & steel construction

  •  Lower overhead cost due to shorter on-site construction schedule

  •  Optimized design, manufacturing, and assembly processes

  •  Lightweight offers the ability to build on top of existing structures with far less interference or alteration to the existing facilities.

  •  MBS offers a quick building completion, essential in areas of limited construction seasons or within highly disruptive areas

Minimal Waste
Pre-manufacturing can reduce waste to landfill sites by over 80%. Due to our precision manufacturing process, little to no material waste is created on the job site or in off-site construction. Our buildings can be disassembled and repurposed, eliminating demolition. Less waste = better margins.

Environmental Sustainability
MBS primarily uses wood and timber products, the most sustainable building materials. The premanufactured construction process enables a significant reduction of material waste by up to 60% to 80% compared to conventional construction methods. All of MBS' wood materials are sourced from accredited sustainable providers.

Wood offers several environmental advantages over concrete and steel building materials

  • Wood is a renewable resource. Conversion of wood requires 70-90% less energy compared to steel.

  • Wood is also a tool for sequestering carbon dioxide (1m3 stores 1 tonne of CO2)

  • Wood construction is 50% lighter than conventional concrete construction and uses a higher proportion of recyclable materials.

  • Significantly less water is used during the construction of a wood building when compared to steel, aluminum, and concrete.

  • Steel, concrete, and aluminum construction are responsible for 8% of global CO2 emissions.

  • At the end of the building’s useful life, the structure can easily be disassembled and reconfigured if required, which means entire buildings can be repurposed instead of being demolished and sent to landfills.

Temporary & Fixed Buildings
MBS's post-tension connection system allows buildings to be temporary or fixed depending on the client's needs. Temporary structures can be pop-up commercial buildings, medical clinics, and temporary school facilities. Our technology is ideal for disaster relief efforts and cold/heat shelters for marginalized citizens; additional applications include military buildings, music festival amenities, and movie sets.

Higher Quality Construction
MBS’s premanufactured system is built in a controlled manufacturing environment using state-of-the-art CNC machinery, producing tighter work tolerances (within 1/8 of an inch), higher-quality, and minimal defects. The process includes strict quality controls whereby each assembly is inspected, tested, and signed off before shipping. 

Safer Worksites
The panel assemblies are manufactured in a controlled factory environment and installed on-site using cranes without exterior scaffolding, significantly reducing elevated work exposure. Most construction work takes place on the ground floor, where safety is easily monitored. The process also ensures a safer work environment for adjoining businesses and residents. Any work at height takes place within the confines of the prefinished walls, virtually eliminating the risk of falling objects.
Labor Shortages
With the depleting skilled trades workforce and pandemic labor shortages, our building method will rely on automation and require fewer trades, solving an industry-wide and economic problem to keep up with our building needs.

Low Labor Costs

Installation and Assembly crews are kept small, significantly reducing labor costs. Usually only needing five riggers, two carpenters, and two engineers to install a 5000 ft2 building in only three days.

Simple Delivery & Logistics

Our modular panel system is optimized for quick and easy delivery, shipped in a “flat-pack” panel configuration. Think IKEA, but for buildings. This results in lower transportation costs and extended range, simplified on-site traffic, and easy to manage site logistics. This is a significant competitive advantage over existing modular construction companies that solely build volumetric. We can ship our panels 1500 miles from our manufacturing facility without losing any significant margin.

Flat-pack panels make it possible to transport materials for a significantly greater floor area at one time. It costs approximately $8 per square meter of floor space ($86 per square foot) to ship panels around 155 miles, but almost $45 per square meter ($484 per square foot) for the volumetric equivalent.

~ McKinsey & Company Report June 2019

Flexible Construction Options
The MBS design process is well suited for a range of construction applications, including affordable housing, condos, hotels, student housing, senior accommodations, and commercial buildings. The system is also ideal for remote oil & gas and mining camps or indigenous communities with limited access to materials and construction resources.

Improved Community Outcomes

In reducing on-site construction duration by up to 50%, the MBS approach delivers social benefits by minimizing construction disruptions in community areas. These benefits include lower air pollution, noise, and traffic impacts typically associated with large-scale construction sites. The on-site installation process delivers completed wall and floor panels to the site over a few weeks. The optimization of logistics and transport packaging also significantly reduces the number of truck movements, road closures, and traffic congestions typically associated with materials and equipment deliveries

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