Home 3d Printing Mighty Buildings raises $40 million in Series B funding

Mighty Buildings raises $40 million in Series B funding

37
0


Mighty Buildings ADU

All photo credit: Mighty Buildings

Mighty Buildings (Oakland, Calif., U.S.) a startup construction tech company that creates homes using large-format 3D printing, advanced materials and automation, announced on Feb. 9 a $40 million Series B funding round following significant consumer demand since its launch in August 2020. 

The round was led by Khosla Ventures and co-led by Zeno Ventures, with participation from returning investors Bold Capital Partners, Core Innovation Capital and Foundamental. Mighty Buildings also added several new investors, including ArcTern Ventures, Abies Ventures, Modern Venture Partners, Giant Ventures, MicroVentures, One Way Ventures, Polyvalent Capital and others. Included in Y Combinator’s Top companies list as a result of the funding round, Mighty Buildings reports that it has raised more than $70 million from investors to date. 

“Since our launch last year, we’ve seen massive demand and more than a tenfold increase in bookings for our accessory dwelling units (ADUs) product line, with B2B contracts secured for our single family housing (SFH) product line with forward-thinking developers,” says Slava Solonitsyn, CEO and co-founder at Mighty Buildings. “Despite launching in the midst of a pandemic, we are racing to fulfill the demand and orders for 2021 at our Mighty Factory in Oakland, California.”

Launched out in stealth mode five months ago (CW covers Mighty Buildings’ prefabricated building production process), the company says it has already seen an increase in demand for this innovative new way of building. Since launch, Mighty Buildings reports successful production, delivery and installation of numerous accessory dwelling units (ADUs) and are now taking orders for Mighty Houses, the company’s newest product line. The Mighty House line, which incorporate a 3D-printed exterior panelized shell, are available for pre-order as both an ADU and SFH.

Ultimately, the company’s vision is to provide production-as-a-service.

Further, Mighty Buildings says it will be introducing its Mighty Kit System and a new fiber-reinforced material for multi-story projects to the market. With its innovative approach to housing construction includes 3D printing, robotics and a proprietary thermoset composite material termed Light Stone Material (LSM), Mighty Buildings aims to unlock more productive, sustainable and affordable construction. 

Mighty Buildings rendering of Beverly Over the Garage.

“Given the rapid growth and emerging opportunity around sustainability and climate tech, we’re pleased to support Mighty Buildings in realizing their vision,” says Ryno Blignaut, operating partner at Khosla Ventures. “We’re enthusiastic about the ways 3D printing, robotics and automation can be applied to the creation of beautiful, affordable and sustainable net-zero energy homes.”

According to the company, it has also obtained several firsts. This includes obtaining the first UL certification for a 3D-printed building component, the first UL Evaluation Report of a 3D-printed wall construction and becoming what it says is the first company/product certified under the new UL 3401 standard for 3D printing in construction. Mighty Buildings has also received approval under California’s Factory Built Housing program for a residential unit incorporating 3D printing for its current hybrid product.

With this new round of funding, Mighty Buildings plans to accelerate growth and expand its team. The company will continue to scale production capacity with increased automation, and build out its B2B platform for developers with sustainability as a core focus, to meet the demand from forward-looking developers. Ultimately, the company’s vision is to provide production-as-a-service, with builders and architects designing their own structures and then developers using Mighty Factories to produce them at scale.

RELATED CONTENT




  • Materials & Processes: Fabrication methods

    There are numerous methods for fabricating composite components. Selection of a method for a particular part, therefore, will depend on the materials, the part design and end-use or application. Here’s a guide to selection.






  • 3D-printed composite wind blades and aircraft, closer than you think

    Orbital Composites’ patented coaxial extrusion process is investigated at Airbus subsidiary CTC GmbH Stade and spins off advances in speed, scale, materials and multifunctionality as it aims for very large structures.






  • Sustainable, inline recycling of carbon fiber

    Shocker Composites and R&M International are developing a supply chain for recycled CF with zero knockdown vs. virgin fiber, lower cost and, eventually, lengths delivering structural properties close to continuous fiber.






Source link

LEAVE A REPLY

Please enter your comment!
Please enter your name here