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UPPAbaby Headquarters


High-end stroller retailer UPPAbaby, based in Rockland, MA, turned to a modern glass and Metl-Span insulated metal panel façade for its new 45,000-square-foot headquarters. The mixed-use project accommodates a 15,000-square-foot warehouse and maintenance workshop, as well as a retail front to conduct direct-to-consumer business, while the majority of the facility will be dedicated to a unique “open office” concept with the most modern amenities on today’s market.

The dedicated interior office space features modern art, exposed structural steel and architectural finishes including wood slats and ceiling décor. The design relies on the use of glass dividers, with no office doors or cubicles, and incorporates both a fitness complex and a second-floor exterior deck and barbeque center.

The sleek, sophisticated campus design matches the company’s distinct approach to the growing baby product and accessory industry — delivering “higher standards of innovation and style,” according to the UPPAbaby website. The architectural team from Bergmeyer Associates, based in Boston, used smooth insulated metal panels (IMPs) with metallic coatings and glass curtain wall to further the contemporary design choices.

“Our building was designed to expose the structure on the interior and to really capture the spirit of the brand,” says architect Stan Kubinski, senior associate with Bergmeyer Associates. “The Metl-Span IMPs were introduced on the front façade as an impact and accent panel.”

The unique blend of building envelope products “achieves our intended look of an industrial warehouse aesthetic, with a cool, funky vibe on the interior,” says Kubinski.

The project’s high-performance building envelope showcases nearly 4,000 square feet of 22/26 gauge CF Architectural Flat IMPs, including 2,907 square feet of panels in Polar White and 933 square feet of panels in Slate Gray. Specified in the profile's three-inch thickness, the system offers an exceptional R-Value of 25.

Kubinski employed the horizontal CF Architectural Flat panels to create the “wow factor” at the building’s entrance. IMPs offer a mixture of design options, including mitered panel edges, superior flatness, and a vast array of profiles, textures and reveal configurations. CF Architectural flat wall profiles are ideally suited for designers seeking a monolithic architectural façade without sacrificing performance elements.

With the highest insulating value per square inch of any metal wall insulation solution, IMPs can significantly decrease a building’s energy costs. And because the insulation is factory applied, IMPs offer a consistency in insulation throughout the wall system to provide even thermal performance.

IMPs offer several energy efficiency features to decrease the ecological footprint of the building. The panels provide high-performance thermal efficiency and moisture control, while a factory foamed-in-place insulating core minimizes insulation gaps.

Sales Engineer Ed Montani, of installer Controlled Environment Structures, LLC, located in Mansfield, MA, said that IMPs offer significant advantages when it comes to minimizing installation time and expense. In particular, IMP systems “can easily be installed in cold weather,” which proved to be a difference-maker for the UPPAbaby Rockland campus’ fast-track construction schedule.

“Speed was noticeable,” says Kubinski. “The building was closed-up quickly, allowing our trades to continue working. It helped to expedite the building construction.”

The UPPAbaby team moved in to its new headquarters in November 2017 after just one year of construction. The cutting-edge facility is the perfect space to showcase the industry’s leading voice in style and sophistication.

“They simply love the building and the combination of metal panels and glass,” says Kubinski.

Integrated Builders, Rockland, MA, was the project's general contractor.

About Metl-Span

Metl-Span-logoMetl-Span, a Nucor company, manufactures insulated metal wall and roof systems for projects ranging from architectural to cold-storage. To learn more, visit

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