When wind passes through the building façade’s KINETICWALL system, the thousands of painted “pixels” within the illustrated landscape move in response. “Kinetics express wind wave patterns as the elements move in sequence from light to dark as they catch light,” explained Kevin Smith, director of product application and development at EXTECH.

For more than a decade, EXTECH and Linetec have collaborated on successful projects. In 2016, they worked together on the KINETICWALL installation at Boston’s Logan International Airport’s parking garage extension consisting of more than 48,000 anodized aluminum flapper panels.

“EXTECH’s projects with dynamic façade systems are always interesting and exciting,” said Linetec Director of Marketing Tammy Schroeder. “This California tech company project is definitely one of the most colorful and impressive projects that I can recall Linetec ever doing.” According to EXTECH, it also is the largest KINETICWALL project to be completed in the U.S.

Photo courtesy of EXTECH via Linetec

From vision to reality

As an artist, West selected Pantone colors used in graphic design and printing. To ensure durable, high performance that maintains the intended visual impression and longevity, the color selections were matched in 70 percent PVDF resin-based architectural coating systems. Linetec meticulously adjusted each paint formulation for approval by EXTECH and West.

Once all 35 colors were approved, Linetec applied the finish to the designated quantity of metal flapper panels at its Wisconsin-based facility. Specified to meet stringent AAMA 2605 industry standards, 70 percent PVDF resin-based coatings exhibit outstanding resistance to humidity, color change, chalk, gloss loss and chemicals. These colorful finishes also resist fading under California’s sunny skies and have passed at least 4,000 hours of salt spray testing to demonstrate performance under coastal conditions.

Photo courtesy of EXTECH via Linetec

During the design process, EXTECH fabricated four different study mock-ups, plus a one-story on-site mock-up, to confirm its KINETICWALL system achieved the project’s artistic and performance requirements. Once the order was approved and processed, Linetec finished and shipped the painted aluminum components to EXTECH’S manufacturing headquarters in Pittsburgh for assembly. Each kinetic element was oriented and positioned in place to align with the artist’s vision. The flapper panels are set within extruded aluminum framing support assemblies that span each of the building’s elevations.

EXTECH’s engineering team mapped out where each flapper element would go, color-coordinating and labeling sections to determine where an element would be assembled and ultimately installed by Arrow Sign Company. The project’s entire KINTECWALL system was sequenced and shipped to the job site in approximately 90 truckloads to coordinate with the phased installation. Throughout the installation, EXTECH provided detailed as-built drawings for each elevation, on-site inspection and assistance.

Photo courtesy of EXTECH via Linetec

Blending artistry and functionality

For the Mountain View parking facility project, EXTECH’s KINETICWALL uses a pin-mount suspension system, which allows the flapper elements to seemingly float in front of the support rungs and side rails as a veil. This configuration minimizes the appearance of the supporting structure and is more convenient when creating innovative aesthetic designs.

Along with its distinctive exterior appearance, the KINETICWALL provides a functional façade for shading and ventilating the parking structure and offers visibility from the interior. The flapper wall’s pin-mount suspension, lightweight aluminum and unitized construction also facilitates installation, saving time and labor in the field. Each flapper element was mounted in pre-assembled “ladder and rung” panels. The dimensions of these unitized panels spanned more than 22 feet tall by 6 feet, 8 inches wide.

Photo courtesy of EXTECH via Linetec

Toward the bottom of the wall, up to 9 feet above grade, static flappers are manufactured with thicker gauge metal and mounted in a custom rung system. Together with stainless steel mesh, this project-specific design helps deter climbing on the exterior and vandalism from the interior. Pin-mount suspension systems allow the flappers to be removed and replaced without any specialized tools if repair or maintenance is needed. Linetec’s high-performance finishes further minimize the need for maintenance and maximize longevity.

Photo courtesy of EXTECH via Linetec

Futureproofing for current and adaptive reuse

“Engineering and planning a 77,500-square-foot exterior façade is no easy feat,” Smith acknowledged. “EXTECH carefully coordinated the planning and details of the system with general contractor Clark-Pacific and the facility owner.”

According to Clark-Pacific, the building owner sought to “future-proof” its capital investment by considering a 50-year operational outlook. “As a result, the project team was able to design and construct a parking structure that fulfills present requirements while allowing for the flexibility to repurpose the building in the future,” Clark-Pacific said. “The structure was intentionally designed to facilitate adaptive reuse, enabling it to transform from a garage into an office building with minimal selective demolition while preserving the overall structure and some of the existing systems.”

Photo courtesy of EXTECH via Linetec

Currently, the building comprises 1,209 static parking stalls and 460 mechanical stackers. “Its tall ceiling heights and painted interior create a spacious and bright environment for users, and its dynamic exterior boasts a kinetic façade that replicates murals of the surrounding environment,” Clark-Pacific described. “Additionally, a pedestrian greenway connects the site to other areas on the campus, and the building includes extensive landscaping and user amenities, such as a 1-megawatt solar structure and 10,000 square feet of retail space on the first level.”

“This project was incredibly fun and collaborative, from inception through closeout,” Smith added. “It is a wonderful example of the unique opportunities kinetics allow.”

“The unique, colorful, dynamic façade demonstrates how visual beauty and innovative technology can be combined to form a result where the whole is more impressive than the sum of its parts,” Schroeder concluded.