Harrisburg International

Woven Metal Tension Systems

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System:
Solucent, Parkade
Attachment Method: Talon
Metal Fabric Pattern: Braid

Project: Harrisburg International Airport Multi-Modal Transportation Facility
Location: Middletown, PA
Facility Owner: The Susquehanna Area Regional Airport Authority (SARAA)
Facility End Use: Parking Garage and Transportation Hub
Renovation or New Construction: New Construction
Completion Date: August 2004

Project Details: The new Harrisburg International Airport Multi-Modal Transportation Facility (MMTF) is more than just a parking garage.  The four-floor, 1,162,000 square-foot MMTF offers 3,500 parking spaces and is a terminal for taxis, off-airport courtesy vehicles, buses and six rental car agencies.

A Cambridge Architectural Parkade mesh system was specified to facilitate airflow. With the mesh system, the facility meets ventilation requirements for parking garages. Approximately 68,500 square feet of Braid metal fabric with Talon tension attachment hardware creates the Solucent mesh system, which features 65% open area.

The metal fabric selected for the exterior provides bright, open qualities to a type of structure often associated with heavy, dark precast materials. The metal fabric was installed around stairwells, parking areas and a pedestrian walkway that connects to the airport terminal. 

It sits next to the new Harrisburg International Airport, the first airport built after 9/11 to meet all post-9/11 federal regulations in design and construction.

 

Click on a picture below to change main photo.

Mesh Photo
Metal Fabric by Cambridge Architectural

Metal Fabric by Cambridge Architectural

Attachment Photo
Metal Fabric Attachment Hardware by Cambridge

Metal Fabric Attachment Hardware by Cambridge

Photo #1
Parking Garage Facade

Parking Garage Facade

Photo #2
Tensile Structures Made of Metal Fabric

Tensile Structures Made of Metal Fabric

Photo #3
Woven Metal Mesh Fabric

Woven Metal Mesh Fabric

Main Photo
Woven Metal Tension Systems

Woven Metal Tension Systems