DENVER INTERNATIONAL AIRPORT SHOE GLASS AND WINDWALL RAILING 2 of 26

DIA Concourse and Great Hall

Products Used:

Project Overview

Category: Public
Location: Denver, CO
General Contractor: ISEC
Architect: Stantec

When functionality, architectural vision, and public safety converge in a large-scale infrastructure project, only the most trusted and innovative partners are invited to the table. VIVA Railings is proud to have contributed to one of the most ambitious airport upgrades in the United States — the transformation of the Denver International Airport (DEN) Concourse and Great Hall.

A Benchmark in High-Traffic Public Infrastructure

Airports demand more than beauty. They require safety, durability, and thoughtful design integration. For this landmark project, VIVA was entrusted with the design, engineering and installation of these railing systems:

  • SHOE™ Structural Glass Railing System at the expansive and light-filled Great Hall, and Concourse
  • WINDWALL  Custom Post Supported System in select high-traffic zones such as the outdoor passenger lounge.

These systems were chosen for their modern aesthetic, structural integrity, and low-profile design that enhances the architectural transparency and openness of the terminal.

SHOE™ Structural Glass Railing: Elegance Meets Performance

The SHOE System features sleek, tempered laminated glass panels anchored in a base shoe channel —  delivering a clean, minimalist profile with no visible posts. At DEN, the SHOE System maximizes sightlines and ambient lighting while providing essential fall protection for passengers. This system is ICC/IBC compliant, engineered to withstand commercial-level impact forces and ideal for large crowds and public venues.

Learn more about the SHOE™ system here:
 👉 SHOE Structural Glass Railing

WINDWALL : Engineered Wind Protection with Style

The CUSTOM WINDWALL  system at DEN is a custom post-supported laminated glass wind barrier designed for safety and environmental control. It is a favorite for outdoor concourses and terraces due to its ability to provide wind mitigation without obstructing views or aesthetics. In the Denver project, it functions as both a safety barrier and a design element, reinforcing the airport’s theme of openness and modernity.

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