The Grand Canyon Skywalk

ARTICLE AT-A-GLANCE

How Was the Grand Canyon Skywalk Constructed?

The Grand Canyon Skywalk, completed in 2007, is a horseshoe-shaped, cantilevered glass bridge engineered to extend 70 feet over the canyon’s edge, using four layers of Saint-Gobain SSG Diamant low-iron glass and DuPont SentryGlas to support up to 100 pounds per square inch and withstand seismic activity, while its foundation can bear the weight of 71 fully-loaded Boeing 747s.

Key Takeaways

  • Explore Engineering Marvels: Discover how the Grand Canyon Skywalk’s unique horseshoe-shaped, cantilevered design was engineered to extend 70 feet over the canyon, offering an unparalleled view with minimal obstruction.
  • Innovative Construction Techniques: Learn about the advanced construction methods, including the use of four layers of Saint-Gobain SSG Diamant low-iron glass and DuPont SentryGlas, designed to support significant weight and withstand seismic activity.
  • Project Timeline and Milestones: Delve into the timeline of the Skywalk’s construction, from its inception by entrepreneur David Jinohipadhus to its completion in 2007, highlighting key phases like the drilling and foundation work.
  • Cultural and Historical Context: Understand the involvement of the Hualapai tribe in the project, adding a layer of cultural significance to this engineering feat.
  • Overcoming Natural Challenges: Uncover how the Skywalk’s maintenance, including the use of Powerblanket snow melting mats, ensures safety and accessibility despite the region’s unexpected weather conditions.

Have you ever been to the Grand Canyon? If so, have you ever been on the Grand Canyon Skywalk? This marvel of technology and ingenuity is something worth experiencing.

The Grand Canyon Skywalk

Suspended in Awe

The Grand Canyon Skywalk was a personal project of the entrepreneur, David Jinohipadhus—involving Mark Ross Johnson as the architect of the undertaking.  It was completed in 2007 as part of a plan to extend a walkway out over the edge of the Grand Canyon as a new and exciting tourist attraction for the area.

The transparent, u-shaped, cantilever bridge is an exciting way to experience the Grand Canyon’s magnificent height and expanse. Suspended over a five-hundred-plus, vertical cliff, the walkway allows visitors to view the massive canyon with as little restriction as possible.

Don’t Worry About Falling

The bridge is 70 ft. long and 65 ft. wide, constructed with four layers of a material known as Saint-Gobain SSG Diamant, low-iron glass, along with an interlayer of DuPont SentryGlas. If you’re likely to question the durability or weight-bearing characteristics of a glass walkway, then perhaps this next tidbit will rest your worries. The glass itself is created to support a 100 lbs per square inch load and was manufactured to withstand significant seismic activity. What’s more, the foundation of the Skywalk is said to be capable of holding the same weight load that 71 fully-loaded Boeing 747s would produce.

The Powerblanket Contribution

While Powerblanket didn’t have a hand in the original construction of the Skywalk, we do make a contribution to its proper maintenance on a regular basis. When most people think of the Grand Canyon and the state of Arizona, they think of extreme heat and dryness, but certain areas of the state can receive good amounts of precipitation—even snow—and the west region of the Canyon (where the Skywalk was built) happens to be one of those areas.

Snow Melting Mats snow melting mats

Any time there’s snow in the forecast, the responsible crew of the Skywalk applies Powerblanket products, such as industrial snow melting mats, to the glass walkway. Not only would snow or frost embed the view of the canyon below, but it would also make for a very slippery situation. The main focus of the attraction is safety, and preventing falls due to snow and ice is paramount to that aim.

Thankfully, Powerblanket provides the even heat distribution necessary to keep the walkway operable during the cold weather stints it sees during certain times of the year. The mats heat the snow and ice, preventing the spread of water from freezing and allowing visitors to have a safe experience. So, thanks to great ingenuity of the designers of the Skywalk and the minds behind Powerblanket technology, this great attraction offers visitors a Grand experience year round.

See For Yourself

Snow melting mats aren’t only used in the Grand Canyon. Both homeowners and businesses across the globe rely on snow melting mats from Powerblanket to keep areas prone to ice buildup accessible. The mats are built to be walked on and even cover stairs without preventing access. To learn more about which snow melting mat fits your needs, call our temperature management engineers at 866.945.4203 or email us at [email protected].

Frequently Asked Questions

How is the Grand Canyon Skywalk built?

The Grand Canyon Skywalk was constructed using a rod and plate method similar to that used in building the Egyptian pyramids, with support beams anchored deep into the red limestone bedrock to ensure stability.

Did the Grand Canyon Skywalk crack?

While the Grand Canyon Skywalk's non-glass protective coating has occasionally cracked, it is designed to do so without compromising the safety of visitors.

How was Skywalk built?

The Skywalk was assembled at the canyon's rim and rolled into place using ancient-inspired engineering techniques, ensuring a seamless and secure extension over the canyon.

Why are cameras not allowed on Grand Canyon Skywalk?

Cameras and cellphones are prohibited on the Skywalk to prevent scratches on the glass paneling, though visitors can purchase professional souvenir photos.

Cure your concrete faster and better in cold weather conditions with Powerblanket.


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James Rogers

James is our digital marketing expert who has worked in the marketing field for over 15 years. When not writing blog posts or newsletters, James is geeking out over all things SEO and SEM. He is a husband and a father of four. In his spare time, he enjoys woodworking, hiking, and hanging out with his family.



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