Skip to main content
U.S. flag

An official website of the United States government

Official websites use .gov
A .gov website belongs to an official government organization in the United States.

Secure .gov websites use HTTPS
A lock ( ) or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

Technology Transfer and the XXII Olympic Winter Games

The last time the gold medal at the Olympic Games was made out of solid gold was 1912. The bronze medals at this year’s Winter Olympic Games are estimated to be worth a little under $4 which is kind of a letdown, if you ask me.  In comparison, the value of gold medals is right around $566 and the silver medals are $323.  That’s more like it.   But, this is not a blog about the price of gold.  Instead, it is about the value of teaming with the right partners, including federal researchers such as those in the Defense Department.   It’s a different kind of story about Olympic unity.

The Burton Corporation
The air around the snowboard venues at the Sochi Olympics is relatively warm and humid.  These are important details about the Sochi location that Burton Snowboard, a Vermont-based manufacturer of winter hardware and apparel, had to keep in mind when setting out to create a fabric specific for the U.S. Olympic snowboarding athletes.   "Sochi is actually a pretty warm area, so we had a great waterproof exterior, but we also wanted the coats to be breathable," said Colin Alger, Burton’s category manager for technical outerwear in this article for the Boston Globe. "This is a technology where they can layer if they need to."

To test potential fabrics, Burton teamed up with Dr. Phil Gibson, a physical scientist with the U.S. Army's Natick Soldier Research, Development and Engineering Center, also known as the Natick Army Labs, in Massachusetts. Natick specializes in researching and developing products for soldiers, like fire-resistant uniforms. Researchers there have helped create a number of products we all recognize, including bulletproof vests, GPS systems, and Tang (I’m not so sure about the merits of Tang, myself, but the rest of this list is pretty amazing).

Burton wanted to work with Dr. Gibson because he is known for conducting a specific experiment to test humidity levels on both sides of a fabric. Burton wanted its new DRYRIDE Vaporshell laminate to help keep the rider warm and dry, whether the dampness is due to outside snow or their own sweat.  The breakthrough technology begins to “perform,” so to speak, when a rider starts to sweat. Dr. Gibson’s testing of the material’s reaction to humidity on both sides of the jacket showed that the fabric did what it was supposed to do.. The new DRYRIDE Nanoshell laminates waterproof membrane is also breathable.

According to a Natick-base spokesman, the lab’s scientists frequently work with the private sector on research and development through testing service agreements such as the one with Burton because it brings a wide range of evolving technologies into the facility that the scientists otherwise would not see.  The companies also pay Natick for the testing, so both sides ultimately benefit in a number of ways from the exchange of knowledge and technology.

I do not understand gold exchange rates.  Nor do I understand the language of snowboarders   (a Fakie? a McTwist? an Ollie?) I just know that manufacturers like Burton are driven to succeed and finding the right partners is an important part of that success.

About the author

Mark Schmit

Department of Commerce’s National Institute of Standards and Technology's Manufacturing Extension Partnership (NIST MEP), since 1988, has been committed to strengthening U.S. manufacturing, continually evolving to meet the changing needs of manufacturers. As division chief for regional and state partnerships, Mark is the lead for division policy and has assisted in the development of programs supporting manufacturing and industrial extension technology-based economic development, and entrepreneurship practices with state elected officials and policy makers, including the MEP policy academies, which were designed by MEP and partners to help states build upon existing strategies, leverage available resources, and spur creative new ideas about how to address major challenges or leverage opportunities around the manufacturing sector.  Mark is responsible for developing partnerships with both the public and private sector entities. He was an MEP co-lead for the creation of MFG Day, an outreach program held on the first Friday in October to show students, parents, and the public what modern manufacturing is all about, with growing annual participation across the United States. Mark was a 2001, 2005, 2014, and 2020 recipient of NIST’s George Uriano Award.  The George Uriano Award recognizes outstanding achievements by NIST staff in building and strengthening NIST extramural programs and partnerships.

Related posts


Great article, Mark. Technology developments and strong partnerships relate to everything that we do. These are often the untold stories. Thank you for sharing your Olympic insights!

Add new comment

Enter the characters shown in the image.
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.
Please be respectful when posting comments. We will post all comments without editing as long as they are appropriate for a public, family friendly website, are on topic and do not contain profanity, personal attacks, misleading or false information/accusations or promote specific commercial products, services or organizations. Comments that violate our comment policy or include links to non-government organizations/web pages will not be posted.