USA Bobsled Partners With Utah Firms for Aero Tech
The national team is working with Utah aerospace companies to build faster bobsleds for future Winter Games.
Updated on Oct. 28, 2026 in Materials Science
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USA Bobsled/Skeleton has entered a partnership with the Utah-based 47G network to develop advanced equipment for competitive use. The collaboration aims to apply aerospace-grade engineering to improve bobsled aerodynamics for American athletes.
Why it matters
Leadership at USA Bobsled/Skeleton initiated this effort to integrate specialized technology and remain competitive against international rivals. The project seeks to secure better medal performances through the use of high-grade composite materials.
The partnership leverages 200 organizations within the 47G network to supply aerospace materials that meet defense-grade standards. Partners are currently producing specialized four-man bobsled components and carbon-fiber cowlings.
The players
USA Bobsled/Skeleton
This is the national governing body responsible for organizing and training American athletes in bobsled and skeleton sports.
47G
This is a Utah-based aerospace and defense industry network comprised of 200 member organizations.
Albany Engineered Composites
This company is an aerospace manufacturer currently fabricating components for four-man bobsleds.
Hexcel
This firm is a global supplier of advanced composite materials commonly used in high-performance aerospace and defense applications.
Nammo Composite Solutions
This organization specializes in manufacturing carbon-fiber parts and is developing cowlings for two-man bobsleds.
The details
Companies such as Albany Engineered Composites, Hexcel, and Nammo Composite Solutions are applying manufacturing techniques used for aircraft and rockets to the sleds. Prototypes and tools for the equipment have already been produced to support the team.
Timeline
2030 is the target date for optimized bobsled systems for the French Alps Winter Games.
2034 is the year scheduled for the Winter Games in Utah.
The Big Picture
This initiative represents a significant paradigm shift by incorporating aerospace-grade carbon-fiber composites into the standard manufacturing process for Olympic sleds. The move effectively bridges the gap between high-tech defense industries and competitive winter athletics.
The application of aerospace engineering and high-grade composites to sports equipment could set a new standard for durability and performance in competitive racing. Future advancements in these specialized materials may eventually influence the lightweight construction of consumer-grade sporting goods.
The takeaway
This partnership highlights how cross-industry collaboration can drive rapid innovation in high-performance sports technology. Readers interested in engineering can observe how manufacturing techniques from aerospace are increasingly being adapted for specialized athletic equipment.
Further reading
Learn more about the latest innovations in Materials Science and how they are changing industrial applications.
Source note: This article includes information reported by Deseret News.
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