The Southwest Research Institute's (SwRI) CYGNSS microsatellite model has found its way into the Smithsonian's National Air and Space Museum, marking a significant milestone for satellite technology and weather prediction. This display is a testament to the power of small satellites and their ability to make a big impact. The CYGNSS model, weighing around 55 pounds and the size of a carry-on bag, is now part of the museum's 'RTX Living in the Space Age' exhibit, which showcases the evolution of spacecraft over several decades. This inclusion highlights the importance of SwRI's work in advancing satellite technology and its applications in weather forecasting. The microsatellites in CYGNSS gather near-real-time data to predict tropical storms and hurricanes, improving weather forecasting and contributing to various scientific studies. The project manager, Jillian Redfern, emphasizes the 'small but mighty' nature of CYGNSS, noting its productivity in tracking locust migrations, microplastics, and wildfires. The CYGNSS satellites, launched in 2016, cover a significant portion of the Earth's hurricane-producing zone, between 35 degrees north and 35 degrees south of the equator. This achievement is a testament to the potential of small satellites and their ability to provide valuable data for scientific research and weather prediction. The model on display at the Smithsonian is a result of SwRI's efforts, using spare parts and engineering model components to create a representation of the original mission. The CYGNSS satellites remain active, with the mission operations center in Boulder hosting the spacecraft and transmitting data to the science operations center at the University of Michigan. This display at the Smithsonian not only celebrates the technological advancements made by SwRI but also underscores the importance of small satellites in scientific research and weather prediction. The inclusion of CYGNSS in the museum's exhibit is a significant recognition of the impact of small satellites on our understanding of the world and their potential for future advancements.
