Weber State University is home to the Materials and Advanced Research Solutions (MARS) lab, where cutting-edge technology is being developed to enhance the performance of U.S. skeleton and bobsled athletes. As the 2034 Winter Olympic Games approach, the lab focuses on creating advanced materials that could significantly improve the speed and efficiency of these sleds. The MARS lab is pioneering research into lightweight and durable materials that can withstand extreme conditions and enhance aerodynamics. Athletes competing in skeleton and bobsled disciplines rely heavily on the performance of their sleds, and innovations in material science could provide them with a crucial advantage. Collaborating with engineers and sports scientists, the lab's researchers are experimenting with various composites and designs. The goal is to produce sleds that not only accelerate faster but also maintain stability and control during runs. This research is particularly important as the demands of competitive winter sports continue to evolve. In preparation for the upcoming Olympic Games, Weber State's MARS lab is committed to staying at the forefront of technology in sports. The lab has already seen promising results from its initial tests and anticipates further breakthroughs in the coming years. By focusing on the science behind sled performance, the lab aims to support athletes in achieving their best possible results on the world stage. The collaboration between academia and sports is a vital aspect of this research, as it brings together experts from various fields to push the boundaries of what's possible in winter sports technology. As the 2034 Winter Olympics draw nearer, the innovations developed at Weber State's MARS lab could play a significant role in the success of U.S. athletes, helping them to compete at the highest levels in the world.