A partnership between Ultima Forma and Universal Robots is set to revolutionize the aviation industry by combining advanced robotics with cutting-edge materials science. The focus is on enhancing liquid hydrogen storage, a promising technology to reduce aviation's climate impact. Liquid hydrogen must be stored at temperatures below -250°C, requiring innovative materials that are both ductile and strong at these extremely low temperatures while also lightweight. Ultima Forma has developed a multi-layer solution using thin layers of different metals to ensure the material remains strong in such conditions, with precision being paramount in the process. Universal Robots' UR10e plays a crucial role in enabling precision manufacturing by providing control over metal deposition, achieving up to 0.1 millimetres of precision crucial for aerospace applications. The ease of use and quick setup of UR10e have allowed Ultima Forma to integrate the technology seamlessly. The collaboration exemplifies how advanced robotics can transform industries and tackle global challenges, particularly in aerospace. The long-term goal of the partnership is to reduce global CO2 emissions significantly by 2035, illustrating a positive step towards sustainable aviation and a greener future.