Excellence in Applied R&D
Leveraging decades of specialized experience in hypersonic system development and ground and flight test. North Wind Systems is devoted to helping advance the nation’s understanding of key technologies that enable more effective future systems.
Combustion Research
Collaborating with government agencies and industry leaders to pioneer advanced ignition and cold-start technologies for both expendable and reusable high-speed airbreathing systems. These cutting-edge innovations enhance the performance and reliability of next-generation aerospace propulsion.
Collaborating with government agencies and industry leaders to pioneer advanced ignition and cold-start technologies for both expendable and reusable high-speed airbreathing systems. These cutting-edge innovations enhance the performance and reliability of next-generation aerospace propulsion.
High Speed Inlet Research
Advancing state-of-the-art design, analysis, and testing methodologies to address critical challenges in high-speed inlet design, with a particular focus on fluid-thermal-structural interaction (FTSI) effects. These techniques provide deeper insights into the complex dynamics that influence performance and reliability in high-speed aerospace systems.
Advancing state-of-the-art design, analysis, and testing methodologies to address critical challenges in high-speed inlet design, with a particular focus on fluid-thermal-structural interaction (FTSI) effects. These techniques provide deeper insights into the complex dynamics that influence performance and reliability in high-speed aerospace systems.
System Design & Analysis
Driving the development of innovative component and system analysis tools to enhance the understanding of integrated hypersonic flight system performance. These advanced tools provide critical insights into the complex interactions and dynamics of hypersonic technologies, enabling more efficient and effective system integration.
Driving the development of innovative component and system analysis tools to enhance the understanding of integrated hypersonic flight system performance. These advanced tools provide critical insights into the complex interactions and dynamics of hypersonic technologies, enabling more efficient and effective system integration.
