China has recently made a remarkable breakthrough in hypersonic technology by successfully testing an Oblique Detonation Engine (ODE) using RP-3 aviation kerosene. This experiment, published in the Chinese-language Journal of Aerospace Power, demonstrated stable detonation waves at Mach 8 and 30 kilometers altitude for over two seconds, proving the viability of the ODE for military applications. The research was a collaboration between the China Academy of Launch Vehicle Technology (CALT) and Northwestern Polytechnical University. This achievement highlights China's advancement in hypersonic technology, with plans to create a fleet of crewed hypersonic aircraft and deploy hypersonic weapons by 2035. In contrast, the US faces challenges in stabilizing detonation waves and managing extreme conditions, placing it behind China in the hypersonic technology race. The ODE concept, originally proposed by US researchers in 1958, is now being spearheaded by China, showcasing the nation's lead in cutting-edge aerospace propulsion. This development signifies a significant milestone in hypersonic propulsion technology, with potential military applications.