The successful launch of the "Flying Sky No. 2" rocket by Northwestern Polytechnical University on June 23, 2025, is a notable milestone in aerospace innovation. This event marks the first international achievement in acquiring scientific data using a hybrid propulsion system that employs kerosene and hydrogen peroxide. As space exploration ramps up globally, innovations such as these not only enhance propulsion technology but also contribute to our understanding of efficient fuel usage in space missions.

Hybrid rocket engines, which combine different fuels to optimize performance, have been a topic of interest for engineers and scientists. The data collected from this test flight encompasses variable structure inflow, thrust acceleration, and autonomous flight at different angles of attack. These parameters are crucial for developing rockets capable of adapting to various atmospheric conditions, thereby expanding their operational capabilities. In previous tests, such as the launch of "Flying Sky No. 1" in July 2022, researchers successfully validated the stability of the combustion transition across multiple modes, showcasing the potential of these engine technologies in future missions.

The advancements represented in the "Flying Sky No. 2" test not only reflect progress in rocket technology but also resonate with the broader trend of increasing interest in sustainable space exploration. By refining propulsion systems that use environmentally-friendly fuels, we open doors to missions with potentially lower environmental impact. As we witness the evolution of such technologies, one must ponder: how will these advancements shape the next generation of space exploration?