事实证明，别像马斯克那样骂监管

Group 1 - Tianbing Technology successfully conducted a test of the Tianlong-3 rocket's first-stage propulsion system at the Dongfang Spaceport in Haiyang, Shandong, marking a significant step in the company's recovery from the June 30 incident and solidifying its position in the domestic commercial aerospace sector [1][2] - The Tianlong-3 rocket features nine engines with a total thrust of approximately 800 tons, making it the most powerful commercial rocket in China to date [2] - The test is seen as a crucial practice for the "safe and healthy development" of the commercial aerospace industry, reflecting the implementation of the new regulations from the National Space Administration aimed at enhancing quality supervision and management of commercial aerospace projects [3] Group 2 - Following the June 30 incident, the company implemented a comprehensive "reset" process, resulting in 127 reliability improvements and growth measures, including the use of new materials to enhance safety factors and the addition of redundant constraint devices [5] - The ongoing tension between innovation and regulation in China's commercial aerospace sector has been a focal point of public discourse, with some companies advocating for a more experimental approach akin to SpaceX's "test by flying" philosophy, while regulatory bodies emphasize compliance and safety [5][7] - Over the past decade, it has become clear that significant achievements in China's private commercial aerospace sector have been realized within regulated national testing facilities, highlighting the importance of structured oversight in mitigating risks [7][10] Group 3 - Prior to the new regulations, there was ambiguity in the supervision and guidance of large-scale tests conducted by private companies, which sometimes led to significant risks and failures [10] - Examples of oversight failures that could have led to mission failures include equipment changes without updated operation manuals and unverified confirmations of checks, underscoring the need for stringent management practices [10][11] - The current primary challenge for the industry is to eliminate basic errors before pursuing more advanced technological breakthroughs, necessitating organized oversight and external evaluations for risk-prone projects [11][12]