Core Viewpoint - China is planning a kinetic impact demonstration mission on an asteroid to validate asteroid defense strategies, as announced at the Third Deep Space Exploration International Conference [1] Group 1: Mission Overview - The mission will utilize a "flyby + impact + flyby" approach, involving the launch of an observer and an impactor [1] - The observer will first reach the target asteroid for close observation to gather detailed characteristic parameters before the impactor executes a high-speed impact [1] - The entire impact process will be monitored using ground-space collaboration and advanced imaging technologies to assess the impact effects accurately [1] Group 2: Strategic Importance - Asteroid exploration, defense, and resource development hold significant strategic importance for humanity and are widely recognized by the international community [1] - Chinese scientists have issued a call for global collaboration in areas such as ground-based monitoring, joint development and payload integration, and data sharing to build a comprehensive asteroid defense system [1] Group 3: Conference Details - The conference was co-hosted by the Deep Space Exploration Laboratory and the International Deep Space Exploration Society, with over 400 participants from more than 40 countries and regions [1]

Core Viewpoint - China is planning a "flyby + impact" demonstration verification mission for asteroid defense, which aims to validate the feasibility of asteroid defense strategies [1] Group 1: Mission Overview - The mission will utilize a "flyby + impact + flyby" model, involving the launch of an observer and an impactor [1] - The observer will arrive at the target asteroid first to conduct close observations and gather detailed characteristic parameters [1] - The impactor will then perform a high-speed impact on the asteroid, with the entire process monitored through a combination of ground and space technologies [1] Group 2: Technological Aspects - High-speed imaging and other technologies will be employed to observe changes in the asteroid's orbit, morphology, and ejecta during the impact [1] - The mission aims to accurately assess the impact effects on the asteroid [1] Group 3: Strategic Significance - Asteroid detection, defense, and resource development hold profound strategic significance for humanity and are widely recognized by the international community [1] - China will issue a cooperation initiative to global partners, focusing on joint monitoring, joint development, payload integration, and data sharing [1]

Core Viewpoint - China is planning a kinetic impact demonstration mission on an asteroid to verify the feasibility of asteroid defense strategies [1] Group 1: Mission Overview - The mission will adopt a "flyby + impact + flyby" model, involving the launch of an observer and an impactor [1] - The observer will arrive at the target asteroid first to conduct close observations and gather detailed characteristic parameters [1] - The impactor will then perform a high-speed impact on the asteroid, with the entire process monitored through a combination of ground and space technologies [1] Group 2: Technological Aspects - High-speed imaging and other technologies will be used to observe changes in the asteroid's orbit, shape, and ejecta during the impact [1] - The mission aims to accurately assess the impact effects on the asteroid [1] Group 3: Strategic Significance - Asteroid exploration, defense, and resource development hold profound strategic significance for humanity and are widely recognized by the international community [1] - China will issue a cooperation initiative to global partners, focusing on joint monitoring, joint development and payload integration, as well as data and results sharing [1]