• Re-entry (再入返回)
• Advanced guidance and control (先进制导与控制)
• Unmanned vehicle (无人飞行器)

• Design of reentry safety flight corridor (再入返回安全飞行走廊规划技术研究)
• On-line safety evaluation and prediction technology of key systems on board in extreme reentry environment (再入极端环境下器载关键系统在线安全裕度评估与预测技术研究)
• Heterogeneous coupling control and effectiveness evaluation technology of URV (飞行器异构耦合控制与效能评估技术研究)
• Large-scale model and fault diagnosis technology of complex tasks in multi-source disturbance space (多源扰动空间复杂任务的大模型及故障诊断技术研究)
• Simulation technology of guidance and control for URV (再入返回型无人飞行器制导与控制仿真技术)

The unmanned re-entry vehicle (URV) has the characteristics of lift aerodynamic shape and reusability, may perform tasks such as space station freight round-trip and space scientific observation. This group focuses on the advanced guidance and control technology of URV in space re-entry phase, which provides support for real applications.

再入返回型无人飞行器具有升力体型气动外形，可重复使用等特性，在工程中可执行空间站货运天地往返、空间科学观测等多任务。本分组聚焦无人飞行器再入返回段的先进制导与控制技术，为实际应用提供支持。