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<p>The tailless flying wing configuration represents a typical aerodynamic layout for next-generation aircraft. Rudderless flight control technology can significantly enhance the high-stealth performance and payload capability of flying wing aircraft, making it a disruptive technology that has gained widespread attention and is being gradually applied in advanced air vehicles. The implementation of this technology holds considerable strategic value and engineering significance. This review summarizes recent advances and flight verifications in three core active flow control technologies involved in rudderless flight control of flying wing aircraft: circulation control, flow separation control, and separation induction control. The current technology status and challenges are discussed, and an outlook on future development trends is provided.</p>

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Rudderless flight control in flying wing aircraft: core active flow control technology and flight verification

  • 期刊论文

  • 发表日期：

    2025年9月14日

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  • Zhao Zhijie,
  • Liu Taiyu,
  • Luo Zhenbing,
  • Guo Zhiyan,
  • Deng Xiong,
  • Zhou Yan,
  • Peng Wenqiang

摘要

The tailless flying wing configuration represents a typical aerodynamic layout for next-generation aircraft. Rudderless flight control technology can significantly enhance the high-stealth performance and payload capability of flying wing aircraft, making it a disruptive technology that has gained widespread attention and is being gradually applied in advanced air vehicles. The implementation of this technology holds considerable strategic value and engineering significance. This review summarizes recent advances and flight verifications in three core active flow control technologies involved in rudderless flight control of flying wing aircraft: circulation control, flow separation control, and separation induction control. The current technology status and challenges are discussed, and an outlook on future development trends is provided.