This application discloses an anti-
countermeasure system for an intelligent
blockade unit, belonging to the field of intelligent munitions protection technology. The intelligent
blockade unit's outer shell is equipped with a multi-dimensional stealth protection module; this module includes a three-band composite
camouflage coating, consisting of, from the inside out: a
radar-absorbing layer, an
infrared stealth layer, and a visual
camouflage layer. The multi-dimensional stealth protection module reduces the
blockade unit's recognition rate under
radar,
infrared, and
visual detection. The mine-clearing avoidance module and the
decoy target module work together to further improve the unit's
survivability, significantly increasing its
survival rate in mine-clearing environments. The anti-jamming communication module employs frequency hopping and
encryption technology, significantly improving the anti-jamming capability of communication and trigger signals, greatly reducing the success rate of
electromagnetic interference devices, ensuring the long-term effectiveness of the blockade
system, and significantly enhancing
battlefield survivability and penetration effectiveness, meeting the actual combat needs in complex
battlefield environments.