In recent years, rapid advances in artificial intelligence and unmanned systems have ushered in a new generation of ‘unmanned vanguards’ for amphibious assault operations. These include unmanned surface vessels, underwater drones, amphibious UAVs, and ground-based unmanned combat vehicles, capable of performing reconnaissance, mine clearance, fire support, and even direct assault missions in complex battlefield environments. Compared to traditional forces, unmanned systems offer sustained operational capability in high-risk scenarios, reduced personnel casualties, and enhanced combat efficiency. In the high-risk, high-intensity context of amphibious landings, these ‘unmanned vanguards’ can approach enemy shores ahead of manned units to conduct electronic jamming, target identification, and precision strikes, thereby clearing safe pathways for follow-on forces. Moreover, their ability to operate collaboratively across multiple platforms enables ‘swarm’ or ‘wolf-pack’ tactics, significantly increasing penetration success rates. As technologies such as autonomous decision-making, intelligent sensing, and swarm control mature, unmanned systems are poised to play an increasingly pivotal role in amphibious warfare, becoming a core component of modern littoral combat architectures.
近年来，随着人工智能与无人系统技术的飞速发展，登陆作战正迎来新一代‘无人尖兵’。这些无人装备包括无人水面艇、水下潜航器、两栖无人机以及地面无人战车等，可在复杂战场环境中执行侦察、扫雷、火力支援甚至突击任务。相比传统兵力，无人系统具备高风险环境下的持续作战能力、减少人员伤亡、提升作战效率等优势。在登陆作战这一高风险、高强度的军事行动中，‘无人尖兵’可先行抵近敌岸，实施电子干扰、目标识别和精确打击，为后续部队开辟安全通道。此外，多平台协同作战能力也使无人系统能形成‘蜂群’或‘狼群’式战术，大幅提升突防成功率。未来，随着自主决策、智能感知和集群控制等技术的成熟，‘无人尖兵’将在登陆作战中扮演越来越关键的角色，成为现代两栖作战体系中的核心力量。
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