The Role of Hypersonic Anti-Ship Missiles in Modern Warfare

高超音速反舰导弹在现代战争中的作用

Institute for Maritime Strategy & Strike Systems Briefing

海洋战略与打击系统研究所 智库简报

一、定义与战术阈值 / Definition and Tactical Threshold

Hypersonic anti-ship missiles (HASMs) are conventionally armed munitions that sustain Mach 5+​ flight in the atmosphere or near-space layer, combine flat-skimming or quasi-ballistic glide trajectories with terminal lateral maneuvering, and close on a surface combatant from ranges of 500–1,500 km​ (cruise-missile class such as Russia’s Zircon) or 1,000–3,000 km​ (anti-ship ballistic / glide vehicles such as China’s YJ-21 / DF-26 / DF-27 family).

高超音速反舰导弹（HASM）是指全程或末段在大气/临近空间以 5马赫以上​ 持续飞行、兼具掠海或滑翔弹道与末段横向机动、打击距离覆盖 500–1500公里（俄“锆石”级巡航型）至 1000–3000公里（中国鹰击-21、东风-26/27级反舰弹道/滑翔型）的常规反舰武器。

The decisive threshold is not speed alone, but the compression of the defender’s kill-chain time: at Mach 8–10, a missile fired from 1,000 km needs roughly 5–7 minutes to impact, leaving a carrier group’s layered air-defense (radar track → fire-control solution → SM-6/SM-3 launch → intercept) with sub-20-second terminal windows​ that fall below human-in-the-loop reaction limits.

真正改变规则的不是“快”，而是把防御方的杀伤链时间压垮：8–10马赫下，1000公里外发射至命中约需5–7分钟，而航母编队三层防空（雷达截获→火控解算→标准-6/3发射→拦截）的末段可用窗口被压缩到 20秒以内，低于有人闭环反应下限。

二、现代海战中的四类作用 / Four Operational Roles in Modern Naval Warfare

1. 拒止半径外推：把航母从“前锋”逼成“后方资产” / Pushing the Denial Radius — Forcing Carriers from Spearhead to Rear Asset

With 1,000–1,500 km range fired from 055 destroyers, H-6K bombers, or shore-based launchers, HASMs let a coastal navy strike before the opponent’s carrier aircraft can even reach their launch line (~700–900 km combat radius). The U.S. Navy’s response — Distributed Maritime Operations, pushing allies’ surface units forward — is itself evidence that the carrier no longer owns uncontested standoff.

舰载/空射/岸基高超反舰弹射程1000–1500公里，可在对手舰载机攻击半径（约700–900公里）之外先手打击。美军转向“分布式海上作战”、把日菲盟友推前哨，反向证明航母已不敢再当前沿矛头，而退为需保护的后方资产。

2. 穿透多层防空：专打“标准-3/6之间的高度缝” / Penetrating Layered Air Defense — Exploiting the SM-3/SM-6 Altitude Gap

Glide vehicles cruising at 40–60 km​ in near-space sit above SM-6’s ~34 km ceiling yet below SM-3’s ~70 km floor; terminal dive with lateral jinking defeats predictive fire control. Russian Zircon’s combat use in Ukraine reportedly left NATO-style systems ~30 seconds of warning and single-digit interception probability.

滑翔体在 40–60公里​ 临近空间巡航，高于标准-6约34公里上限、低于标准-3约70公里下限；末段拐弯俯冲让火控无法外推弹道。俄“锆石”在乌克兰实战中留给防空系统约30秒预警、单发拦截概率个位数。

3. 任务杀伤优于物理击沉：甲板即战斗力 / Mission Kill over Sinking — The Flight Deck Is the Target

A 300–500 kg warhead at Mach 10 delivers kinetic plus blast energy that can wreck catapults, arresting gears, elevators, and aviation fuel lines. Open-source PLA-affiliated studies and U.S. think-tank wargames converge: one or two hits do not sink a 100,000-ton CVN, but can remove it from the battle space for the rest of a campaign.

300–500公斤战斗部以10马赫灌顶，毁伤集中在弹射器、拦阻索、升降机、油气管路。“一发沉航母”是误读；中美兵推共识是 1–2发致“任务杀伤”（task kill），核动力航母不退沉也丧失战役周期内部署能力。

4. 体系节点而非单件神器：侦察-定位-饱和-收尾 / System Node, Not Magic Bullet — Scout-Locate-Saturate-Finish

HASMs are the finishing layer of a wider A2/AD kill web: submarines and OTH radars locate the group, low-cost loitering swarms burn down SAM magazines, then YJ-21 / Zircon / DF-26 volleys arrive from multiple azimuths. The weapon’s value scales with the number of launch platforms​ — YJ-20/YJ-21 compatible with 052D as well as 055 multiplies credible firing units from ~10 to ~45 hulls.

高超反舰弹是A2/AD杀伤网收尾层：核潜艇/超视距雷达定位→低成本蜂群耗弹→鹰击/锆石/东风齐射多向到达。其威力随发射平台数放大——鹰击-20/21兼容052D后，可信发射舰从约10艘055扩到约45艘驱护舰。

三、攻防再平衡与未解限制 / Offense-Defense Recalculation and Unresolved Limits

• Defender adaptations: SM-6 Block IB / SM-3 IIA trajectory patches, directed-energy point defense (155 kW+ lasers), off-board jamming, and “virtual carrier” concepts (land-based fighters + tankers) aim to either raise the intercept window or avoid putting the CVN inside the HASM envelope.

  防御方应对：标准-6 Block IB/标准-3 IIA弹道补丁、155kW级激光近防、拖曳式电子诱饵、以岸基机+加油机替代部分航母前沿存在，要么拉长拦截窗口，要么让航母不进包线。

• Attacker constraints: HASM unit cost (even at scale) still exceeds the SAM it forces the enemy to expend; mid-course correction under EW degradation, terminal guidance against a maneuvering carrier (not a fixed point), and magazine depth in a 1,000+ km engagement remain open engineering problems. The U.S. LRHW “Dark Eagle” and CPS ship-launch variants are still pre-operational as of 2026, showing the barrier is not doctrine but thermal-structural and fire-control maturity.

  进攻方约束：即便量产，单发成本仍高于所消耗防空弹；强电子战下中段修正、对机动航母末制导（非定点）、1000公里级以上载弹量仍是工程难题。美“暗鹰”LRHW与舰载CPS至2026年仍未实战部署，瓶颈不在条令而在热结构与火控成熟度。

• Escalation logic: Because HASMs threaten command-and-control afloat and nuclear-powered carriers, any large-volume exchange risks rapid climb up the escalation ladder even without crossing the nuclear line — making them strategic signaling weapons as much as tactical strike tools.

  升级逻辑：因威胁对象含核动力航母与海上指挥节点，大规模齐射即便不触核红线也易引发升级，故同时具备“战略信号”与“战术打击”双重属性。

四、智库判断 / Conclusion

Hypersonic anti-ship missiles have not made the aircraft carrier obsolete; they have re-priced its survivability. In the Western Pacific, Baltic/Black Sea littorals, and the Indian Ocean, the carrier group must now assume it is inside the engagement envelope from the opening hour, operate dispersed, lean on allied buffers, and accept that “mission kill” not “sinking” is the realistic adversarial objective. The decisive competition is therefore no longer Mach number versus flange thickness, but sensor-to-shooter latency versus launcher density​ — and on that axis, HASMs have already rewritten the naval brief.

高超音速反舰导弹没有淘汰航母，而是重定了航母的生存价格。在西太、波罗的海/黑海沿岸、印度洋，航母群须默认“开战即位于包线内”、分散部署、借盟友做缓冲，并承认对手现实目标是“任务杀伤”而非“击沉”。决定性竞争不再是谁马赫高、谁装甲厚，而是 “传感器到射手延迟”对“发射平台密度”——在这一轴上，高超反舰导弹已经重写了海战简报。

注：文中涉及鹰击-21/20、锆石、暗鹰等型号的速度、射程、拦截概率均采自2025–2026年公开报道与期刊披露，未含未解密作战参数；本简报仅作军事技术趋势分析，不构成任何交战方能力定论。

继续阅读：高超音速反舰导弹   高超音速   反舰导弹   航母

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