China’s multi-platform hypersonic strike force takes shape – Asia Times
China’s bold move to develop cutting-edge robots, balloons, and next-generation hit vehicles, which raises the stakes for US weapon security, signs a major shift in global military might.
This quarter, the War Zone reported that China has conducted assessments of fast uncrewed air cars, launching them from drones and high-altitude bubbles. New images and images were referenced in the report.
According to the War Zone, the cars related to the MD-22 fast military aircraft idea revealed in 2022 were released from a TB-001 helicopter and a high-altitude bubble. The report says the MD-19, MD-21, and MD-2 vehicles, featuring wedge-shaped fuselages, delta wings and twin vertical tails, were tested by the Institute of Mechanics of the Chinese Academy of Sciences ( IMCAS ) and the Guangdong Aerodynamic Research Academy ( GARA ).
The MD-19, which had retractable landing gear, was reported to have made an appearance on a airport after launch, according to The War Zone. The engine systems remain vague, but the models suggest advanced high-speed vehicles like dual-mode ramjets or scramjets. According to the report, these tests demonstrate China’s continued investment in fast technologies to strengthen its military capabilities.
The report notes that the vehicles could be used for kinetic strikes or for intelligence, surveillance, and reconnaissance ( ISR ) missions. They are said to bolster China’s dedication to developing its fast capabilities, which pose major technical challenges and proper implications for worldwide security.
With these different air-based launchers, China has additional tactical options when it uses fast weapons to launch attacks from a variety of platforms and in different directions and altitudes.
For example, in February 2023, Asia Times noted that China had unveiled its emerging fast arms triad, comprising water, air and land-based systems, considerably enhancing its normal punishment capabilities against the US and Taiwan.
The YJ-21 hypersonic anti-ship weapon, capable of velocity up to Mach 10, was tested from a Kind 055 ship, highlighting its operating flexibility and endurance. The missile’s introduction marks a pivotal evolution in China’s anti-access/area denial ( A2/AD ) strategy, with its speed rendering current shipboard defense systems ineffective.
The air-launched variant, carried by the H-6 strategic bomber, extends the missile’s range, posing a threat to US bases and warships in the Pacific. Additionally, the land-based DF-17 missile, capable of extreme maneuvers and speeds up to Mach 5, complements the triad, enhancing China’s ability to “box in” Taiwan with long-range precision strikes.
Multiple hypersonic attacks coming from various directions can make it harder for the US to defend Taiwan’s key bases, such as those in Guam and Okinawa. Simultaneous launches from land, sea, and air platforms can overwhelm missile defense systems. By saturating different layers of an adversary’s defense, China can increase the likelihood of penetrating critical targets.
The US’s most recent ballistic missile intercept test from Guam, according to Asia Times, highlights the island’s strategic significance and the challenges it faces in missile defense. A Standard Missile-3 Block IIA intercepting a medium-range ballistic missile was the subject of the test, which was conducted by the US Missile Defense Agency ( MDA ). This marked a significant step forward in the development of the Aegis Guam System.
However, Guam’s defense infrastructure faces several hurdles. The island’s limited land space and mountainous terrain complicate the deployment of missile defense systems, while the integration of multiple systems, such as Aegis Ashore, Terminal High Altitude Area Defense ( THAAD ) and Patriot, poses risks of uncoordinated responses during saturation attacks involving ballistic, cruise, and hypersonic missiles.
Additionally, the reliance on fixed sensor-to-shooter links may limit adaptability against next-generation threats, including multi-domain attacks combining cyber, electronic, and kinetic strikes. The finite number of interceptors per system also raises concerns about sustaining defense during large-scale, multi-axis attacks. These issues are made even more difficult by the interceptor missile supply chain and by outdated production capabilities.
The time between launch detection and impact is significantly shorter at hypersonic speeds. Multi-platform launches add to the complexity, making threats from various domains simultaneously unavoidable, and preventing defenders from responding quickly.
Evan Montgomery and Toshi Yoshihara make the observation in a 2023 Center for Strategic and Budgetary Assessments ( CSBA ) report that hypersonic weapons are changing the US’s strategy against China by reducing the chance of unintended escalation and altering the conventional military balance.
Montgomery and Yoshihara point out that hypersonic weapons introduce greater ambiguity because of their speed, unpredictable flight paths, and shorter detection windows, in contrast to conventional ballistic missiles.
This situation might require a “launch-on-warning” posture. In such a situation, second-strike capabilities and missile defense systems must be ready to respond right away when a potential threat is identified without waiting for confirmation whether the incoming missile is a nuclear or conventional one.
Further, Montgomery and Yoshihara claim that China’s use of hypersonic weapons could increase regional precision attacks, giving the impression that Chinese threats are credible in a Taiwan emergency.
Asia Times reported this month that the US’s effort to defeat China with a long-range precision missile was marked by the recent US Army test of the Dark Eagle hypersonic missile.
The Dark Eagle system’s successful launch signals progress. By the end of the 2025 fiscal year, the first long-range hypersonic weapon ( LRHW) battery will be complete. The missile is also slated for deployment on Zumwalt-class destroyers and Block V Virginia-class submarines.
Montgomery and Yoshihara are cautioned that US deployment of hypersonic strike capabilities could threaten China’s strategic nuclear arsenal, increasing the risk of disarming its nuclear forces in response to these developments. They claim that China might consider launching a preemptive nuclear strike to avoid disarmament if it believes its nuclear arsenal is vulnerable.
By extension, Montgomery and Yoshihara point out that US reliance on hypersonics could also lead to China using theater nuclear weapons to coerce US allies like Japan to maintain neutrality in a crisis.
A US Congressional Research Service ( CRS ) report from this month mentions that the US is facing significant challenges in developing hypersonic weapons as the debates over mission requirements, cost, and production scale grow.
The US Department of Defense ( DoD ) has not yet formalized mission requirements or established a program of record, which is in part due to uncertainty about the weapons ‘ strategic role, according to the report. According to the report, DoD officials have different opinions on production objectives, with some favoring large-scale deployments to deterrence and others favoring low inventories due to high costs. Additionally, it raises doubts about how many hypersonic weapons the DoD can actually acquire.
Additionally, the report mentions that the US Congress has pressed for clarity on mission sets, cost analysis, and required enabling technologies, such as space-based sensors and autonomous command systems.
The report points out that while hypersonic weapons have the potential to penetrate adversary A2/AD zones, they may not be as resilient as current systems, such as ballistic missiles with maneuvering warheads.