China Ballistic Missiles and Nuclear Arms Thread

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Hendrik_2000

Lieutenant General
Interesting read about evolving Chinese nuclear doctrine I think those minimal deterrence is outdated and need to be replaced
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China’s Evolving Approach to Nuclear War-Fighting
China is dismantling the barriers impeding a war-fighting posture. Does that spell the end of No First Use?

By James Johnson
November 22, 2017

For decades, minimal deterrence, de-mated nuclear warheads, and a no-first-use pledge have formed the bedrock of China’s nuclear posture. China’s conventional deterrence posture, in contrast, has been characterized by war-fighting, pre-emption, asymmetry, and the development of offensively configured
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.
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indicates that these postures are far more integrated, flexible, and dynamic than Beijing’s official rhetoric suggests, and that during the past decade a de facto shift toward a limited nuclear war-fighting (or the use of nuclear weapons for victory denial purposes at all stages of warfare) posture has already taken place.

The closer alignment of these postures would accomplish Beijing’s regional military objectives articulated in its defense strategic concept — including the use of asymmetric and pre-emptive tactics during future “informatized”
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— and link geographically dispersed military forces for joint operations.

If Beijing modified its nuclear forces to meet the operational requirements of a war-fighting doctrine (e.g., sizable deployments of
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and missile-defense capabilities, or the adoption of a
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nuclear posture), Washington would indubitably view it as a radical shift in China’s longstanding nuclear posture, and thus, a fundamental challenge to the military balance in the Asia-Pacific region.

In a forthcoming article in
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, I argue that the existing literature has painted a relatively benign, static, and isolated (from China’s conventional war-fighting capabilities) picture of the evolution of Chinese thinking on strategic deterrence, which risks underestimating the increasingly dynamic, integrative, and flexible features of this shifting security paradigm. In particular, I argue that China’s increasingly commingled and diversified strategic missile forces have already been incorporated into a limited war-fighting military posture.

By overemphasizing the gradualist and passive aspects of China’s formal nuclear posture, policymakers risk overlooking the very real possibility that as
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(technological, military-organizational, and arms-control) to adopting a nuclear war-fighting doctrine are dismantled, the gap between China’s nuclear capabilities and the modest war-fighting ambitions of Chinese strategists will be reconciled.

Unimpeded by these restrictions, therefore, Beijing’s strategic thinking in future regional conflicts will likely reflect more accurately the new options it has amassed in both the nuclear and conventional domains; to maximize the synergies that exist between these domains for local high-intensity “
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.

Above all, China’s increasingly commingled and diversified strategic missile forces have already been incorporated into a
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. Furthermore,
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in developing tactical theater weapons and
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systems has, in conjunction with its conventional forces, enhanced its nuclear deterrence, and enabled the kinds of early and pre-emptive strike tactics consistent with a war-fighting posture.

Simply put, this approach increasingly strains the credibility of Beijing’s official rhetoric that depicts China’s nuclear posture as inherently restrained, in contrast to its conventional forces. As a result, Beijing’s characterization of its declaratory nuclear posture has become increasingly out of step with China’s evolving force structures and
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. The lip-service paid to this stance by most external observers needs to be adjusted to reflect the more nuanced realities.

Admittedly, only a few Chinese strategists have
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advocated a shift in the function of nuclear weapons from minimal deterrence to war-fighting; these minority views, however, reflect broader pressures to assimilate Western nuclear strategies into traditional Chinese approaches to nuclear thinking. Recent evidence suggests that, far from fading into obscurity or being eschewed by Beijing’s official rhetoric, Chinese strategic thinking on war-fighting has continued to shape and inform Beijing’s nuclear modernization efforts.

Chinese Strategists’ Pent-up Interest in Nuclear War-Fighting

Chinese military writings intimate a pent-up interest in an expanded role for China’s nuclear weapons, which has yet to be integrated into China’s
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. In short, over the past two decades qualitative improvements to China’s nuclear forces have given Beijing the ability to use nuclear weapons (and pre-emptively) in regional wars. This implies a much broader and discriminate use for nuclear weapons than the proponents of minimum deterrence or assured retaliation envisaged.

One of my main findings is that military-technological advancements across a range of capabilities has meant that China’s aggregate nuclear posture should no longer be conceptualized independently of the PLA’s capabilities and concepts. Rather, these military domains (especially space, cyber, and missile defense) are being synthesized into a force structure that incorporates
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, designed to deter both conventional and nuclear wars.

In other words, Chinese offensive-dominant space, cyber, and conventional precision strike capabilities have been inexorably fused into China’s nuclear deterrence posture (for integrated strategic deterrence), a trend that is likely to continue as new and increasingly sophisticated capabilities are fielded. During a
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, for example, Beijing revealed its new intermediate-range ballistic missile (Dongfeng 26) a dual-payload weapon capable (albeit untested) of targeting land and maritime targets in ranges
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.

In short, several recent technological innovations will likely expedite China’s emerging generation of strategic missiles across the entire nuclear triad, which will have profound implications for the trajectory of its nuclear posture and policies. These military-technological advancements have enhanced the accuracy, speed, precision, ranges, maneuverability, and survivability of Chinese nuclear weapons in a manner that appears incongruous with the requirements of
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.

As a corollary, even in the absence of formal changes to China’s nuclear doctrine the integration of its nuclear weapons and operations with non-nuclear capabilities in offense-dominant domains, together with the ongoing qualitative advances associated with China’s nuclear modernization, risks exacerbating U.S.-China
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dynamics, including most worryingly in the nuclear domain itself.
 

Hendrik_2000

Lieutenant General
(cont)
Beijing’s most recent
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touched on planned enhancements to the PLA’s strategic early warning and command and control systems, “to deter other countries from using or threatening to use nuclear weapons against China” (emphasis added). This official statement implies that, at a minimum, Beijing is contemplating a first-strike nuclear capacity to enhance China’s deterrence — a view that resonates within China’s strategic community.

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have often ambiguously declared their general commitment to minimum deterrence, whilst simultaneously arguing in favor of first strikes and pre-emptive warfare in both the nuclear and conventional domains. This apparent contradiction can be explained by the confluence of Chinese conceptualizations of conventional and nuclear war-fighting and deterrence, which contrasts with
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overly passive and static perceptions of Chinese deterrence.

It appears President Xi Jinping has also embraced the notion of a war-fighting doctrine for the newly promoted Rocket Force, which is responsible for China’s strategic missiles. According to Xi, the core mission of this new service is to build a powerful modernized missile force to enhance China’s nuclear and conventional war-fighting tools for
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.”

In short, the promotion of Chinese strategic forces, together with significant qualitative enhancements to its capabilities, has finally aligned China’s nuclear and conventional war-fighting tools and the aspirations of its military leaders with a command structure and the political will necessary to formalize a doctrinal shift.

An Evolving, Multifaceted Version of Deterrence

Chinese evolving conceptualization of “strategic deterrence” reflects a multifaceted cross-domain version of deterrence, which lends itself to the blurring of traditional conventional-nuclear and offensive-defense distinctions. This inexorable clouding by shortening the decision-making timeframe during crisis, and compressing the nuclear
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, will likely negatively affect U.S.-China strategic stability, and in turn, increase the incentives (on both sides) for pre-emptive tactics.

This assessment does not, however, posit that Beijing has adopted or will formalize an actual nuclear war-fighting doctrine; rather that the trajectory of China’s military modernization and integration are taking them to a place with many of the same risks and strategic implications.

How Chinese thinking evolves to reflect the linkages that have formed between its increasingly commingled conventional and nuclear capabilities and reorganized military structure remains, however, unknown. Although Chinese strategists frequently discuss cross-domain warfare (to deter adversaries and control escalation), they seldom discuss the inherent risks associated with these tactics.

Furthermore, ambiguities caused by Chinese internal debates relating to China’s “no first use” policy will continue to undermine the credibility of China’s adherence to this stance, keeping the option open for Beijing to formalize its de facto war-fighting posture. To be sure, issues of this kind will become more pressing as China’s military services synthesize and diffuse its cross-domain war-fighting capabilities, especially in space and cyberspace, for
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.


Implications

The inexorable blurring of the PLA’s conventional and nuclear, and offensive and defense capabilities by shortening the timeframe for crisis decision making, and compressing the (albeit poorly defined) U.S.-China nuclear
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will pose increasing existential risks to U.S.-China strategic stability in the Asia-Pacific. Under crisis conditions, these risks could exacerbate existing Sino-American
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that in turn will likely increase the incentives for early and pre-emptive attacks, which are already baked into the competing operational concepts on both sides, e.g. the U.S. Air-Sea Battle Concept (renamed Joint Concept for Access and Maneuver in the Global Commons), and China’s
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.

In short, the mere possibility of China using its nuclear-capable war-fighting tools in
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to deter the United States in nuclear or conventional conflicts and in a manner, timing, and purpose that Washington would unlikely anticipate could harbinger a fundamental shift in Sino-American strategic relations.

If U.S. defense planners concluded, therefore, that China’s war-fighting capabilities could presage a fundamental shift in trajectory of China’s approach to nuclear deterrence intended to support Beijing’s
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(e.g. in the East and South China seas, or the
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), the implications for U.S. forward force postures, extended nuclear assurances, and nuclear deterrence would be profound. Moreover, China’s propensity for strategic ambiguity and opacity in the nuclear domain (especially the intended purpose for its war-fighting capabilities) will likely reinforce the
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for worse-case scenario (and zero-sum) assessments of Beijing’s strategic intentions.

Several implications and future research topics follow from the findings of this research:

First, research would be beneficial on how the Chinese security community views the U.S.-China relationship in the nuclear domain. In particular, who on the Chinese side is leading this fundamental re-think, is it being challenged, and if so, in what ways and to what degrees of success? How are these views changing in response to U.S. military policies and posture in Asia? Finally, how are the PLA’s “new” capabilities likely to affect Beijing’s thinking about its nuclear options in future warfare?

Second, defense analysts will need to closely monitor the development of Chinese commingled capabilities that might increase Beijing’s future war-fighting options, and especially indications of any changes to the PLA’s operational doctrines because of these developments.

Finally, it is unknown whether the PLA emerges from its recent major overhaul as a stronger and more coordinated joint war-fighting force, and many unknowns exist. What, for example, will be the precise responsibilities of the new Rocket Force for China’s overall nuclear assets?

Conclusions

Recent evidence indicates that Chinese thinking on war-fighting, rather than being eschewed in favor of a minimal deterrence posture, has continued to influence China’s nuclear modernization efforts. Chinese military writings include positions that favor a more flexible and robust nuclear posture than has yet been endorsed in official documents or reflected in China’s formal doctrine, which indicates an underlying receptivity for innovation in this domain.

In sum, unimpeded by many of the constraints imposed on previous generations of Chinese strategists, and driven by the ongoing qualitative changes to the PLA’s force structure, China’s incongruous nuclear posture will likely be reconciled, aligning China’s nuclear forces with its offensively configured conventional stance for high-intensity (or
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), and pre-emptive future warfare.

Several unknowns remain including: How closely will China’s nuclear and conventional domains be aligned, and at what levels? In addition, how will hypersonic weapons and glide vehicles affect this dynamic, especially if they are deployed to enhance both conventional and nuclear missiles?

On the future modern battlefield, where the boundaries between war and peace and conventional-nuclear and offense-defense lines are increasingly blurred; where an aggressor is likely to resort to early and pre-emptive tactics to assert escalation dominance; and where states rapidly accumulate, synthesize, and diffuse progressively advanced war-fighting tools, interstate security dilemmas will become more frequent, intense, intractable, and destabilizing.
 

Hendrik_2000

Lieutenant General
Henri K guess that the missile test on Nov 8 is DF 41. Now it is confirmed by US intelligence according to his blog

The Pentagon officers confirm that it was indeed a trial of the Chinese mobile ICBM DF-41 that took place on November 6th.

East Pendulum added,

DOAg-diW4AA40VK.jpg

East Pendulum@ HenriKenhmann
New test of the mobile ICBM DF-41? http: // www. eastpendulum.com/nouvel-essai-i cbm-mobile-df-41 ...
0 replies0 retweets1 like
New test of the mobile ICBM DF-41?
BY
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The history shows that the Chinese rocket force, formerly Second Artillery Corps (第二 炮兵 部队) and responsible for the country's nuclear deterrence, has since 2012 been conducting at least one test per year of its new intercontinental ballistic missile (ICBM) mobile DF-41 .

And the year 2017 is no exception to the rule since China would have conducted this Monday, a new test of its terrestrial vector of nuclear strike with several warheads. This is in any case what emerges the interpretation of three messages to aircrafts (NOTAM) published Sunday.

Indeed, NOTAM A3320 / 17 signals the presence of a prohibited overflight zone over the Gobi desert, located in western China. Active only for 53 minutes, between 08:02 and 08:55 UTC, this rectangular area is approximately 393 km long and 61 km wide with an area of 24,741 km².

After verification, it turns out that it is exactly the same area that was closed on December 4, 2015 and
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,
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, during two previous tests of the DF-41 missile. The same goes for two other air segments closed for the same occasion.

A3320 / 17
Q) ZLHW / QRTCA / IV / BO / W / 000/999 / 4016N10234E108
A) ZLHW B) 1711060802 C) 1711060855
E) A TEMPORARY RESTRICTED AREA ESTABLISHED BOUNDED
BY: N405240E1002036-N404100E1015512-N401152E1045504-N394016E1044541-
N395330E1031232-N402046E1001301BACK TO START.VERTICAL LIMITS
: GND-UNL.
F) GND G) UNL

A3323 / 17
Q) ZLHW / QARLC / IV / NBO / E / 000/999 / 4054N10454E132
A) ZLHW B) 1711060805 C) 1711060850
E) FLW SEGMENTS OF ATS CLSD RTE:
1.A596: YABRAI VOR 'YBL'-DENGKOU VOR 'DKO'
2.B330: YABRAI VOR 'YBL'-GOBIN.

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The three NOTAMs reporting the test of the Chinese DF-41 missile (Image: East Pendulum)

The orientation of the said zone suggests that the missile took off near the Taiyuan Space Center (TSLC), also one of the main Chinese ballistic launch sites, and flew towards the direction of Korla where there is a field of impact and
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.

Given the limited size of the Chinese territory for this type of test (<3,000 km), and the firing towards the Pacific Ocean would have a negative geopolitical impact unlike in the United States, the DF-41 with a range estimated at more than 12,000 km can not be tested in normal mode.

He would then have taken a bell-shaped trajectory to simulate a greater flight distance, in which case the range of this test would be less than 2,200 km.

We also find the same case when
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.
To date, at least eight DF-41 trials have been recorded and / or confirmed:

Dated Main NOTAM Comment
2012-07-24 A1010 / 12
2013-12-13 A1990 / 13
2014-12-13
2015-08-05
2015-12-04 A3553 / 15 Launch from a train (?)
2016-04-12 A0707 / 16 Test of at least two MiRVs
2016-12-12 A3178 / 16
2017-11-06 A3320 / 17
 

Orthan

Senior Member
Given the limited size of the Chinese territory for this type of test (<3,000 km), and the firing towards the Pacific Ocean would have a negative geopolitical impact unlike in the United States, the DF-41 with a range estimated at more than 12,000 km can not be tested in normal mode.

japan, taiwan and the phillipines stand in the way of a potencial chinese ICBM test. Besides, testing in the ocean would mean that the remains of a missile could fall in the hands of unfriendly governments.
 

Hyperwarp

Captain
The word around is Beijing wants couple hundreds of DF41s for deployment

Couple of hundreds? That is insane. At its peek US had between 110 to 120 LGM-118 Peacekeeper ICBMs. All LGM-118 have been retired. End of the cold-war Russia had 150+ R-36 variants. Now they have about 50. R-36 will be replaced by RS-28.

If PRC is to produce 100 to 200 DF-41s then the current estimate of 250+ nuclear warheads will be completely wrong or PRC plans to make new warheads.

Warheads are needed for DF-41, DF-31A/AG, JL-2/2X, JL-3?, etc.
 

antiterror13

Brigadier
Couple of hundreds? That is insane. At its peek US had between 110 to 120 LGM-118 Peacekeeper ICBMs. All LGM-118 have been retired. End of the cold-war Russia had 150+ R-36 variants. Now they have about 50. R-36 will be replaced by RS-28.

If PRC is to produce 100 to 200 DF-41s then the current estimate of 250+ nuclear warheads will be completely wrong or PRC plans to make new warheads.

Warheads are needed for DF-41, DF-31A/AG, JL-2/2X, JL-3?, etc.

250+ nuclear warhead is wrong anyway

But I agree that 200 is too many, I thought 60 to 75 would be sufficient
 

Equation

Lieutenant General
japan, taiwan and the phillipines stand in the way of a potencial chinese ICBM test. Besides, testing in the ocean would mean that the remains of a missile could fall in the hands of unfriendly governments.
If you can't go "horizontally" across the ocean for ICBM testing than go "vertically" to resemble to the distance. North Korea has done just that with their limited "ocean" space.
 

Hendrik_2000

Lieutenant General
Well seem that the deployment of DFZ Hypersonic glider is faster than it is expected. Ankit panda article from Diplomat says it wil be deployed in 2020. Seem credible because they already twice tested with the complement missile His source is US intelligence
The DF-17 is the first hypersonic glide vehicle-equipped missile intended for operational deployment ever tested. Try to intercept this guy with exsisting technology is almost impossible but as usual Ankit imply it can be done. Nonsense It has flat trajectory and not hyperbolic that can be calculated
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Introducing the DF-17: China's Newly Tested Ballistic Missile Armed With a Hypersonic Glide Vehicle

By
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December 28, 2017

China carried out the first flight-tests of a new kind of ballistic missile with a hypersonic glide vehicle (HGV) in November, The Diplomat has learned.

According to a U.S. government source who described recent intelligence assessments on the People’s Liberation Army Rocket Force (PLARF) on the condition of anonymity, China recently conducted two tests of a new missile known as the DF-17.

The first test took place on November 1 and the second test took place on November 15. The November 1 test was the first Chinese ballistic missile test to take place after the conclusion of the first plenum of the Communist Party of China’s 19th Party Congress in October.

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During the November 1 test flight, which took place from the Jiuquan Space Launcher Center in Inner Mongolia, the missile’s payload flew to a range of approximately 1,400 kilometers with the HGV flying at a depressed altitude of around 60 kilometers following the completion of the DF-17’s ballistic and reentry phases.

HGVs begin powered flight after separating from their ballistic missile boosters, which follow a standard ballistic trajectory to give the payload vehicle sufficient altitude.

Parts of the U.S. intelligence community assess that the DF-17 is a medium-range system, with a range capability between 1,800 and 2,500 kilometers. The missile is expected to be capable of delivering both nuclear and conventional payloads and may be capable of being configured to deliver a maneuverable reentry vehicle instead of an HGV.

Most of the missile’s flight time during the November 1 flight test was powered by the HGV during the glide phase, the source said. The missile successfully made impact at a site in Xinjiang Province, outside Qiemo, “within meters” of the intended target, the source added. The duration of the HGV’s powered flight was nearly 11 minutes during that test.

The HGV payload that China tested in November was specifically designed for the DF-17, the source told The Diplomat, while noting that parts of the U.S. intelligence community assess that the DF-17 is heavily based on the PLARF’s DF-16B short-range ballistic missile, which is already deployed.

“The missile is explicitly designed for operational HGV implementation and not as a test bed,” the source said, describing U.S. intelligence assessments of the DF-17. This was “the first HGV test in the world using a system intended to be fielded operationally,” the source added.

The DF-17, per current U.S. intelligence assessments, is expected to reach initial operating capability around 2020.

“Although hypersonic glide vehicles and missiles flying non-ballistic trajectories were first proposed as far back as World War II, technological advances are only now making these systems practicable,” Vice Admiral James Syring, director of the U.S. Missile Defense Agency, remarked in June,
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before the U.S. House Armed Services Committee.

Outside these missiles, China has conducted seven known tests of experimental hypersonic glide vehicles. These tests took place between 2014 and 2016.

Tests of the DF-17—the first missile designed for the operational deployment of an HGV with the PLARF—followed the
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in Chinese state media in October.

It’s unclear if the object bears any relation to the tested DF-17, but the images released in October are
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of any glider-like object in Chinese state media.

In addition to China, the United States and Russia are also developing hypersonic glider technology, but neither country is known to have flight-tested a system in a configuration intended for operational deployment to date.

Hypersonic gliders, by virtue of their low-altitude flight, present challenges to existing radar sensor technology enabling missile defenses. By flying at a low altitude instead of reentering from a much higher apogee on a ballistic trajectory, adversary radars would detect HGVs with less time for an interception to take place before the payload can reach its target.

HGVs, however, are considerably slower in the final stages of their flight than most reentry vehicles on a ballistic trajectory. This may leave them vulnerable to interception by advanced terminal point defense systems.

In a report detailing new ballistic and cruise missile threats to the U.S. released this year, the U.S. National Air and Space Intelligence Center observed that “Hypersonic glide vehicles delivered by ballistic missile boosters are an emerging threat that will pose new challenges to missile defense systems.”
 
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