WEBVTT

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the United States continues to pace

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advancements in ballistic missile

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defense to track and intercept

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ballistic missiles . The ground based

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mid course defense Aegis . Ballistic

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missile defense and thad systems can

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detect track and intercept ballistic

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missiles . In this example , the Aegis

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destroyer tracks a ballistic missile

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and space launches the SM three missile

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and intercepts the ballistic missile

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before it re enters the atmosphere ,

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traveling at velocities greater than

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mach five hypersonic glide vehicles fly

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at lower altitudes and are more

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maneuverable than ballistic missiles ,

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allowing them to maneuver after launch .

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In a way that evades radar tracking and

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intercept the D . O . D . U . S .

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Government agencies and Congress

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consider hypersonic glide vehicles and

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ballistic missiles possessed by

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potential adversaries as a significant

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threat to national and regional

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security . Her the 2017 N . D . A , the

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director of the Missile Defense Agency ,

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shall serve as the executive agent for

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the Department of Defense to counter

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hypersonic threats that may be employed

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against the United States deployed

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forces and allies responding to the

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regional hypersonic threat . The US

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Missile Defense Agency has risen to the

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challenge , developing a concept that

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utilizes a multi layered solution to

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defend against the next generation of

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hypersonic glide vehicles . This

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animation will highlight a series of

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intercepts that occur throughout the

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trajectory of the hypersonic glide

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vehicle . The glide phase intercept

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will engage the hypersonic glide

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vehicle during the glide phase of the

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trajectory . Using three methods , the

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standard missile six will engage the

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hypersonic glide vehicle during the

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terminal phase of the trajectory . This

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concept provides multiple opportunities

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to engage hypersonic live vehicles and

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provides a layered defensive strategy .

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In this example scenario , the H B T .

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S . S detects the threat , launch and

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communicates to boa boa processes hB

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TSS detection data and see to BMC

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integrates additional sensor data . The

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space communications layer relays

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messages and data . The Aegis destroyer

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provides tracking and intercept support .

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The Aegis destroyer launches the glide

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phase interceptor to intercept the

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hypersonic glide vehicle during the

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glide phase . The Aegis destroyer

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launches the SM six to intercept the

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hypersonic glide vehicle during the

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terminal phase and the aircraft carrier

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is the high value asset to be protected .

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These assets will be integrated to

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provide a layered regional defense

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against hypersonic glide vehicles .

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Okay , four hypersonic glide vehicle

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launches occur in succession . The H B

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T . S . S detects the initial launch

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and the 1st , 2nd and 3rd stages of

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separation . The H

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B t s s data is continuously relayed to

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boa . Mhm .

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Mhm Boa uses

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real time data from h B t s s to create

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a track of the hypersonic live vehicle .

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Okay . E J

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receives h B t s s track data on the

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hypersonic glide vehicle from bOA and

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see to BMC via satellite communication .

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The H . B . T . S . S detects and

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provides fire control quality track of

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the hypersonic glide vehicle after

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being released . Mhm . Mhm

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mm positioning and tracking data are

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continuously captured and sent through

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the H . B . T . S . S to bo uh Then

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sent through the space communication

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layer to the Aegis destroyers . The

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Aegis destroyer uses remote tracking

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information from the H . B . T . S . S

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to plan and engage on remote cleared

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for the engage on remote defense . The

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Aegis destroyer launches the glide

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phase interceptor . A glide phase

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interceptor or G . P . Is capable of

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engaging hypersonic glide vehicles in

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the glide portion of flight and over

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matching the speed and agility of

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hypersonic threats . As the Aegis radar

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is out of the range of the hypersonic

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live vehicle . The G . P . I obtains

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tracking data from the H . P . T . S .

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S relayed through the ages . The G . P

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intercepts the hypersonic glide vehicle

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during the glide phase . As the second

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hypersonic glide vehicle is progressing

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into the glide phase , the Aegis

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destroyer continues to receive tracking

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data from the H . B . T . S . S .

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The Aegis destroyer executes a launch

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on remote defense launching the G . P .

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I . Mhm .

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When the hypersonic glide vehicle is

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within the Aegis destroyers radar the G .

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P . I receives tracking information

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from the Aegis radar . Mm

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The G . P intercepts the hypersonic

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glide vehicle .

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Yeah . Alternatively a forward

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based Aegis destroyer can acquire and

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track the H . G . V . During glide

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phase . The forward based Aegis

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destroyer communicates to another Aegis

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destroyer to perform a launch on remote

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defense . The launching is just

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destroyer relays the remote track to

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the G . P . I . Until the threat is

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acquired by its radar . The launching

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you just destroyer uses its radar to

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complete the engagement . Mm

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The third hypersonic glide vehicle is

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attempting to evade the Aegis

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destroyers radar range . Yeah yeah .

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The Aegis radar is skewed from the h B

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t . S . S tracks and acquires the

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threat on its radar system . During

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this cute organic defense , the Aegis

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destroyer plans the engagement launches

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the glide phase interceptor and

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completes the intercept using radar

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tracks from the Aegis radar system .

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Yeah ,

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the last and fourth hypersonic glide

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vehicle is approaching the high value

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asset attempting to avoid the Aegis

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radar system . The Aegis destroyer

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receives tracking data from the H B T .

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S . S .

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The hypersonic glide vehicle enters the

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Aegis radar during the terminal phase

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of the trajectory and the Aegis starts

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to plan a cute organic defense . Using

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the SM six interceptor . The Aegis

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destroyer launches the SM six to

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intercept the hypersonic glide vehicle

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before it reaches the high value assets .

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Yeah ,

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this scenario example , showed a

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regional defense concept for defending

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against hypersonic glide vehicles ,

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using an integrated architecture of

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space and surface sensors , working

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together to engage hypersonic glide

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vehicles in both the glide and terminal

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phases of flight to provide a multi

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layer defense against hypersonic

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threats .