Anti-Ballistic Missile

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Anti-Ballistic Missile
In this power point presentation we are going to
learn about the Anti- Ballistic Missile that how
the Anti -Ballistic Missile Works and what are
the different types of Anti-Ballistic Missile
Systems.
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What is ABM
ABM stands for Anti-Ballistic Missile. It is a
surface-to-air missile, specifically designed to
intercept and counter ballistic missiles, i.e., a
missile for missile defence. This term is also
used for an antimissile system designed to
counter ballistic missiles. However, generally,
the missiles or systems designed to counter
intercontinental ballistic missiles (ICBM) are
known as ABM.
India has also launched an Indian Ballistic
Missile Defence Programme to develop a
multi-layered ballistic missile defence system to
protect the country from ballistic missile
attacks. It is an initiative in response to the
missile threats from some countries, mainly
Pakistan. It is a double-tiered system which
comprises land and sea-based interceptor
missiles the Prithvi Air Defence (PAD) missile
for high altitude interception and the Advanced
Air Defence (AAD) Missile for lower altitude
interception.
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How Anti-Ballistic Missiles Work
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1. Detection
2. Decision
3. Interception
A network of sensors detects the incoming missile
and tracks its trajectory.
Systems determine whether the missile poses a
threat and calculate the best intercept path.
Systems launch interceptors, which destroy the
missile in mid-air before it reaches its target.
The 3 main reasons according to it the Anti-
Ballistic Missiles Work and the work of the
Anti-Ballistic Missiles Work is very important to
mainly save from the enemy
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Different Types of Anti-Ballistic Missile Systems
THAAD
IRON DOME
S-400
Aegis
Terminal High Altitude Area Defense system uses
ground-based radars and interceptors to take out
missiles during their final stage of flight.
Mobile air defense system developed by Israel
designed to intercept short-range rockets and
artillery shells.
Long-range surface-to-air missile system
developed by Russia capable of engaging targets
up to 400 kilometers away.
Integrated missile defense system used by the US
Navy and others to defend against short to
intermediate-range ballistic missiles.
These are basically the five different types of
the Anti-Ballistic Missile systems. These systems
are very important
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Current Development and Deployment
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US
China Russia
North Korea
The US has deployed anti-ballistic missile
systems in Alaska and California and continues
development of the THAAD, Aegis, and other
systems.
Both countries have developed anti-ballistic
missile systems, including the S-400, and are
expanding their deployment.
North Korea has pursued development of its own
systems, such as the Hwasong-15 ICBM and KN-23
SRBM.
These are the major development and deployment to
make the Anti-Ballistic Missile these three
country are majorly responsible for the
development and the deployment.
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Anti-Ballistic Missile Treaty
The Treaty on the control of Anti-Ballistic
Missile Systems, otherwise called the
Anti-Ballistic Missile Treaty (ABM Treaty), is an
arms control arrangement that the United States
and the Soviet Union endorsed in 1972.
Its motivation was to confine the arrangement of
rocket frameworks that might actually be utilised
to capture approaching intercontinental
long-range rockets (ICBMs) sent off by the other
superpower.
The United States previously proposed exchanges
to prohibit long-range rocket safeguards in 1966,
yet they didn't begin until late 1969 as a
component of the Strategic Arms Limitation Talks
(SALT).
At a meeting in Moscow in May 1972, U.S.
President Richard Nixon and Soviet Premier Leonid
Brezhnev marked the ABM Treaty. Soon thereafter,
it was sanctioned by the U.S. Senate and the
Supreme Soviet.
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Future of Anti-Ballistic Missile Technology
Laser Defense
Nanoparticle Defense
Space Defense
New research is being done into using lasers to
destroy incoming missiles. Such systems could
offer greater mobility and lower cost than
traditional systems.
Scientists are also studying the use of
nanoparticles to intercept and destroy missiles.
These systems could potentially reduce collateral
damage.
As more countries explore space, new
anti-ballistic missile systems may be developed
to protect against attacks from space-based
platforms.
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Conclusion and Final Thoughts
Impactful Technology
Controversies Continue
New Options on the Horizon
Debate about the value and efficacy of
anti-ballistic missile systems is likely to
continue into the future, raising important
questions about security, diplomacy, and the arms
race.
Anti-ballistic missile systems have the potential
to drastically alter the calculus of warfare,
making some previously unimaginable scenarios
more plausible.
With new technologies like nanoparticle and laser
defense in development, the future of
anti-ballistic missile technology is wide open.