US Navy's advanced anti-missile guns: loading and firing techniques

Fluctus
2 followers
Nov 6, 2026
Hello everyone and welcome back
to the Fluxus channel.
Naval ships are constantly under threat from air attack,
making aerial defense systems a crucial component
of their combat capabilities.
Thank you, Patrice.
These systems are designed to intercept and destroy incoming threats
such as anti-ship missiles, aircraft,
and unmanned aerial vehicles.
Naval air defense systems are constantly evolving to meet
the challenges posed by newer and more sophisticated aerial threats.
Close-in weapon systems,
also known as point defense systems,
are a critical component
of naval air defense,
providing the last line of protection against incoming threats
such as anti-ship missiles, aircraft, and small boats.
CIWS are typically mounted on the decks of warships
and are used as a last line of defense against attacks
that have penetrated the ship's outer defenses.
It typically
consists of a
high-velocity gun,
such as a Gatling gun,
a radar system that detects and tracks incoming threats,
and a laser tracking system
that further tracks and engages targets.
CIWS systems are generally controlled
by a fire control system that integrates all of the
system's components and automatically fires the gun
at threats. CIWS systems are subjected to a
rigorous testing program to ensure reliability
and effectiveness.
The FCS receives data from the radar
and laser tracking systems and uses this data
to determine the threat's range, bearing, and velocity.
The FCS then calculates the firing solution
and sends commands to the gun to fire at the threat.
During NATO's exercise Joint Warrior,
which took place off the coast of Scotland,
a simulated air attack against the Spanish warship Méndez Núñez
resulted in the activation of weapons on both sides.
The exercise involved more than
40 warships and submarines from 14 different NATO countries,
as well as 70 aircraft.
The goal of the exercise was to test the ability
of NATO forces to detect, track and intercept
simulated
air threats.
This helps to improve their readiness
and coordination in responding to real-world air
attacks and increases interoperability between these forces,
which is essential for effective
air defense operations.
NATO's Quick Reaction Training Sessions,
also known as Quick Reaction Alert or Immediate Reaction Forces,
are critical components of the Alliance's collective defense strategy.
These drills involve the activation
of air defense systems,
such as surface-to-air missiles and anti-aircraft artillery,
to counter potential air threats.
The frequency of NATO QRA training sessions varies depending
on the specific threat environment
and the readiness requirements of the Alliance.
However, these exercises are conducted regularly
to maintain the high level of readiness required
for NATO's collective defense.
Naval Electromagnetic Operations,
or NEEMO exercises, are a series of multinational,
collaborative endeavors designed to enhance the readiness
and interoperability of participating
navies in the realm of electronic warfare.
It's an opportunity to do some science and
technology work, to collect data,
to do some analysis, to learn more about our ships.
the vulnerability and the capabilities of the ships
and evolving electromagnetic requirement.
These exercises focus on developing
and refining the ability of naval forces
to effectively utilize EW tactics, techniques,
and procedures to counter potential threats
and maintain maritime superiority.
Participating navies practice
jamming enemy radars and
communication systems to degrade their capabilities
and protect friendly forces.
Mounted on the decks and superstructure of aircraft carriers,
50-caliber machine guns serve as versatile and potent weapons
for defending these massive vessels
against a diverse spectrum
of threats.
Their role encompasses safeguarding
against small boat incursions,
providing suppressive fire
in support of amphibious operations,
and acting as a last resort
against incoming aircraft.
Push that feet paw down.
Okay, close top cover.
While not as sophisticated as air defense systems,
.50-caliber machine guns can still be effective against light aircraft,
such as helicopters and low-flying airplanes.
A Rolling Airframe
Missile, or RAM,
is a lightweight, infrared-homing
surface-to-air missile developed by Raytheon.
It is designed to defend ships against
a wide range of threats,
including aircraft,
helicopters, and missiles.
The missile is powered by a solid-fuel rocket motor
and has a range of up to 2.4 miles,
with an infrared seeker to detect
and track its target.
The seeker is mounted on the front of the missile
and is able to lock onto the heat
signature of an aircraft
or missile.
When the ram is fired, the seeker on the missile guides it
to the intercept point to explode
on impact, destroying
the target.
The concept of naval formations emerged in the 17th century,
The advent of steam power
in the 19th century revolutionized naval warfare,
leading to the formation of battle groups centered on aircraft carriers
and their escorts.
Modern navies utilize a diverse range
of group formations to support sea control,
power projection,
and expeditionary warfare.
Carrier strike groups,
surface action groups,
amphibious ready groups,
and expeditionary strike groups are among the prominent formations.
Carrier Strike Group offers tremendous offensive capability,
and they're a wonderful tool.
And that variability
and that versatility is what I think is the ESG's calling card.
And we've heard some compare it to the Swiss Army knife, if you will,
where there are lots of tools that you can use
for many different situations.
Carrier Strike Group is the most powerful type of naval formation.
It comprises an aircraft carrier,
its associated air wing, and several escort ships.
The USS Carl Vinson is a Nimitz-class aircraft carrier
that is the flagship of the Carl Vinson Carrier Strike Group.
It is armed with an array of missiles,
guns, and aircraft
and can carry up to 90 aircraft.
Also, this group includes the Ticonderoga-class
guided missile cruiser USS Lake Champlain,
and the Arleigh Burke-class guided-missile destroyers USS Wayne E.,
Meyer and USS Michael Murphy,
responsible for protecting the CSG from submarines and surface threats.
Guided-missile cruisers
are large, heavily armed warships
that play a crucial role in modern naval warfare.
They are typically equipped with a wide array
of missiles, guns, and radars,
Making them capable of defending against air,
surface, and subsurface threats.
The USS Bunker Hill is an Arleigh Burke-class
guided missile cruiser armed with various missiles,
including SM-2 surface-to-air missiles,
Tomahawk cruise missiles, and Harpoon anti-ship missiles.
The Ohio-class ballistic missile submarines,
like the USS Henry M. Jackson,
are a class of nuclear-powered submarines that are armed
with submarine-launched ballistic missiles.
They are the largest and most powerful submarines ever built
and play a critical role
in the United States' nuclear deterrence strategy.
Ohio-class submarines can carry up to 24 Trident II SLBMs,
capable of carrying up
to eight multiple independently targetable reentry vehicles,
which can deliver nuclear warheads to targets anywhere in the world.
The USS Henry M. Jackson has been deployed
on numerous missions worldwide, including
Operation Desert Storm, Enduring
Freedom, and Iraqi Freedom.
The United Kingdom Carrier Strike Group
is a powerful naval formation led by the HMS
Queen Elizabeth, the largest aircraft carrier in British history.
The CSG consists of a flotilla of destroyers
and frigates from the UK and the Netherlands,
the USS, the Sullivans,
and 15 F-35B Lightning IIs from Marine Fighter Attack Squadron 211
and the UK's 617 Squadron.
Its destroyers and frigates
are equipped with sonar and torpedoes
to detect and attack enemy submarines.
Modern naval air defense
is not defined by a single
Weapon system.
But by the layered integration of sensors,
missiles, guns, electronic warfare, and highly
trained personnel, carrier strike groups,
destroyer squadrons, and allied task forces
demonstrate that maritime security depends
on coordination as much as firepower.
That's the end
of this video.
I hope you enjoyed it.
Make sure to subscribe to this channel
so you don't miss any of our new content.
See you next time.
