How do internally carried IR missiles acquire a lock?How is a missile lock detected?How are anti-aircraft missiles tested?How does a Missile Lock Work?Do fighter jets have forward-looking radar warnings for missiles, and when was this first implemented?How do combat jets know when to launch flares to counter IR missiles?Do different types of missiles indicate different lock tones to the pilot?Can a missile retarget to the heat from the firing aircraft's engines?Can the Apache detect infrared (IR) lock?Is it possible for a fighter jet to shoot itself down with an IR missile?How do cruise missiles stay aloft?
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How do internally carried IR missiles acquire a lock?
How is a missile lock detected?How are anti-aircraft missiles tested?How does a Missile Lock Work?Do fighter jets have forward-looking radar warnings for missiles, and when was this first implemented?How do combat jets know when to launch flares to counter IR missiles?Do different types of missiles indicate different lock tones to the pilot?Can a missile retarget to the heat from the firing aircraft's engines?Can the Apache detect infrared (IR) lock?Is it possible for a fighter jet to shoot itself down with an IR missile?How do cruise missiles stay aloft?
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$begingroup$
On aircraft that carry their IR missiles on external stores, like the F/A-18, an IR-missile acquires a lock by having its seeker being directed to the target heat source by whatever means and the missile then locking on the the heat contrast with its own seeker. The missile only gets fired once the seeker has a positive lock.
How would this work in an aircraft that carries its IR-missiles internally?
Would the weapons bay doors have to be open to let the missile acquire a target with its own seeker or would the missile just be given an approximate position where to search and it would then acquire a lock on its own once it's out of the weapons bay?
military fighter missiles missile-lock
$endgroup$
add a comment |
$begingroup$
On aircraft that carry their IR missiles on external stores, like the F/A-18, an IR-missile acquires a lock by having its seeker being directed to the target heat source by whatever means and the missile then locking on the the heat contrast with its own seeker. The missile only gets fired once the seeker has a positive lock.
How would this work in an aircraft that carries its IR-missiles internally?
Would the weapons bay doors have to be open to let the missile acquire a target with its own seeker or would the missile just be given an approximate position where to search and it would then acquire a lock on its own once it's out of the weapons bay?
military fighter missiles missile-lock
$endgroup$
add a comment |
$begingroup$
On aircraft that carry their IR missiles on external stores, like the F/A-18, an IR-missile acquires a lock by having its seeker being directed to the target heat source by whatever means and the missile then locking on the the heat contrast with its own seeker. The missile only gets fired once the seeker has a positive lock.
How would this work in an aircraft that carries its IR-missiles internally?
Would the weapons bay doors have to be open to let the missile acquire a target with its own seeker or would the missile just be given an approximate position where to search and it would then acquire a lock on its own once it's out of the weapons bay?
military fighter missiles missile-lock
$endgroup$
On aircraft that carry their IR missiles on external stores, like the F/A-18, an IR-missile acquires a lock by having its seeker being directed to the target heat source by whatever means and the missile then locking on the the heat contrast with its own seeker. The missile only gets fired once the seeker has a positive lock.
How would this work in an aircraft that carries its IR-missiles internally?
Would the weapons bay doors have to be open to let the missile acquire a target with its own seeker or would the missile just be given an approximate position where to search and it would then acquire a lock on its own once it's out of the weapons bay?
military fighter missiles missile-lock
military fighter missiles missile-lock
edited 2 hours ago
Rodrigo de Azevedo
8461619
8461619
asked 15 hours ago
hph304jhph304j
396113
396113
add a comment |
add a comment |
1 Answer
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$begingroup$
If you are referring to the Sidewinder missile, the first iteration AIM-9X did not have a requirement to be launched from internal stores, known as captive carry, but in testing it demonstrated that it could lock on after launch. This was deemed interesting enough that Raytheon got a contract for the Block II variant, which among other things adds a datalink capability so that an aircraft with the right equipment can direct the missile to where the target is located, after which it locks on with the IR sensor. This allows it to be used on the F-35, F-22 and even submarine platforms.$^1$
Block III has the same datalink capability (derived from tech developed for the AMRAAM missile) but also has increased range and an insensitive warhead that reduces possibility of accidental detonation on the ground, among other things.
A big reason why the AIM-9 series continues to be upgraded is because of its IR capability. Some countries have developed jamming technology that can mess up the more modern AIM-120's radar tracking system.
$^1$: Raytheon AIM-9X Block II Missile Completes First Captive Carry Flight, spacewar.com, 2008
$endgroup$
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1 Answer
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1 Answer
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$begingroup$
If you are referring to the Sidewinder missile, the first iteration AIM-9X did not have a requirement to be launched from internal stores, known as captive carry, but in testing it demonstrated that it could lock on after launch. This was deemed interesting enough that Raytheon got a contract for the Block II variant, which among other things adds a datalink capability so that an aircraft with the right equipment can direct the missile to where the target is located, after which it locks on with the IR sensor. This allows it to be used on the F-35, F-22 and even submarine platforms.$^1$
Block III has the same datalink capability (derived from tech developed for the AMRAAM missile) but also has increased range and an insensitive warhead that reduces possibility of accidental detonation on the ground, among other things.
A big reason why the AIM-9 series continues to be upgraded is because of its IR capability. Some countries have developed jamming technology that can mess up the more modern AIM-120's radar tracking system.
$^1$: Raytheon AIM-9X Block II Missile Completes First Captive Carry Flight, spacewar.com, 2008
$endgroup$
add a comment |
$begingroup$
If you are referring to the Sidewinder missile, the first iteration AIM-9X did not have a requirement to be launched from internal stores, known as captive carry, but in testing it demonstrated that it could lock on after launch. This was deemed interesting enough that Raytheon got a contract for the Block II variant, which among other things adds a datalink capability so that an aircraft with the right equipment can direct the missile to where the target is located, after which it locks on with the IR sensor. This allows it to be used on the F-35, F-22 and even submarine platforms.$^1$
Block III has the same datalink capability (derived from tech developed for the AMRAAM missile) but also has increased range and an insensitive warhead that reduces possibility of accidental detonation on the ground, among other things.
A big reason why the AIM-9 series continues to be upgraded is because of its IR capability. Some countries have developed jamming technology that can mess up the more modern AIM-120's radar tracking system.
$^1$: Raytheon AIM-9X Block II Missile Completes First Captive Carry Flight, spacewar.com, 2008
$endgroup$
add a comment |
$begingroup$
If you are referring to the Sidewinder missile, the first iteration AIM-9X did not have a requirement to be launched from internal stores, known as captive carry, but in testing it demonstrated that it could lock on after launch. This was deemed interesting enough that Raytheon got a contract for the Block II variant, which among other things adds a datalink capability so that an aircraft with the right equipment can direct the missile to where the target is located, after which it locks on with the IR sensor. This allows it to be used on the F-35, F-22 and even submarine platforms.$^1$
Block III has the same datalink capability (derived from tech developed for the AMRAAM missile) but also has increased range and an insensitive warhead that reduces possibility of accidental detonation on the ground, among other things.
A big reason why the AIM-9 series continues to be upgraded is because of its IR capability. Some countries have developed jamming technology that can mess up the more modern AIM-120's radar tracking system.
$^1$: Raytheon AIM-9X Block II Missile Completes First Captive Carry Flight, spacewar.com, 2008
$endgroup$
If you are referring to the Sidewinder missile, the first iteration AIM-9X did not have a requirement to be launched from internal stores, known as captive carry, but in testing it demonstrated that it could lock on after launch. This was deemed interesting enough that Raytheon got a contract for the Block II variant, which among other things adds a datalink capability so that an aircraft with the right equipment can direct the missile to where the target is located, after which it locks on with the IR sensor. This allows it to be used on the F-35, F-22 and even submarine platforms.$^1$
Block III has the same datalink capability (derived from tech developed for the AMRAAM missile) but also has increased range and an insensitive warhead that reduces possibility of accidental detonation on the ground, among other things.
A big reason why the AIM-9 series continues to be upgraded is because of its IR capability. Some countries have developed jamming technology that can mess up the more modern AIM-120's radar tracking system.
$^1$: Raytheon AIM-9X Block II Missile Completes First Captive Carry Flight, spacewar.com, 2008
edited 11 hours ago
ymb1
74.8k7243402
74.8k7243402
answered 14 hours ago
Juan JimenezJuan Jimenez
6,86611145
6,86611145
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