Plans and problems of modernization of the US missile defense system

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Plans and problems of modernization of the US missile defense system

Launcher complex GMD

The US national missile defense system is in need of modernization and expansion. The ABM Agency studies current threats and challenges, and also forms plans for the further development of the system. In parallel, system developers and legislators are optimizing the military budget to meet new challenges.

Financing Issues


The existing strategic missile defense system is large, complex and expensive to operate. The development and strengthening of the system is associated with additional large spending. In recent months, the topic of missile defense funding has been raised several times, and all similar news are of interest.



In December 2020, it became known that Congress intends to increase the budget for the ABM Agency for FY2021. According to the draft military budget prepared by the Pentagon, the Agency needed to allocate $ 9,13 billion for the activities of the Agency - $ 1,27 billion less than the same spending in FY2020. At the same time, the Agency provided the Congress with a list of programs that can be reduced or canceled to save approx. 1 billion.


Rocket launch GMD

After analyzing the draft budget, the Congressmen noted the discrepancy between the Agency's plans and the real needs of the missile defense system. In addition, the proposed project was in conflict with some strategic documents, and its adoption in the future directly threatened national security. In this regard, the revised draft military budget provided for an increase in missile defense spending by $ 1,3 billion.

In mid-January, the Congressional Budget Office released a report on current work and plans to upgrade missile defense. Its authors found that the estimated spending on the development of defense was underestimated. According to the Department's calculations, the 2019-year missile defense modernization program, in line with the ideas of the 176 Missile Defense Review, will cost $ 40 billion. Curiously, an earlier similar estimate from the ABM Agency was XNUMX% lower.

The Congressional Office pointed to a number of additional factors that could increase the cost of modernizing missile defense. First of all, this is the lack of clear and precise plans for the entire period of the program implementation. In addition, the development of the means of attack of a potential adversary has not been taken into account, which requires a corresponding update of the missile defense system. There are also risks of higher prices for projects as they are implemented.


Ground complex missile defense Aegis Ashore

Factors of a political nature also persist. The current plans for the development of the American missile defense system were formed during the Donald Trump administration, taking into account its policy. The new leadership in Washington may offer different ideas and revise the missile defense plans. Any such change will lead to the need to adjust the budget, up or down.

Practical measures


The plans of the Pentagon and the ABM Agency for the coming years provide for the construction of new facilities and the modernization of existing systems. In the future, it is possible to launch promising projects aimed at including new components into the missile defense system.

It is proposed to continue the deployment of ground-based GMD systems. So, the "Review" in 2019 provided for the deployment of 60 GBI interceptor missiles on alert at Fort Greeley (Alaska). Now it is proposed to increase their number to 100 units, which will take several years and approx. $ 5 billion


SM-3 anti-missile launch from the cruiser USS Lake Erie (CG-70)

Over the past several years, the ABM Agency has pushed forward plans to increase the number of THAAD systems on alert. It is proposed to deploy nine such batteries to cover all strategic areas. At the same time, the draft defense budget for FY2021. provided for the operation of only seven batteries. Then Congress allocated an additional $ 800 million for the purchase of the eighth battery. The operation of the unit will cost approx. $ 30 million annually.

All components of the American missile defense system are integrated using the Command and Control Battle Management Communications (C2BMC) system. Since its adoption, a gradual and systematic modernization has been carried out, each stage of which takes at least 2-3 years. Recently it became known that the Pentagon is going to speed up the renewal processes.

The appearance of new missile weapons among potential adversaries, including hypersonic systems, leads to the need for constant modernization of all missile defense components to maintain the required combat qualities. At the same time, the current pace of updating the C2BMC system was recognized as insufficient. The Missile Defense Agency has issued an Opportunity Request on Finding Solutions to Accelerate Modernization. The restructuring of the architecture of this system is not excluded for faster and more efficient implementation of new components and capabilities.

Promising components


In the future, new components may become part of the strategic missile defense system. Some of these developments are intended to replace existing complexes, while others will occupy an empty niche. It is expected that such measures will lead to a significant increase in the combat capabilities of missile defense and will allow for a more flexible response to emerging threats.


Destroyer USS John Paul Jones (DDG-53) launches SM-6 rocket

In the future, the Next-Generation Interceptor (NGI) interceptor missile will be on alert. At the moment, the NGI program is at the stage of competitive development of preliminary projects. In the near future, the Pentagon will study the proposals of the three participants and choose the most successful one for further development. The NGI anti-missile missile will replace the existing GBI and will provide an increase in range, altitude and interception efficiency.

Preliminary studies on the topic of integration of F-35 fighters into missile defense are ongoing. To solve this problem, it is necessary to update the communication facilities and the aiming and navigation system of the aircraft, as well as to develop two types of interceptor missiles. Depending on the ways of further development of the defense system as a whole, from 30 to 60 aircraft can be put on anti-missile alert.

Expected Problems


The program for the construction of a strategic missile defense system capable of protecting the territory of the United States from the main threats has become perhaps the largest and most ambitious in stories American armed forces. At the same time, the constructed system must be constantly updated, supplemented and expanded in order to maintain its combat capability corresponding to the level of existing and expected threats.


Features of the promising project of the HGI rocket from Lockheed Martin

Right now, the Pentagon and the ABM Agency are making plans for the further development of missile defense. Various possibilities of modernizing existing components and creating new ones are considered. In addition, the financial side of such modernization is being worked out, and the corresponding items of expenditure are included in the defense budget.

In the course of these processes, the US Army faces a number of specific challenges. First of all, this is the need to create extremely complex weapons and equipment. Moreover, over time, as percussion systems develop, their complexity only grows. The high complexity affects the cost of promising programs, with a recent Congressional report showing that their cost estimates could be understated by tens of percent.

It is obvious that the United States will continue to improve its missile defense system by all available methods. The number of equipment and weapons on alert will grow, and over time, available samples will be supplemented or replaced with promising ones. However, these processes will continue to be accompanied by inherent problems. Continuous technical difficulties will lead to deadlines and revisions of plans, as well as unplanned increases in costs. And it is quite possible that all the tasks set will not be able to be solved even for 176 billion, determined by the Congress.
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  1. 0
    24 March 2021 18: 25
    Expected Problems
    And beyond them and not expected.
    In general, a very expensive pleasure with very vague prospects, not proven to be effective.
    So, no one had anything better, more effective, does not have and will not have anything in the foreseeable future ... the loafs on both sides and their carriers remain a guarantee of no attack. Like this.
    1. -5
      24 March 2021 18: 33
      So far, there are no prospects at all. Well, 100 missiles. Well, in the best case scenario, 10 missiles will be intercepted, 100 warheads))) So what?
      In fact, they have been aiming for a long time to destroy missiles at the start, and this is not a missile defense ...
      1. 0
        24 March 2021 18: 53
        Well, yes, your "tanks", on airfields, bases, etc., etc., the enemy is the best guarantee / air defense-missile defense, all taken together.
  2. -7
    24 March 2021 18: 31
    Not news, but oil for the ears. We wish to have more SM, equally unsuitable and expensive.
    1. -1
      25 March 2021 19: 51
      Are you doing some kind of crap? SM, in fact, is not capable of intercepting anything from high-tech and will not be capable in the short foreseeable future, the United States speaks about this openly. Therefore, once again I wish them to have as many useless devices as possible in order to go broke faster and more asymmetrically. I see an abundance of dislikes, I don't know what they are guided by, are they smart?
  3. -2
    24 March 2021 19: 03
    "Vanguard" all their missile defense is absolutely on ...)
    1. -1
      24 March 2021 19: 52
      The Vanguard, low-maneuverable, radio / heat-contrast, is an ideal target for missile defense. At the same time, speed itself does not provide any protection, because even orbital satellites intercept.
      1. +1
        24 March 2021 20: 34
        Quote: Nestor Vlahovski
        for they even intercept orbital satellites.
        Satellites are not "even" in terms of interception, they are "just": their orbits are known in advance and are more or less stable.
        Quote: Nestor Vlahovski
        "Vanguard" low-maneuverable
        This is what prevents the Vanguard from intercepting: even its small maneuver will lead to the fact that the interceptor will not have time or will not be able to reach the meeting point.
        1. -1
          24 March 2021 21: 12
          the orbits are known in advance and are more or less stable.
          and what are the orbits of hypersonic gliding blocks, unknown and not stable, like UFOs?)) But no, they are calculated in the same way
          even a small maneuver will lead to the fact that ...
          ... the accuracy of the warhead controlled by the inertial navigation system will drop to the "wherever God sends" level.
          1. 0
            24 March 2021 21: 22
            Quote: Nestor Vlahovski
            and what are the orbits of hypersonic gliding blocks, unknown and not stable, like UFOs?))
            Exactly. This is its meaning. This has been done for so long.
            Quote: Nestor Vlahovski
            ... the accuracy of the warhead controlled by the inertial navigation system will drop to the "wherever God sends" level.
            Not really. But to compensate for the decrease in accuracy, he did not have a power of 200 kT, but 2MT, this is enough.
            1. -3
              24 March 2021 22: 33
              This is its meaning. This has been done for so long.
              No, the point is in a significant reduction in the flight trajectory, which significantly increases the speed of delivery of the warhead.
              and 2MT, that's enough.
              Will not be enough. The radius of damage falls in a quadratic relationship. Classic ballistic missiles increased the likelihood of being hit by multiple warheads. There is also one single monoblock charge.
          2. +5
            24 March 2021 22: 15
            and what kind of orbits do hypersonic gliding blocks have,

            They brought sofas to the farm and Nestor decided to become an expert! laughing
            1. The gliding block has no orbit at all, it does not revolve around the earth. belay
            2. His trajectory is pseudo-random. belay
            3. BB ICBMs have non-inertial guidance systems. feel

            And yes, since the satellite's orbit is known, the meeting point is calculated in advance and, accordingly, the satellite's speed is not important. For a maneuvering object, the speed of the interceptor should be commensurate with the speed of the object, but this is not the main thing. And what is the main thing ask the sofa wassat
            1. -5
              24 March 2021 22: 57
              They brought sofas to the farm and Nestor decided to become an expert!
              How can I care about you)
              1. The gliding block has no orbit at all, it does not revolve around the earth.
              I agree, I made a reservation. That does not change the essence, the trajectory of both the starting ur100n and the planning combat unit itself is easily calculated.
              2. His trajectory is pseudo-random.
              Yeah, on new physical principles. I will assume that the matter is not complete without teleportation.
              3. BB ICBMs have non-inertial guidance systems.
              BB ICBMs do not have active maneuvering, the separation of the warhead takes place even in outer space, when both radio navigation and astrocorrection are available.
              then the meeting point is calculated in advance and, accordingly, the speed of the satellite is not important.
              it is calculated in advance, immediately from the moment the ballistic missile is launched
              For a maneuvering object, the speed of the interceptor must be commensurate with the speed of the object
              Why, suddenly, if the interception is on a head-on course?
              And what is the main thing ask the sofa
              So you prefer to talk not only with the TV, but also with the sofa?))
              1. 0
                26 March 2021 14: 10
                Why, suddenly, if the interception is on a head-on course?

                Well, if the sofa doesn't answer, you pull out a sheet of paper from your school notebook.
                You draw 2 dots, one corresponds to the vanguard, the other is the missile launcher.
                This will be a projection from above (I hope at school Nestor has already explained to you what it is feel ).
                You draw a dotted line from the starting point of the avant-garde (well, there is a type of cycloid in reality in projection, but don't worry - draw a straight line laughing ), so that it does not pass very far from the missile launcher. On this line, mark a point so that the number of cells along this line from the starting point of the vanguard is equal to twice the number of cells from the missile launcher in a straight line (well, it is clear that there is again not a straight line, but now you don’t worry laughing ). This will correspond to the speed of the SAM, half the speed of the Vanguard.
                Now start. Mark at each step the movement along one cell (the avant-garde along the drawn line - the missile defense system in a straight line. Then, when you have passed about half the distance, change the line of movement of the Avargada degrees by 20 (I hope Nestor that you have already passed the degrees at school laughing ). At this point, the missile defense system must calculate a new rendezvous point. Do it, again for simplicity in a straight line.
                Repeat this several times.
                You will see that the Vanguard has flown long ago, and the SAM is still trying to catch up with it. laughing

                If you Nestor have already successfully completed the eighth grade, then you can appreciate that the following factors were not taken into account in this experiment.
                1. It is just ONE projection and the model assumes TWO.
                2. All lines are not really straight.
                3. The force of gravity acts on the missile defense system, which slows it down, but the Vanguard does not slow it down.
                4. On missiles, fuel is consumed for each maneuver, but not on the Vanguard.
                5. The reaction of missiles in real life is always late and Avargard has already covered some distance along a new trajectory.
                6. With each new calculation, the chance to calculate the rendezvous point increases incorrectly and stupidly miss (well, this will be explained to you in the university, if of course you do laughing )

                All these factors significantly complicate the task, which is already impossible without a margin of speed, fuel and possible overloads.

                I don't actually give free lessons, but today is Friday. Yes, and it’s probably hard on your little farm with mathematics and physics, tse Europe. And in Europe with public education so-so ... hi
                1. 0
                  April 1 2021 14: 30
                  Well, if the sofa doesn't answer, you pull out a sheet of paper from your school notebook.
                  You draw 2 dots, one corresponds to the vanguard, the other is the missile launcher.
                  muhahahahahahahaha
                  Analytics of the "marshal topvar" level.
                  I can imagine what kind of reading will come next)))
                  change the line of movement of Avargada degrees by 20
                  Do not be trifles. Write "180 °", the laws of physics and common sense will endure everything, you do not mind them!
                  In general, amazing fabrications based on their own fantasies from a person who has no idea about the capabilities of planning warheads and missiles))
        2. +1
          24 March 2021 21: 39
          You will be surprised, but the kinetic interceptor of the interceptor missile is able to maneuver very well even in airless space, so small maneuvers of the attacked target will hardly interfere with it.
          But a large number of false targets, electronic warfare units can greatly complicate interception.
        3. -1
          24 March 2021 21: 55
          Quote: bk0010
          Vanguard: even a small maneuver of it will lead to the fact that the interceptor will not have time or will not be able to reach the rendezvous point.

          How will the Vanguard dummy understand that it is at this moment that it is necessary to make a maneuver?

          Well, just think first before you write anything else ...
          1. -1
            24 March 2021 22: 18
            How will the Vanguard dummy understand that it is at this moment that it is necessary to make a maneuver?

            But in any way he maneuvers all the time. It doesn't matter to him, but the interceptor spends fuel on each maneuver.
            Would you read something on the topic ...
            1. +1
              24 March 2021 23: 09
              Quote: bk316
              How will the Vanguard dummy understand that it is at this moment that it is necessary to make a maneuver?

              But in any way he maneuvers all the time. It doesn't matter to him, but the interceptor spends fuel on each maneuver.
              Would you read something on the topic ...


              All the time he maneuvers only within the limits of the “corridor”, which is physically admissible according to the formulas, in order to be able to maintain the required flight trajectory to the target.

              If you maneuver "too intensively and wide," you will not be able to reach the target.
              You can also burn out, because the cosmic speeds and resistance of even the uppermost layers of the mesosphere is present and burns all "especially smart" bodies - at a time. Easy and casual.
              Regardless of whether they have ablative or other titanium-tungsten materials.
              Therefore, you should have read about this a lot earlier and understand that any maneuver at space and near-space speed always follows mathematically verified formulas and cannot but be unpredictable and unpredictable.
              Learn the materiel and not the victory slogans of tupacs for tupacs ...
              1. +2
                25 March 2021 07: 48
                Quote: SovAr238A

                Therefore, you should have read about this a lot earlier and understand that any maneuver at space and near-space speed always follows mathematically verified formulas and cannot but be unpredictable and unpredictable.
                After the maneuver, you can shortcut, but it's too late. And before is unrealistic.
                1. +2
                  25 March 2021 21: 25
                  Quote: bk0010
                  Quote: SovAr238A

                  Therefore, you should have read about this a lot earlier and understand that any maneuver at space and near-space speed always follows mathematically verified formulas and cannot but be unpredictable and unpredictable.


                  After the maneuver, you can shortcut, but it's too late. And before is unrealistic.


                  Absolutely real.
                  You still do not understand what they are telling you.

                  After all, the maneuver of a spacecraft with space speed - we always calculate up to five zeros after the decimal point ... And very quickly.
                  Only due to the fact that the probabilistic ranges of change are extremely small. and calculated in advance. A very narrow corridor. moreover, it may be that there may not be any changes in principle, because you either jump back and fly into space, or you simply burn out.
                  Accordingly, all possible options can be identified at the beginning.
                  The vanguard and the like are not a wunderwaffe.
                  Any student of aerospace who was given tasks on the behavior of vehicles in the mesosphere will tell you this.
                  1. +1
                    25 March 2021 23: 44
                    Quote: SovAr238A
                    You still do not understand what they are telling you.
                    You don’t understand this: your hypothetical interceptor must be able to intercept on any of the possible trajectories of the Vanguard. Avagrad will turn by 1 degree, the meeting point will shift by ten kilometers. How should the 30 kg interceptor quickly move these kilometers?
                  2. 0
                    26 March 2021 13: 26
                    Accordingly, all possible options can be identified at the beginning.

                    There are millions of them, so by launching a million interceptors you can shoot down laughing
                    Feels like you are infinitely far from air defense belay
                    1. +1
                      26 March 2021 15: 28
                      Quote: bk316
                      Accordingly, all possible options can be identified at the beginning.

                      There are millions of them, so by launching a million interceptors you can shoot down laughing
                      Feels like you are infinitely far from air defense belay


                      What millions?
                      You have a well-defined drop spot - and an end spot of America.
                      As much as you would like. but at space speeds you will not have maneuvers like in the air. Due to the limitations that I am writing for the umpteenth time - "cosmic velocities" and their combination with the mesosphere ...
                      You have a very thin corridor for maneuvers. If you turn it back by 1 degree, that is a lot ... Understand at last ... You have a glider that enters the atmosphere. and moves in the boundary layer of the mesosphere, at cosmic speed.
              2. 0
                26 March 2021 13: 23
                All the time he maneuvers only within the limits of the “corridor”, which is physically admissible according to the formulas, in order to be able to maintain the required flight trajectory to the target.

                Given the fact that the interceptors are kinetic enough to maneuver 100 meters.
                But they said that exchange rate deviations before one and a half thousand KM laughing laughing laughing
          2. +1
            25 March 2021 07: 47
            Quote: SovAr238A
            How will the Vanguard dummy understand that it is at this moment that it is necessary to make a maneuver?
            Before starting, the program is laid. The maneuvers are asked in front of the missile defense areas that they should not follow the path along which they were approached.
      2. 0
        25 March 2021 19: 46
        How does the interception of a non-maneuverable satellite fit in with the warheads of hypersonic missiles / gliders / ICBM buses?
  4. 0
    24 March 2021 20: 14
    They think, identify the threat, discuss, take action. The US missile defense (this is not all NATO) is not so strong, since it is not deployed at the borders of a potential enemy and on the territory of a potential enemy. NATO creates many questions (since the NATO leader did not speak at the UN) : new tasks, creation of priorities, change the composition of the UN Security Council.
  5. -2
    24 March 2021 22: 57
    And a little more about mattresses and their success
    On March 12, during a night attack exercise on a "mock enemy" in Arizona, the F-35B attempted to fire a volley from an outboard cannon (a container under the fuselage in the photo). After firing, the projectile fired immediately at the muzzle, damaging the aircraft fuselage. The pilot was able to successfully take the plane to the base and land, the loss is estimated in class "A" - it is more than $ 2,5 million. Judging by the amount - the plane for spare parts. There, the Little Drystun has an eternal problem with the cannon. It seems that there is still a problem with the ammunition for the cannon - they had to be developed specifically for the JSF program, and everything related to the "program" seems to be a problem ...


    Can you see the override? And she is!
  6. +1
    25 March 2021 00: 39
    Quote: Nestor Vlahovski
    At the same time, speed itself does not provide any protection, because even orbital satellites intercept.

    The satellites have a known orbit. The Vanguard does not.
    1. 0
      25 March 2021 19: 55
      The clever comrade above correctly noted that the Vanguard has no orbit!