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The GELA hypersonic air vehicle was linked to the Meteorit cruise missile programme. Its size and shape gives some insight into the advances made by the Russian design teams
3M-25 Meteorit
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A-135 complex
A-135 complex In designed in the year of 1978 like replacement of the A-35 system, this system began to be constructed, and after the accomplishment of the respective tests the system was operative in 1989, and the 17 of February of 1995 the system of anti-missile protection of the region of Moscow was put in guard battle by decree of the president of Russia, the system this based on two new intercepting missiles and new radars of phase adjustment, the missiles are installed in underground silos diminishing their vulnerability before the attacks, five new sites were constructed, and two sites of the A-35 system were turned to the new system.
The system this made up of:
32 to 36 exoatmospheric long-range missiles A-925 51T6.
64 to 68 endoatmospheric missiles 53T6.
System of radar DON-2N.
Radar stations Dunay-Ú.
Command station post and control 5K80.
intercepting missiles:
Code of NATO: ABM-3 Gazelle, SH-08.
Designation of the intercepting missile: 53T6.
Designed by: Toporkov OKB (OKB-134, now Vympel NPO)
Manufactured by: Kisunko SKB (SKB-30, now NIIRP).
Beginning of the production: 1967.
Beginning of unfolding: 1984.
Type: Endoatmospheric interceptor.
Guide: Comando Radar.
Length, m: 10,
Diameter, m: 1.3.
Propulsion: Solid propellant rocket engine of two states.
Range: 80 km.
Head military: Nuclear of 10 Kt.
Vehicle of transport: MAZ-543M
Code of NATO: ABM-4 Gorgon, SH-11.
Designation of the intercepting missile: A-925, 51T6.
Designed by: Grushin OKB (OKB-2, now MKB Fakel).
Manufactured by: Kisunko SKB (SKB-30, now NIIRP).
Beginning of the production: 1980.
Beginning of unfolding: 1990.
Type: Exoatmospheric interceptor.
Guide: Comando Radar.
Length, m: 19.8 (according to other sources 22 m.s).
Diameter, m: 1.8.
Propulsion: Solid propellant rocket engine of three states.
Range: 350 km (400 km according to another source).
Head military: Nuclear of 1 megaton (550 Kt according to another source).
Vehicle of transport: MAZ-547A
A-135 complex
radar DON-2N
Elbrus-2 computer in Command station post and control 5K80.
Dunay-3U
silo the 53T6 missile Otan ABM-3 Gazelle
silo the A-925, 51T6 Otan ABM-4 Gorgon
ABM-3 Gazelle in MAZ-543M
ABM-4 Gorgon in MAZ-547A
photo of a A-350 missile Otan ABM-1 Galosh to compare with the ABM-4 missile
A-350 launching system (exposed unlike the silos of the A-135 complex)
excuses by my ingles, my language is Spanish!!!! 😀
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Other photo, the is A-925 missile, complex A-135, derivative the A-35 Galosh Otan ABM-1.
DF-41 ICMB not the correct identification.
other source: http://pro-pko.narod.ru/a135/maz547a.htm
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the correct identification is:
^ A-925 missile, 51T6 Otan ABM-4 Gorgon in vehicle carrying MAZ-547A
^ Topol Missile
^ Topol-M Missile
^ RT-21M Otan SS-20 SABER Missile
source: bharat-rakshak.
The Brahmos can also be carried by a Sukhoi-30 fighter . This model of a single seater Su-27 illustrates that capability.
This model of an INS Delhi class ship shows how the Brahmos Vertical Launchers can be installed in the forward part of the deck behind the main gun.
This model shows the interiors of the Mobile Command Post which is part of the Brahmos Missile Unit
The Mobile Command Post vehicle from a Brahmos Battery
The Brahmos’ stand alone Launcher can haul three of the missiles and can be deployed for vertical launch within minutes
This Submarine model shows how the Brahmos missile can be adapted to its hull
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