Manufacturing method of ground-interception missile defense system and application of missile defense system

Abstract

The invention provides a manufacturing method of a ground-interception missile defense system and application of the missile defense system. The manufacturing method of the ground-interception missile defense system is characterized in that the base and the inner layer of the ground-interception missile defense system are cast by use of an alloy steel, a plurality of layers are formed for mounting an outer layer, a second layer is made of a composite bullet resistant material composed of a soft bullet resistant material and a shock-absorptive material in addition to the alloy steel, a third layer is knitted by use of carbon fibers and a c/c composite material, an outer layer is coiled by use of a high-strength alloy steel, welded by use of steel hoops at intervals and hooped section by section, the joint of each layer is hooped by use of one steel hoop and fastened by use of a screw button, each layer is spaced with a fire-resistant antiknock glue, a groove is formed in the inner layer of a device head, sleeves a connection and is tightened by use of a screw, an outer opening is in a flaring shape, and an additional interception protective layer is mounted in the device; the ground-interception missile defense system is mounted on a heavy traction vehicle; a vehicle-mounted radar is combined with optical detection to realize tracking of a defense penetration missile and to transmit inducing signals; a vehicle-mounted navigation system is used for realizing tracking the defense penetration missile along with a phased array radar, and correcting and commanding the traction vehicle to move by use of alignment and calibration so that the missile is capable of falling into the device.

Description

technical field [0001] The invention relates to a ground missile bomb catcher for catching and detonating a ground defense penetrating incoming missile made of a new type of material, and combines the prior art early warning satellite, improved early warning radar, combat management command and control communication system, and vehicle navigation system to form a new A missile defense system, in particular a method for manufacturing a ground-intercepting missile defense system device and the application of the defense missile system. Background technique [0002] Since the late 1980s, the world situation has undergone tremendous changes. The new international situation, new military scientific theories (including new war theories), new military technology and industrial technological achievements will surely open up new ways for the development of missile weapons. The future battlefield will be highly three-dimensional (spatialized), informatized, electronic and intelligent...

AI Technical Summary

Problems solved by technology

[0030] 1. Aiming at the inability of any anti-missile system to cope with saturated strikes or multi-wave strikes, with the continuous maturity of the design