RU2597707C1 - Method of moving a combat striking element - Google Patents

Abstract

FIELD: weapons and ammunition.

SUBSTANCE: invention relates to ammunition, particularly to methods of moving a combat striking element. Striking element has a processor. Method of moving the combat striking element comprises moving the striking element at a volume spiral terminating on a target. Processor of a striking element constructs a spiral, starting from the target using 80-99 % of manoeuvre capabilities of the striking element.

EFFECT: reduced probability striking the combat striking element.

1 cl

Description

The invention relates to various types of warheads - anti-ship, anti-tank, nuclear ballistic, as well as aviation (for evading air defense).

It is known that in modern military equipment active defense is gaining ground against defeat by various enemy means, see, for example, the Arena active defense system, an Internet resource, and Wikipedia. Such systems calculate the course and speed of the attacking object and send a rocket, a projectile, shrapnel or grenades exploding at a given point to the lead point.

The objective and technical result of the invention is to reduce the likelihood of defeating a combat striking element.

Currently, due to the cheapness and mass distribution of processors, almost all military equipment, except small-caliber shells and hand grenade launchers, have processors. Therefore, this method carries out the movement of the striking element along a volumetric spiral ending on the target, and the processor of the striking element builds a spiral, starting from the target, using 80-99% (optimally 90-95%) of the maneuvering capabilities of the striking element.

This margin of approximately 90-95% in terms of maneuverability is needed in order to level out possible errors, for example, in determining the direction and speed of the wind in the vicinity of the target or the speed of the target itself.

Of course, you should use intelligence on temperature, humidity, air density in the target area, as well as on the direction and speed of the wind, which are previously or during the flight entered into the processor of the striking element.

Of course, if the target moves, its direction of motion and its speed are taken into account.

If the striking element in flight goes from horizontal flight to dive or vice versa, then the axis of the volumetric spiral can bend in space.

EXAMPLE 1. On approaching a target, at a distance depending on the reach of the enemy’s active defenses (for anti-ship missiles - about 15 km, for anti-tank missiles - about 100 m, for nuclear warheads - after entering the atmosphere), a combat striking element starts pre-programmed by the processor a maneuver in the form of a volumetric spiral, and the processor of the striking element builds a spiral in the opposite direction, starting from the target, to ensure a guaranteed hit into it.

It is the spiral movement of the striking element that makes it most difficult to target enemy weapons and hit them in the combat striking element.

EXAMPLE 2. A plane performing an attack on a ground or surface object, at the command of a pilot, performs a maneuver similar to Example 1. At any time, choosing the desired distance, the pilot takes control and makes use of on-board weapons, and then leaves the attack. In an extreme case, when a plane is defeated and the pilot dies, the system turns the plane into a damaging element and the plane crashes into the enemy’s object.

Claims (2)

1. The method of movement of a combat striking element having a processor, consisting in the fact that the combat striking element moves in a volumetric spiral ending at the target, the processor of the striking element building a spiral starting from the target, using 80-99% of the maneuvering capabilities of the striking element. 2. The method according to p. 1, characterized in that intelligence is used on temperature, humidity, air density in the target area, as well as on the direction and speed of the wind, which are previously or during the flight are introduced into the processor of the striking element, and the direction of movement is also taken into account goals and its speed.