초록 ▼

Techniques for missile countermeasures are disclosed. The techniques can be employed to rapidly detect a missile system location and aim a countermeasure set at the missile system goniometer, and capture the goniometer with a high radiant intensity countermeasure beam before the goniometer narrows i

Techniques for missile countermeasures are disclosed. The techniques can be employed to rapidly detect a missile system location and aim a countermeasure set at the missile system goniometer, and capture the goniometer with a high radiant intensity countermeasure beam before the goniometer narrows its field of view (FOV). Capturing the goniometer before a narrowing of its FOV allows for wider area protection. The techniques can be embodied in an area-protection hit-avoidance system for a rapid Semi-Active Command to Line of Sight Anti-Tank Guided Missile (SACLOS ATGM) countermeasure wherein a SACLOS ATGM launch is rapidly detected and a countermeasure is aimed at the launch site so that the missile is diverted before the ATGM system FOV is narrowed. This early diversion or decoying of the missile guidance set allows the countermeasure to protect a greater area and to engage multiple threats in less time than traditional countermeasures.

대표청구항 ▼

1. An area-protection hit-avoidance system for jamming a missile system having an initial wide field of view (FOV) that transitions to a narrow FOV after missile launch, the area-protection hit-avoidance system comprising: a threat detector positioned to detect a launch location of the missile syste

1. An area-protection hit-avoidance system for jamming a missile system having an initial wide field of view (FOV) that transitions to a narrow FOV after missile launch, the area-protection hit-avoidance system comprising: a threat detector positioned to detect a launch location of the missile system;a controller operatively connected to the threat detector and configured to identify the launch location and provide a countermeasure aiming control; anda countermeasure set operatively connected to the controller and configured to interpret the countermeasure aiming control and direct a jamming beam at the identified launch location;wherein response time of the area-protection hit-avoidance system from initial detection of the launch location to directing the jamming beam at the identified launch location is 3 seconds or less; andwherein the area-protection hit-avoidance system is capable of being detached and offset by a distance from a target asset and protecting that asset against the missile system, and wherein the distance puts the area-protection hit-avoidance system outside the narrow FOV. 2. The area-protection hit-avoidance system of claim 1 wherein the response time of the area-protection hit-avoidance system from initial detection of the launch location to directing the jamming beam at the identified launch location is 2 seconds or less. 3. The area-protection hit-avoidance system of claim 1 wherein the jamming beam directed by the countermeasure set is configured to jam a Semi-Active Command to Line of Sight Anti-Tank Guided Missile (SACLOS ATGM) system. 4. The area-protection hit-avoidance system of claim 1 wherein the threat detector includes at least one of an infrared sensor array and a radar-based sensor. 5. The area-protection hit-avoidance system of claim 1 wherein the countermeasure set includes a laser sub-assembly configured to generate a jamming beam that has a radiant intensity that is at least two times higher than radiant intensity of a missile beacon used for missile guidance by the missile system during engagement. 6. The area-protection hit-avoidance system of claim 5 wherein the jamming beam has a radiant intensity that is at least 10 times higher than radiant intensity of the missile beacon. 7. The area-protection hit-avoidance system of claim 5 wherein the laser sub-assembly is configured to generate a jamming beam that has narrow beam divergence of <25 mrad (x) by <25 mrad (y), or narrower. 8. A countermeasure system for jamming a SACLOS ATGM system having an initial wide FOV that transitions to a narrow FOV after missile launch, the countermeasure system comprising: a threat detector positioned to detect a launch location of the SACLOS ATGM system;a controller operatively connected to the threat detector and configured to identify the launch location and provide a countermeasure aiming control; anda countermeasure set operatively connected to the controller and configured to interpret the countermeasure aiming control and direct a jamming beam at the identified launch location;wherein response time of the countermeasure system from initial detection of the launch location to directing the jamming beam at the identified launch location is 3 seconds or less; andwherein the countermeasure system is capable of being detached and offset by a distance from a target asset and protecting that asset against the SACLOS ATGM system, and wherein the distance puts the countermeasure system outside the narrow FOV. 9. The countermeasure system of claim 8 wherein the response time of the countermeasure system from initial detection of the launch location to directing the jamming beam at the identified launch location is 2 seconds or less. 10. The countermeasure system of claim 8 wherein the threat detector includes at least one of an infrared sensor array and a radar-based sensor. 11. The countermeasure system of claim 8 wherein the countermeasure set includes a laser sub-assembly configured to generate a jamming beam that has a radiant intensity that is at least two times higher than radiant intensity of a missile beacon of the SACLOS ATGM system during engagement. 12. The countermeasure system of claim 11 wherein the jamming beam has a radiant intensity that is at least 10 times higher than radiant intensity of the missile beacon. 13. The countermeasure system of claim 11 wherein the laser sub-assembly is configured to generate a jamming beam that has narrow beam divergence of <25 mrad (x) by <25 mrad (y), or narrower. 14. A countermeasure method against a SACLOS ATGM system having an initial wide FOV that transitions to a narrow FOV after missile launch, the countermeasure system, comprising: detecting a launch location of the SACLOS ATGM system;identifying the launch location and providing a countermeasure aiming control; andinterpreting the countermeasure aiming control and directing a jamming beam at the identified launch location;wherein response time from initial detection of the launch location to directing the jamming beam at the identified launch location is 3 seconds or less; andwherein the method is executed by a countermeasure system that is detached and offset by a distance from a target asset and protecting that asset against the SACLOS ATGM system, and wherein the distance puts the countermeasure system outside the narrow FOV. 15. The method of claim 14 wherein the response time from initial detection of the launch location to directing the jamming beam at the launch location is 2 seconds or less. 16. The method of claim 14 wherein the jamming beam has a radiant intensity that is at least 100 times higher than radiant intensity of a missile beacon of the SACLOS ATGM system during engagement. 17. The method of claim 14 wherein the jamming beam that has narrow beam divergence of <25 mrad (x) by <25 mrad (y), or narrower.