超级军网以色列Rafael公司研制直升机用硬杀伤防御系统
来源：百度文库 编辑：超级军网 时间：2024/04/28 17:16:55
http://defense-update.com/201204 ... or_helicopters.html
RAFAEL has demonstrated key elements for an active defense system for helicopters, designed to protect from unguided weapons such as Rocket Propelled Grenades (RPG). These threats that are typically fired from very short range, proved lethal against helicopters in recent conflicts, particularly in Iraq, Afghanistan and Somalia. In a recent terror attack on the Southern border near Eilat, terrorists fired RPGs against Israeli attack helicopters, but luckily did not hit them.
Shoulder-Launched, Man Portable guided Missiles (MANPADS) are considered the common threat to helicopters and aircraft they are typically engaged by countermeasures (also known as ‘soft kill’ defenses). Such countermeasures include flares, infrared jammers and electronic countermeasures, aiming to distract, confuse or incapacitate the ‘soft elements’ of the threat, like the guidance systems of incoming missiles missiles, or their command links. In contrast, the RPG does not have a ‘soft side’, it is unguided, fired at a straight line from very short range, and when the warhead is activated, on impact with the target or other objects, its relatively large warhead causes an explosion that would destroy a soft target like a helicopter.
Widely used with insurgents and terrorist groups worldwide, RPGs and MANPADS are posing a significant threat to helicopters, particularly in the take-off, landing and low hovering phase, as they make a large, slow and vulnerable target. MANPADS such as the Stinger, SA-7, 14, 18 and latest generation SA-24 are widely available, putting at risk aircraft and helicopters at low and medium altitudes. A number of new countermeasures are designed to address the advanced MANPADS threats, including new laser-based directional infrared countermeasures (DIRCM) and multi-spectral flares, but the RPG threat has sofar remained unchallenged.
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During the feasibility test held in September 2011 the Fliker interceptor demonstrated effective kill of an RPG, at a safe distance from the protected platform. According to the test engineers, "the warhead performed a perfect kill, the interceptor was launched on time, calibrated itself, identified the target and activated the fuse, it scored a hit at the center of the RPG, exactly where we planned, and neutralizad it, exactly where we planned". Photo: RAFAEL
RAFAEL’s new ‘Hard Kill’ technology marked an important milestone in September 2011, demonstrating the kill of an incoming RPG at a safe distance from the protected platform. The new system dubbed ‘Fliker’ is developed by the company’s MANOR Technologies Division with support by the Israeli MOD Defense Research & Development Directorate (DRDD).
Fliker is designed as an add-on defensive layer, augmenting existing warning systems and countermeasures used on combat helicopters. As such, it will be activated after all other measures have failed to defeat the threat, meaning the time remaining for engagement and the distance to the target are shortest. To minimize response time Manor designers developed a new launcher for this application, combining pyrotechnic charges and high speed electrical motors to achieve very high traverse rate, while aiming at the target with high accuracy to achive effective kill without initiating the RPG’s explosive charge. (the same counter-RPG concept is used in hard kill systems on tanks).
Specialized in the development of warheads, MANOR defined a unique kill mechanism for the Fliker, taking the impact point as far as possible from the protected platform and reducing collateral damage effect to minimize the risk of debris hitting the helicopter. The warhead is activated by an advanced optical proximity sensor also developed by RAFAEL. Fliker is designed as an add-on kit augmenting existing self protection systems operating on helicopters. The kit will include the specialized turret, interceptors and software enhancements to the self protection system, that will identify a threat ‘not responding’ to soft kill countermeasures, thus activating Fliker for the hard-kill.
Based on the content of this article, you might be interested in the following posts: http://defense-update.com/201204 ... or_helicopters.html
RAFAEL has demonstrated key elements for an active defense system for helicopters, designed to protect from unguided weapons such as Rocket Propelled Grenades (RPG). These threats that are typically fired from very short range, proved lethal against helicopters in recent conflicts, particularly in Iraq, Afghanistan and Somalia. In a recent terror attack on the Southern border near Eilat, terrorists fired RPGs against Israeli attack helicopters, but luckily did not hit them.
Shoulder-Launched, Man Portable guided Missiles (MANPADS) are considered the common threat to helicopters and aircraft they are typically engaged by countermeasures (also known as ‘soft kill’ defenses). Such countermeasures include flares, infrared jammers and electronic countermeasures, aiming to distract, confuse or incapacitate the ‘soft elements’ of the threat, like the guidance systems of incoming missiles missiles, or their command links. In contrast, the RPG does not have a ‘soft side’, it is unguided, fired at a straight line from very short range, and when the warhead is activated, on impact with the target or other objects, its relatively large warhead causes an explosion that would destroy a soft target like a helicopter.
Widely used with insurgents and terrorist groups worldwide, RPGs and MANPADS are posing a significant threat to helicopters, particularly in the take-off, landing and low hovering phase, as they make a large, slow and vulnerable target. MANPADS such as the Stinger, SA-7, 14, 18 and latest generation SA-24 are widely available, putting at risk aircraft and helicopters at low and medium altitudes. A number of new countermeasures are designed to address the advanced MANPADS threats, including new laser-based directional infrared countermeasures (DIRCM) and multi-spectral flares, but the RPG threat has sofar remained unchallenged.
![]()
During the feasibility test held in September 2011 the Fliker interceptor demonstrated effective kill of an RPG, at a safe distance from the protected platform. According to the test engineers, "the warhead performed a perfect kill, the interceptor was launched on time, calibrated itself, identified the target and activated the fuse, it scored a hit at the center of the RPG, exactly where we planned, and neutralizad it, exactly where we planned". Photo: RAFAEL
RAFAEL’s new ‘Hard Kill’ technology marked an important milestone in September 2011, demonstrating the kill of an incoming RPG at a safe distance from the protected platform. The new system dubbed ‘Fliker’ is developed by the company’s MANOR Technologies Division with support by the Israeli MOD Defense Research & Development Directorate (DRDD).
Fliker is designed as an add-on defensive layer, augmenting existing warning systems and countermeasures used on combat helicopters. As such, it will be activated after all other measures have failed to defeat the threat, meaning the time remaining for engagement and the distance to the target are shortest. To minimize response time Manor designers developed a new launcher for this application, combining pyrotechnic charges and high speed electrical motors to achieve very high traverse rate, while aiming at the target with high accuracy to achive effective kill without initiating the RPG’s explosive charge. (the same counter-RPG concept is used in hard kill systems on tanks).
Specialized in the development of warheads, MANOR defined a unique kill mechanism for the Fliker, taking the impact point as far as possible from the protected platform and reducing collateral damage effect to minimize the risk of debris hitting the helicopter. The warhead is activated by an advanced optical proximity sensor also developed by RAFAEL. Fliker is designed as an add-on kit augmenting existing self protection systems operating on helicopters. The kit will include the specialized turret, interceptors and software enhancements to the self protection system, that will identify a threat ‘not responding’ to soft kill countermeasures, thus activating Fliker for the hard-kill.
Based on the content of this article, you might be interested in the following posts:
RAFAEL has demonstrated key elements for an active defense system for helicopters, designed to protect from unguided weapons such as Rocket Propelled Grenades (RPG). These threats that are typically fired from very short range, proved lethal against helicopters in recent conflicts, particularly in Iraq, Afghanistan and Somalia. In a recent terror attack on the Southern border near Eilat, terrorists fired RPGs against Israeli attack helicopters, but luckily did not hit them.
Shoulder-Launched, Man Portable guided Missiles (MANPADS) are considered the common threat to helicopters and aircraft they are typically engaged by countermeasures (also known as ‘soft kill’ defenses). Such countermeasures include flares, infrared jammers and electronic countermeasures, aiming to distract, confuse or incapacitate the ‘soft elements’ of the threat, like the guidance systems of incoming missiles missiles, or their command links. In contrast, the RPG does not have a ‘soft side’, it is unguided, fired at a straight line from very short range, and when the warhead is activated, on impact with the target or other objects, its relatively large warhead causes an explosion that would destroy a soft target like a helicopter.
Widely used with insurgents and terrorist groups worldwide, RPGs and MANPADS are posing a significant threat to helicopters, particularly in the take-off, landing and low hovering phase, as they make a large, slow and vulnerable target. MANPADS such as the Stinger, SA-7, 14, 18 and latest generation SA-24 are widely available, putting at risk aircraft and helicopters at low and medium altitudes. A number of new countermeasures are designed to address the advanced MANPADS threats, including new laser-based directional infrared countermeasures (DIRCM) and multi-spectral flares, but the RPG threat has sofar remained unchallenged.
During the feasibility test held in September 2011 the Fliker interceptor demonstrated effective kill of an RPG, at a safe distance from the protected platform. According to the test engineers, "the warhead performed a perfect kill, the interceptor was launched on time, calibrated itself, identified the target and activated the fuse, it scored a hit at the center of the RPG, exactly where we planned, and neutralizad it, exactly where we planned". Photo: RAFAEL
RAFAEL’s new ‘Hard Kill’ technology marked an important milestone in September 2011, demonstrating the kill of an incoming RPG at a safe distance from the protected platform. The new system dubbed ‘Fliker’ is developed by the company’s MANOR Technologies Division with support by the Israeli MOD Defense Research & Development Directorate (DRDD).
Fliker is designed as an add-on defensive layer, augmenting existing warning systems and countermeasures used on combat helicopters. As such, it will be activated after all other measures have failed to defeat the threat, meaning the time remaining for engagement and the distance to the target are shortest. To minimize response time Manor designers developed a new launcher for this application, combining pyrotechnic charges and high speed electrical motors to achieve very high traverse rate, while aiming at the target with high accuracy to achive effective kill without initiating the RPG’s explosive charge. (the same counter-RPG concept is used in hard kill systems on tanks).
Specialized in the development of warheads, MANOR defined a unique kill mechanism for the Fliker, taking the impact point as far as possible from the protected platform and reducing collateral damage effect to minimize the risk of debris hitting the helicopter. The warhead is activated by an advanced optical proximity sensor also developed by RAFAEL. Fliker is designed as an add-on kit augmenting existing self protection systems operating on helicopters. The kit will include the specialized turret, interceptors and software enhancements to the self protection system, that will identify a threat ‘not responding’ to soft kill countermeasures, thus activating Fliker for the hard-kill.
Based on the content of this article, you might be interested in the following posts: http://defense-update.com/201204 ... or_helicopters.html
RAFAEL has demonstrated key elements for an active defense system for helicopters, designed to protect from unguided weapons such as Rocket Propelled Grenades (RPG). These threats that are typically fired from very short range, proved lethal against helicopters in recent conflicts, particularly in Iraq, Afghanistan and Somalia. In a recent terror attack on the Southern border near Eilat, terrorists fired RPGs against Israeli attack helicopters, but luckily did not hit them.
Shoulder-Launched, Man Portable guided Missiles (MANPADS) are considered the common threat to helicopters and aircraft they are typically engaged by countermeasures (also known as ‘soft kill’ defenses). Such countermeasures include flares, infrared jammers and electronic countermeasures, aiming to distract, confuse or incapacitate the ‘soft elements’ of the threat, like the guidance systems of incoming missiles missiles, or their command links. In contrast, the RPG does not have a ‘soft side’, it is unguided, fired at a straight line from very short range, and when the warhead is activated, on impact with the target or other objects, its relatively large warhead causes an explosion that would destroy a soft target like a helicopter.
Widely used with insurgents and terrorist groups worldwide, RPGs and MANPADS are posing a significant threat to helicopters, particularly in the take-off, landing and low hovering phase, as they make a large, slow and vulnerable target. MANPADS such as the Stinger, SA-7, 14, 18 and latest generation SA-24 are widely available, putting at risk aircraft and helicopters at low and medium altitudes. A number of new countermeasures are designed to address the advanced MANPADS threats, including new laser-based directional infrared countermeasures (DIRCM) and multi-spectral flares, but the RPG threat has sofar remained unchallenged.
During the feasibility test held in September 2011 the Fliker interceptor demonstrated effective kill of an RPG, at a safe distance from the protected platform. According to the test engineers, "the warhead performed a perfect kill, the interceptor was launched on time, calibrated itself, identified the target and activated the fuse, it scored a hit at the center of the RPG, exactly where we planned, and neutralizad it, exactly where we planned". Photo: RAFAEL
RAFAEL’s new ‘Hard Kill’ technology marked an important milestone in September 2011, demonstrating the kill of an incoming RPG at a safe distance from the protected platform. The new system dubbed ‘Fliker’ is developed by the company’s MANOR Technologies Division with support by the Israeli MOD Defense Research & Development Directorate (DRDD).
Fliker is designed as an add-on defensive layer, augmenting existing warning systems and countermeasures used on combat helicopters. As such, it will be activated after all other measures have failed to defeat the threat, meaning the time remaining for engagement and the distance to the target are shortest. To minimize response time Manor designers developed a new launcher for this application, combining pyrotechnic charges and high speed electrical motors to achieve very high traverse rate, while aiming at the target with high accuracy to achive effective kill without initiating the RPG’s explosive charge. (the same counter-RPG concept is used in hard kill systems on tanks).
Specialized in the development of warheads, MANOR defined a unique kill mechanism for the Fliker, taking the impact point as far as possible from the protected platform and reducing collateral damage effect to minimize the risk of debris hitting the helicopter. The warhead is activated by an advanced optical proximity sensor also developed by RAFAEL. Fliker is designed as an add-on kit augmenting existing self protection systems operating on helicopters. The kit will include the specialized turret, interceptors and software enhancements to the self protection system, that will identify a threat ‘not responding’ to soft kill countermeasures, thus activating Fliker for the hard-kill.
Based on the content of this article, you might be interested in the following posts:
坦克有硬杀伤的主动防御系统，直升机要装也不是不可以
这个居然能拦截RPG。。发射硬杀伤拦截弹。。 不过这套系统能带多少弹药呢。。
硬杀伤也能防？加装甲吗？
以色列人似乎特别喜欢硬杀伤防护系统，以前还有能装悍马上的
看来犹太人真是被rpg打出心理阴影了
“原力”就是这么被一点点儿刺激出来的
问题在于，我们不能像大卫国那样简单的以战养战（大卫国那样也是迫不得已）
而在和平年代保持原力不衰退/甚至有所进步，这挑战可就大了{:soso_e127:}
单靠拉MD做托儿，不够的。
还是要我们自己争气才行……以免辜负了人家MD的“良苦用心”。
问题在于，我们不能像大卫国那样简单的以战养战（大卫国那样也是迫不得已）
而在和平年代保持原力不衰退/甚至有所进步，这挑战可就大了{:soso_e127:}
单靠拉MD做托儿，不够的。
还是要我们自己争气才行……以免辜负了人家MD的“良苦用心”。