21 septembre 2020 | International, Aérospatial, C4ISR, Sécurité

Short-range air defense is making a comeback

Brig. Gen. Shachar Shohat (ret.)

Recent events in the Middle East have led some to wonder how countries, including Israel, can protect their own strategic installations. Israel's adversaries, such as Hezbollah chief Hassan Nasrallah, have threatened to strike sensitive Israeli targets. Saudi Arabia absorbed a painful strike in September 2019 when an Iranian drone swarm combined with cruise missiles struck oil fields, causing heavy damage.

The attack on Saudi Arabia is the latest tangible example of the evolving threat: precision-guided, sophisticated enemy air attacks.

Each country designates its own strategic sites for special defense. They range from nuclear power plants to air force bases to Olympic stadiums. And the hardening of defenses around strategic sites was especially prominent until around three decades ago.

At that time, attackers using close-range munitions had to approach a given site in order to attack it. Visual contact was often required, and simple air-to-ground munitions would suffice for an attack. Defense systems of that time were similarly simplistic.

Air force bases might be protected by a 40mm anti-aircraft cannon, for example, in order to prevent a direct attack on a runway. That same concept would be applied to any sites deemed critical by a state. In addition to being limited in range, though, such defenses required many munitions and high numbers of personnel.

The 1980s and 1990s witnessed a revolution in the world of weaponry. Precision, long-range (standoff) munitions entered the battle arenas, and close-range air defenses became largely obsolete. Once attackers no longer needed proximity to their targets, close-range defenses could neither hit the longer-range munitions nor their launchers.

But over the past decade, we have seen the addition of GPS-guidance systems to those munitions. The advent of this technology, combined with the overall revolution of the '80s and '90s, has heightened the need for states to return to close-range air defenses — but in a new configuration.

Additional systems are now in the pipeline. Small, affordable interceptor missiles and laser beam defenses are the answers to the new categories of close-range threats seen around the world, including gliding bombs, cruise missiles and drones.

In 2019, the Iranians proved that if they have intelligence on their target and the ability to send munitions to the “blind spot” of radars, attacks can be successful.

That attack should serve as a “wake-up call” for countries around the world. If states want to protect strategic sites, radars that look in every direction, 360 degrees, 24 hours a day, are needed.

Effective new defense systems must now be multidirectional in their detection of incoming threats, a response to the enemy's ability to turn, steer and evade radar coverage and detection. That coverage must be combined with multiple layers of defense, including defense mechanisms very close to the asset being defended.

Examples of what is now needed for strategic sites' defenses are already evident in the realm of military vehicles. The Israel Defense Forces installed the Trophy defense system on a growing number of tanks and armored personnel carriers as a result of a series of incidents in Lebanon and Gaza.

Airframes also need such systems, as the downing of an Israeli transport helicopter by Hezbollah in the Second Lebanon War demonstrated, as do ships — and so too do strategic assets.

The age-old military axiom asserts that lines of defense will always be breached. As such, we must develop the maximum number of opportunities for interception possible.

Longer-range air defense systems, such as the Patriot, David's Sling or the S-400 can intercept threats at tens or hundreds of kilometers away. But today, because state enemies can bypass long-range defenses, countries must always have the ability to directly intercept the actual munitions.

Without close-defense capabilities forming part of a country's multilayer defense systems, strategic sites are simply not adequately protected. In the context of multilayer defense development and deployment around strategic sites and sensitive targets, Israel has taken on the role of global leader.

In 2020, short-range air defenses are making a comeback, and this time they are set to remain as a permanent fixture.

Retired Brig. Gen. Shachar Shohat served as a chief commander of the Israel Air Defense Forces and a publishing expert at The MirYam Institute.

https://www.defensenews.com/opinion/commentary/2020/09/18/short-range-air-defense-is-making-a-comeback/

Sur le même sujet

  • U.S. Army considers German-built armored combat vehicle, with U.S. sensors and embedded computing

    8 janvier 2019 | International, Terrestre

    U.S. Army considers German-built armored combat vehicle, with U.S. sensors and embedded computing

    WASHINGTON – The U.S. Army is pursuing a new armored combat vehicle able to launch attack drones, carry longer-range TOW missiles, fire a 50-millimeter cannon and operate “optionally-manned” technology, according to initial requirements outlined by service weapons developers. Fox News reports. Continue reading original article The Military & Aerospace Electronics take: 7 Jan. 2019 -- The effort is currently on the fast track; many industry teams are already offering vehicles, and the timeline has been accelerated by nearly a decade. The Army plans to have a combat-ready operational vehicle by 2026. Three of the major teams competing to build the vehicle include General Dynamics Land Systems, BAE Systems, and a U.S.-German team of Raytheon and Rheinmetall Defence NGCV called the Lynx. The Lynx represents an effort to combine German combat-vehicle engineering and expertise with Raytheon's weaponry, sensors, and embedded computing technology. John Keller, chief editor Military & Aerospace Electronics https://www.militaryaerospace.com/articles/pt/2019/01/armored-combat-vehicle-sensors-embedded-computing.html

  • Keep modernization of the Ground Based Strategic Deterrent program on track

    22 juin 2020 | International, Aérospatial

    Keep modernization of the Ground Based Strategic Deterrent program on track

    By: Former U.S. Air Force secretaries and chiefs of staff In 1959, the U.S. Air Force deployed its first intercontinental ballistic missile at Vandenberg Air Force Base in California. A year later, the Navy deployed its first submarine-launched ballistic missile aboard the submarine George Washington. These systems, together with the Air Force's nuclear-capable bomber force, formed the United States' nuclear deterrence capability, which came to be known as the “triad.” The triad has been the foundation of U.S. national security policy for over 60 years, providing stability to America's global military operations and diplomacy efforts. The triad — and the security umbrella it extends to our allies and partners — has fostered decades of peace and prosperity. Nuclear deterrence has successfully prevented crises from escalating to conflicts and promoted cooperation and diplomacy in resolving disputes. Today, nuclear deterrence is more important than ever, which is why we must prioritize efforts to modernize the triad. Throughout the Cold War and into the 21st century, military and political leaders have worked together to maintain a credible, safe and reliable nuclear deterrence capability. As technologies and threats evolve, so has the triad. Over the years, each leg has been modernized several times. Currently, the Air Force is developing the B-21 long-range strike bomber, which will enter service later this decade, and the Navy is replacing its fleet of ballistic missile submarines with the Columbia class, scheduled to begin patrols in 2031. A replacement is also needed for the Minuteman ICBM system, which first entered service in 1962 and has been upgraded and extended 40 years beyond its original service life. In 2010, after affirming the importance of maintaining a land-based leg, the Obama administration initiated the Ground Based Strategic Deterrent program, a modern ICBM system that will improve reliability, lower operational costs, and respond to current and future threats. The Air Force will soon begin work on GBSD, which will enter service in 2029. Over 10 years of planning have led to this goal, with the program's necessity validated by two presidential administrations, six congresses and six secretaries of defense. ICBMs are an integral part of the triad, providing complementary capabilities to the sea-based and bomber legs that enhance our overall deterrence posture. For example, land-based missiles are the most robust and stabilizing leg of the triad. Consisting of 400 active, hardened missile launch facilities on sovereign U.S. soil and dispersed over 30,000 square miles, ICBMs pose a nearly insurmountable obstacle to those who wish us harm. They prevent any rational adversary from credibly threatening or confidently planning a strike. Failing to adequately maintain the land-based leg of the triad by fully funding the GBSD would threaten strategic stability and make remaining U.S. nuclear forces more vulnerable. America's ICBM force is both affordable and cost-effective — it features the lowest annual sustainment and recapitalization costs compared to the other two legs. It is vital the nation maintain its nuclear force posture, which has acted as a stabilizing element of global security for decades. Modernizing the triad is no small undertaking, and our current modernization efforts are the result of decades of careful planning and bipartisan support. Stewardship is handed down from one set of leaders to the next, and in this critical moment of transition it is imperative our current leaders keep these modernization programs on track. We strongly recommend that members of Congress support moving ahead with the GBSD program so it can join the other legs in providing effective deterrence for decades to come. The contributors to this commentary are: Former U.S. Air Force Secretaries Sheila Widnall, Whitten Peters, James Roche, Michael Wynne, Michael Donley and Deborah Lee James, as well as former U.S. Air Force Chiefs of Staff Gen. Larry Welch, Gen. Merrill McPeak, Gen. Ronald Fogleman, Gen. Michael Ryan, Gen. John Jumper and Gen. T. Michael Moseley. https://www.defensenews.com/opinion/commentary/2020/06/19/keep-modernization-of-the-ground-based-strategic-deterrent-program-on-track/

  • THALESRAYTHEONSYSTEMS ET LEONARDO RENFORCENT LEUR COOPÉRATION SUR LES ACTIVITÉS DU SYSTÈME DE CONTRÔLE ET COMMANDEMENT AÉRIEN (ACCS) DE L’OTAN

    11 septembre 2019 | International, Aérospatial

    THALESRAYTHEONSYSTEMS ET LEONARDO RENFORCENT LEUR COOPÉRATION SUR LES ACTIVITÉS DU SYSTÈME DE CONTRÔLE ET COMMANDEMENT AÉRIEN (ACCS) DE L’OTAN

    MASSY, 10 septembre 2019 - ThalesRaytheonSystems et Leonardo renforcent leur coopération sur l'ensemble du périmètre ACCS. Cette coopération portera sur le soutien du système sur site, le déploiement de l'ACCS sur de nouveaux sites et les rétrofits de sites actuels. Elle permettra aussi de faire bénéficier l'ACCS de plusieurs innovations développées par Leonardo dans le domaine des C2, des communications, des traitements radar et de la défense antimissile balistique. Via cet accord, ThalesRaytheonSystems, Leonardo et leurs partenaires proposeront à l'OTAN et aux opérateurs des Nations membres le meilleur des technologies disponibles sur le marché. Ces nouvelles coopérations vont permettre de gérer de façon plus dynamique et innovante les évolutions d'ACCS. L'ACCS est opérationnel en Italie depuis mars 2015 et le système est en cours de transition dans 10 pays de l'OTAN. La composante anti-missile est opérationnelle depuis 2012 et la composante déployable de l'OTAN est utilisée depuis 2015 dans un certain nombre de pays de l'Alliance. Le système de contrôle et commandement aérien aide les nations membres des pays de l'Alliance à renforcer la souveraineté de leurs territoires, la protection de leurs populations et de leurs forces armées contre toute menace aérienne, y compris les missiles balistiques. Pour les aider à assurer cette mission, ThalesRaytheonSystems développe ACCS, un système unique de commandement et de contrôle aérien unifié et interopérable qui permettra aux pays membres de gérer tous types d'opérations aériennes, tant au-dessus du territoire des pays européens de l'OTAN que lors de déploiements extérieurs. Une fois pleinement déployé, l'ACCS de l'OTAN couvrira 10 millions de km² d'espace aérien. Depuis le début du programme ACCS, plus de 40 entreprises de 15 Nations de l'OTAN ont participé au projet. Leonardo est un partenaire historique fournissant le composant essentiel de fusion des données de plus de 50 types de radars appartenant aux pays membres de l'OTAN. « ThalesRaytheonSystems souhaite renforcer les apports technologiques sur l'ACCS afin de proposer à l'OTAN les dernières innovations de ses partenaires industriels. » Thierry Weulersse, Président-directeur général de ThalesRaytheonSystems « Avant l'ACCS, chaque pays disposait de son propre système. Les membres de l'Alliance bénéficieront bientôt de capacités unifiées qui constituent une véritable révolution en matière d'opérations aériennes. ThalesRaytheonSystems continue d'investir avec ses partenaires pour soutenir l'OTAN dans ses actions et sa transformation. » Thomas Got, Directeur général des activités opérations aériennes et systèmes d'armes de Thales. « L'évolution prévue par ce protocole d'accord est une nouvelle reconnaissance des capacités que Leonardo peut offrir à l'OTAN dans le cadre de l'évolution de l'ACCS vers la défense antimissile aérienne intégrée », a déclaré Manlio Cuccaro, Directeur général adjoint de l'électronique de défense terrestre et navale Italie chez Leonardo. « Leonardo a joué un rôle clé au cours des deux dernières décennies dans la définition et le développement du projet ACCS et nous sommes impatients de renforcer de plus en plus cette relation avec TRS ». https://www.thalesgroup.com/fr/group/press-release/thalesraytheonsystems-et-leonardo-renforcent-leur-cooperation-activites-du

Toutes les nouvelles