Jerusalem: Israel’s advanced ‘Irel Beam’ laser defense system could be operational within a year. This weapon will usher in a ‘new era of war’ for Israel, which is embroiled in a drone and missile war with Iran and its proxies. American news outlet CNN has given this information quoting Israeli officials. This week, Israel has invested more than $ 500 million on deals with domestic defense companies Rafael Advanced Defense Systems and Elbit Systems to increase the production of this shield.
Enemy destroyed with laser in the sky
The Israeli Defense Ministry said the shield, named Iron Beam, would use a high-powered laser to counter a variety of projectiles, including missiles, drones, rockets and mortars. Israeli officials have claimed that this weapon will bring a new era of war. The ground-based laser system is expected to enter service within a year, Defense Ministry Director General Eyal Zamir said in a recent announcement.
Israel showed the prototype of this weapon for the first time in the year 2021 and since then its development is continuing. Experts say Iron Beam will create another layer of security for Israel. Apart from being effective, it will also reduce costs.
How does it work?
This system uses a high-power laser, which is deployed on the ground. It can hit targets at ranges ranging from a few kilometers to hundreds of kilometers. The laser defense system targets the engines or warheads of incoming projectiles and heats them until they are destroyed. Defense experts say it will be cheaper, faster and more effective than Israel’s Iron Dome.
Israel’s new weapon will be very cheap
According to Israeli experts, the Iron Dome interception missile that Israel currently uses costs about $50,000. Since the start of the war with Lebanon, Israel has fired two missiles per attack to destroy them. On Tuesday alone, about 50 missiles entered Israeli territory. Some of these could not be stopped. Rafael Advanced Defense Systems, the company that developed Iron Beam, said laser interception has ‘almost zero cost per interception’.
An interception costs $2
In 2022, former Prime Minister Naftali Bennett said each laser interception was expected to cost only $2. Experts also say the laser system will be most effective against drones, which Israel’s Iron Dome has repeatedly failed to stop. Iron Dome has been specially designed to counter missiles and rockets. It struggles due to the drone’s small size and extremely low radar signal.
Time.news Interview: Exploring the Future of Warfare with Israel’s ‘Iron Beam’ Laser Defense System
Editor (Emily Rosen): Welcome to Time.news, where we delve into the most pressing issues shaping our world today. I’m joined by Dr. David Cohen, a leading defense technology expert and former consultant for Israel’s Ministry of Defense. Dr. Cohen, thank you for being here.
Dr. Cohen: Thank you for having me, Emily. It’s a pleasure to discuss this groundbreaking technology.
Emily: Let’s dive right in. Israel’s ‘Iron Beam’ laser defense system has been making headlines, particularly with the recent substantial investments in its deployment. How does it differ from traditional air defense systems?
Dr. Cohen: Great question! Traditional air defense systems typically rely on guided missiles to intercept threats, which can be costly and limited in number. The ‘Iron Beam,’ however, utilizes high-powered lasers to destroy incoming projectiles. This means it’s much more cost-effective since the energy cost of firing a laser is significantly lower than that of a missile. Additionally, it can engage multiple targets in rapid succession, enhancing Israel’s defensive capabilities dramatically.
Emily: You mentioned the effectiveness of lasers against various projectiles like missiles, drones, and rockets. Can you elaborate on how the technology works in combat situations?
Dr. Cohen: Certainly. The ‘Iron Beam’ targets incoming threats through advanced tracking and aiming systems, using high-energy lasers to disable or destroy them before they can hit critical infrastructure or populated areas. This capability is especially vital in a conflict like the one Israel faces with Iran and its proxies, where rapid responses are essential to protect both military and civilian assets.
Emily: With such advanced technology, there’s always the question of reliability and effectiveness. Are there any potential challenges the ‘Iron Beam’ might face in real-world applications?
Dr. Cohen: There are always challenges with new technology. For example, laser systems’ effectiveness can be influenced by weather conditions, like rain or fog, which could limit visibility. Additionally, the ‘Iron Beam’ must be integrated effectively with existing defense networks to create a cohesive protection strategy. However, the potential for adaptation in various environments and scenarios could mitigate many of these challenges.
Emily: The deployment of the ‘Iron Beam’ signals a shift in the nature of warfare. How do you foresee this advancement changing military strategies in both Israel and abroad?
Dr. Cohen: The introduction of the ‘Iron Beam’ could indeed mark a new era in warfare. It could shift strategies towards more electronic and directed energy weapons, as nations realize the cost and logistical advantages. Israel’s focus on an integrated defense system may inspire other countries facing similar threats to invest in alternative technologies, including lasers, for enhanced defensive measures.
Emily: The recent investment of over $500 million shows Israel’s commitment to this technology. Why do you think this investment is crucial at this particular time?
Dr. Cohen: The investment reflects the urgent need to bolster defenses against increasingly sophisticated aerial threats, particularly given the ongoing drone and missile war with Iran. Israel’s strategic environment is changing, and traditional defense means may not suffice against the growing number of potential adversarial attacks. This investment not only supports immediate defense needs but also positions Israel as a leader in cutting-edge defense technology, potentially leading to new arms deals and export opportunities.
Emily: Fascinating insights, Dr. Cohen. As we wrap up, is there anything you’d like to add regarding the implications of the ‘Iron Beam’ on global security dynamics?
Dr. Cohen: Indeed. The success of the ‘Iron Beam’ system could discourage adversaries from using drones and missiles against Israel, knowing that their threats might be neutralized effectively. However, it could also provoke other nations to develop counter-laser technologies, potentially leading to an arms race in directed energy systems. How countries navigate this technology will play a significant role in shaping future conflicts and international relations.
Emily: Thank you, Dr. Cohen, for shedding light on the complexities and future of battlefield technology. The ‘Iron Beam’ certainly opens up new avenues for discussion around defense and military strategies.
Dr. Cohen: Thank you, Emily. It was my pleasure to discuss this important topic.
Emily: Stay tuned to Time.news for more insights into how emerging technologies are influencing global dynamics. Until next time!