About this Video

• Video Title: Military 'Game-Changer': Israel's Iron Beam Shoots Low-Cost Lasers to Intercept Enemy Missiles
• Channel: CBN News
• Speakers: The transcript does not name the speakers.
• Duration: 00:04:15

Introduction

This CBN News video reports on Israel's Iron Beam, a high-energy laser weapon system deployed in combat. The video highlights its unique features, cost-effectiveness, and impact on defense strategies.

Key Takeaways

• Israel's Iron Beam is the first high-energy laser weapon system deployed in combat. This marks a significant technological advancement in defense systems.
• Iron Beam uses multiple small laser beams to target weak points in enemy missiles and drones, offering a cost-effective solution. The cost per interception is estimated at $5 or less, compared to tens of thousands of dollars for conventional systems.
• The system is mobile, remotely operable, and has already seen action against UAVs in Israel. Its mobility allows for flexible deployment in various scenarios.
• Iron Beam offers several advantages: speed of light engagement, silence, invisibility, and near-unlimited ammunition (energy-based).
• Future versions of Iron Beam are in development: These will offer extended range and capabilities, including airborne deployment.

Here are the answers based on the provided transcript:

1. What specific types of UAVs has Iron Beam been used against in the current conflict? The transcript only states that Iron Beam has been used against UAVs in the northern part of Israel. The specific types of UAVs are not mentioned. (Citation: "it's already seen action in the current conflict in the northern part of Israel mainly against UAVs")

2. What are the limitations of Iron Beam, such as environmental factors that might affect its performance? The transcript mentions that fog, dust storms, and other weather conditions that scatter the beams are limitations. (Citation: "there are limitations such as fog and dust storms which can scatter the beams")

3. How does the cost of $5 per interception compare to the cost of other missile defense systems currently in use by Israel (e.g., Iron Dome)? The transcript states that the cost of an Iron Dome interceptor is approximately $50,000, while Iron Beam's cost per interception is around $5. This represents a significant cost reduction. (Citation: "instead of $50,000 for an Iron Dome interceptor it's $5 now per interception")

4. What are the planned capabilities of the second and third versions of Iron Beam that are currently under development? The second version, expected by the end of the year, will be capable of intercepting missiles up to 6 miles away almost instantly after launch. The third version, still under development with Elbit Systems, will make the laser airborne, potentially allowing it to engage threats from above. (Citations: "the second system...would be capable of intercepting a wide range of missiles up to 6 miles away... a third...could take the laser airborne")