This $10M U.S. Army Laser Melts Drones With $3 Beams | WSJ Equipped

Summary

The video explores the BlueHalo Locust laser weapon system, designed to target drones with remarkable precision. Operating on just $3 worth of energy, this high-energy laser represents a shift in modern warfare, particularly in countering low-tech drone threats. However, it faces significant challenges, including limited range and maintenance issues in combat zones. Despite its impressive cost-effectiveness and user-friendly interface, the Locust's effectiveness can be hampered by environmental conditions. As military reliance on drone technology grows, the development and deployment of laser systems like the Locust signal a new era in battlefield technology.

Takeaways

• 🚀 The Locust laser weapon system requires only 3000 degrees and $3 worth of energy to target and shoot down drones moving at 50 mph.
• 🔍 Currently, the U.S. Army has deployed under a dozen Locust systems in classified overseas locations for drone defense.
• ⚔️ Drones are increasingly used in modern warfare, posing a significant threat due to their low cost and high effectiveness.
• 📉 Compared to traditional weapons, laser systems like Locust have a shorter range and can be more challenging to repair.
• 🎮 The Locust's user interface is designed to resemble video games, making it easier for soldiers to operate using familiar controls like an Xbox controller.
• ⚡ The laser can take up to 15 seconds to neutralize a target, which is slower than missile strikes that can act more quickly and with greater damage.
• 💰 Despite the Locust's price tag of $8 million to $10 million, it offers a very low cost per shot of around $3, making it economical for repeated use.
• 🌧️ Environmental factors like heat and weather can adversely affect the laser's performance, leading to challenges in real-world conditions.
• 🔧 Maintenance issues are prevalent due to the newness of laser technology, with a lack of infrastructure and spare parts in remote combat zones.
• 🌍 Other countries and companies are developing competing laser systems, such as the UK's DragonFire, indicating a growing interest in this technology for tactical purposes.

Q & A

What is the primary purpose of the Bluehalo Locust laser weapon system?

The primary purpose of the Bluehalo Locust laser weapon system is to shoot down unmanned drones, providing a cost-effective response to the increasing threat of drones in modern warfare.

How much energy does the Locust laser require to operate?

The Locust laser requires only $3 worth of energy to operate, making it an economically viable option compared to traditional missile systems.

What are the key components of the Locust laser system?

The key components of the Locust laser system include the high-energy laser itself and a tracking system that uses AI to lock onto drones from over two miles away.

What challenges does the Locust laser face compared to traditional weapons?

The Locust laser faces challenges such as a shorter range (about three miles), limited power, potential difficulties in maintenance, and the requirement for ideal weather conditions to operate effectively.

How does the user interface of the Locust laser system facilitate its operation?

The user interface of the Locust laser system is designed to resemble video game controls, specifically similar to Call of Duty, which allows soldiers to learn and operate the system quickly.

What performance limitations were noted during tests of the Locust laser?

During tests, feedback indicated that performance issues arose from environmental factors such as heat and weather, which can disperse the laser beam and reduce its effectiveness.

What is the cost range for the Locust laser system itself?

The Locust laser system varies in price from $8 million to $10 million, but it can be reused multiple times, which offsets the initial investment.

How does the cost per shot of the Locust compare to traditional missile systems?

The cost per shot of the Locust laser weapon is approximately $3, significantly lower than the costs associated with traditional missile strikes, which can range from $100,000 to $3 million.

What efforts are being made to address the logistical challenges of laser weapon systems?

Bluehalo aims to address logistical challenges by replacing specially made parts with mass-manufactured components, and they will provide on-ground engineering support for each deployed Locust for at least the next four years.

What future developments are anticipated for laser weapon systems like the Locust?

Future developments for laser weapon systems like the Locust include efforts to make them lighter, easier to maintain, and more effective in combat situations, as well as addressing ongoing concerns regarding their reliability.