Key Takeaways

• The Netherlands collaborates with EOS to develop a high-energy laser weapon for countering drones.
• The Apollo system can neutralize 20 to 50 drones per minute, offering a cost-effective defense solution.
• The project aims to establish a domestic production facility and integrate lasers into military vehicles.

Project Development

The Netherlands is teaming up with Australian defense tech firm Electro Optic Systems (EOS) to create a high-energy laser weapon specifically designed to combat drones and large aerial attacks. This initiative gained momentum with the signing of a letter of intent by Dutch State Secretary for Defense Derk Boswijk, aiming to evolve the existing prototype into a fully operational military air defense system. Importantly, the Dutch Ministry of Defense plans to manufacture the laser systems domestically.

The weapon is based on EOS’ Apollo High Energy Laser Weapon System, a 100-kilowatt-class directed-energy system created to neutralize unmanned aerial vehicles (UAVs). Unlike traditional air defense mechanisms, which often rely on costly missiles and projectiles, this advanced laser technology focuses a concentrated beam of light onto a small target area. This generates extreme heat capable of incinerating critical drone components, leading to their destruction.

EOS has noted that their Apollo system can engage between 20 and 50 drones per minute, contingent on specific operational conditions and characteristics of the targets. This development addresses a pressing threat faced by modern militaries—the financial burden of intercepting swarms of inexpensive drones. Using conventional methods involves firing interceptor missiles, often costing hundreds of thousands of dollars, to destroy a single drone priced at around $1,000. In contrast, the laser system eliminates the need for expensive ammunition, relying instead on electrical power supply and cooling systems.

The Dutch program will focus on refining the laser into a comprehensive military weapon system rather than merely acquiring a prototype. Reports indicate that the Netherlands has been actively collaborating with EOS on this technology, planning orders for a high-energy laser prototype and a low-cost counter-drone system in 2025 and 2026. A significant design review for the 100-kilowatt laser system was finalized in May 2026.

Furthermore, the recent agreement will evaluate the feasibility of establishing a production facility in the Netherlands, complemented by a European-managed supply chain. The Ministry of Defense is also exploring the integration of laser weapons onto military vehicles, enhancing protection for troops and equipment on the move. Should the development succeed, the Netherlands plans to procure multiple laser units, although specifics regarding quantity and delivery have yet to be disclosed.

This laser program is designed to supplement traditional air defense systems like missiles and guns, acting as an additional layer of security rather than a replacement. High-energy lasers are particularly effective against close-range threats such as small drones and saturation swarms. However, their operational success is contingent on weather conditions, line-of-sight visibility, and the ability to maintain a lock on moving targets.

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