Within defence circles, rumours are circulating about a possible partnership between the Netherlands and Australia in the field of laser weapons against drones. At the centre of that speculation is Apollo, a so-called high-energy laser weapon developed by the Australian technology company Electro Optic Systems (EOS). There has been no official confirmation so far, but the interest fits into a broader Dutch search for tools to cope with the rapidly changing nature of modern warfare.

EOS video: this is the laser system in which the Dutch Ministry of Defence is investing.

Drones as a structural problem

In recent years, drones have become a permanent feature of conflict. They are used for reconnaissance, targeted attacks and disruption of infrastructure. Their low cost, ease of deployment and ability to operate in large numbers at the same time make them difficult to counter with traditional air-defence systems, which are often designed for aircraft or missiles. Israel is already far advanced in developing this type of laser and has even made it operational.

This is also becoming an increasing challenge for the Netherlands. Defence has repeatedly stated that current air defence is not sufficiently equipped for large-scale drone threats. Against that background, new technologies are being examined, including so-called directed-energy weapons such as lasers.

What is Apollo?

Apollo is a laser weapon system developed by EOS and specifically designed to neutralise drones. The system combines sensors, tracking software and a powerful laser beam that can blind, damage or disable a drone without using physical ammunition.

According to information from the manufacturer, Apollo can operate with laser power levels of roughly 50 to 150 kilowatts. That would be enough to engage both small commercial drones and larger military unmanned aircraft. The system is designed for rapid response and can, as long as sufficient power is available, engage multiple targets in quick succession.

An important feature is its modular and mobile design. Apollo can be installed in a standard container or on a vehicle, making deployment possible at military bases, airports or other protected sites. This sets the system apart from heavier, fixed air-defence installations.

Why is the Netherlands interested?

The possible Dutch interest mainly lies in Apollo’s role as a supplement, not a replacement, for existing air defence. Laser weapons have a number of theoretical advantages: the cost per engagement is low, there is no logistical supply of ammunition required, and response time is almost instantaneous.

At the same time, there are clear limitations. Laser weapons are sensitive to weather conditions such as fog, rain and dust, which can reduce the effectiveness of the beam. Their range is also generally shorter than that of missile systems. That is why they are internationally seen mainly as part of a layered defence system.

For the Netherlands, a system such as Apollo could be particularly interesting for point defence against drones, for example at critical infrastructure sites or during military missions abroad.

What does the manufacturer say?

EOS presents Apollo as a mature technology ready for operational deployment. The company recently announced an export order for a 100-kilowatt-class laser weapon to a European NATO partner, without specifying which country that is. This shows that the technology is no longer confined to the testing phase. One possibility, of course, is that the Netherlands is that NATO partner.

The manufacturer stresses that laser weapons are becoming indispensable in drone defence precisely because of their scalability and low cost per use. However, the company has not publicly commented on any possible cooperation with the Netherlands.

Uncertainties and next steps

Because this is a rumour rather than a confirmed programme, many questions remain unanswered. It is unclear whether the Netherlands is actually in talks with EOS, or whether Apollo is merely one of several systems under consideration. It is also not known how a laser weapon would be integrated into existing Dutch air-defence structures. https://eos-aus.com/news/eos-secures-order-for-100kw-high-power-laser-weapon-system-for-counter-drone-warfare/

Whether the Netherlands will actually take the step towards Australian laser technology will only become clear if defence turns the rumour into policy. We will keep you informed.