TALOS will lead to the development of a compact design laser able to quickly and precisely neutralize an agile target (i.e. Rocket Artillery and Mortar (RAM), Unmanned Aerial Vehicle (UAV)) while significantly minimizing collateral damages.

The solution will also be flexible and can be integrated on different platforms (maritime, land and air payloads). TALOS will also include a legal and safety regulation analysis relevant for the military use of a high-power energy laser.

There is an emerging need to invest in High-power Laser Directed Energy Weapon (LDEW) technologies that can deliver precise effects on evolving threats.

High-power LDEW systems have the potential to change the course of future conflicts and offer game changing operational capabilities.

Non-EU countries have already started to work on demonstrators of compact high-power laser effectors able to generate over 100 kW.

Today in Europe, studies on such programs focus on power generation up to 30 kW, rely on architectures that combine incoherent beams on the target and are dependent on suppliers from non-EU countries involving the risk of end-user restrictions being imposed by non-EU nations (e.g. ITAR)

The objective is twofold: to foster defence strategy autonomy of Europe and to ensure alignment of the defence capabilities of Europe.

• Laser output power as high as possible: 100kW class
• Maintain a high quality beam
• Focus and lock the laser beam on the target
• Compact design
• Integration in mobile plateforms (maritime, land and air payloads)

TALOS project will last 3 years (2019 to 2022).