chanelink logo
CHANELINK
简体中文

Targeting military laser technology! Two major enterprises plan to establish a joint venture company

563
2025-01-15 14:33:44
查看翻译

Latest news: Rheinmetall and European Missile Group Germany plan to establish a joint venture to develop shipborne laser weapons.

The cooperation between the two companies in the field of military laser technology has been ongoing for several years. In 2022 and 2023, under the framework of the High Energy Marine Laser Demonstration Working Group (ARGE), the jointly developed laser was successfully tested on the Saxony frigate.

In September 2023, Rheinmetall and the European Missile Group signed an agreement to jointly develop laser weapons for ships. In order to establish a joint venture, the two companies submitted an application to the German Federal Enterprise Joint Administration in December 2024 and have obtained permission. However, it is currently unclear how the company will organize and what products it will produce.

It is reported that the output power of the demonstration beam can reach 20kW at high beam density. The demonstrator consists of 12 fiber laser modules, each with a power of up to 2kW, which are converged into one beam through an optical system. This technology can increase power to 100kW without significant design changes.

In the testing period of 2022-2023, the system underwent over 100 test launches and destroyed unmanned aerial vehicles at close range and extremely close range. It has been proven effective against drones, drone swarms, speedboats, and potential guided missiles. In the future, the system can be upgraded to counter supersonic missiles, rockets, as well as artillery and mortar attacks.

Interestingly, the two companies have divided their respective responsibilities: European Missile Group Germany is responsible for target detection and tracking, as well as integrating laser systems into control systems and workstations. At the same time, Rheinmetall is responsible for developing laser systems, guidance systems, demonstration containers, and integrating the mechanical and electrical components of the system onto the Saxony frigate.

Source: OFweek

相关推荐

  • Amplitude launches femtosecond lasers for industrial applications

    Recently, French femtosecond pulse and high peak power (PW class) laser manufacturer Amplitude announced that the company has launched a newly designed Satsuma X femtosecond laser, setting a new benchmark for industrial environments.This product was first announced in 2022 and is now available in a brand new design with proven durability and versatility. In pursuit of excellence and customer satis...

    2024-07-02
    查看翻译

  • The project cycle has been significantly shortened! Scientists use supercomputing to assist in laser fusion research

    Recently, the Laser Energy Laboratory (LLE) at the University of Rochester installed a new supercomputer to support its laser fusion experiments.The new supercomputer has increased the computing power of the laboratory by four times and shortened the time required to complete certain projects from 30 weeks to a few days.The Laser Energy Laboratory (LLE) at the University of Rochester is one of the...

    2023-10-26
    查看翻译

  • Leica Cine 1 laser TV with 4K display screen launched with a starting price of $8995

    Photography brand Leica has launched its first 4K movie and television. The Leica Cine 1 laser TV was announced a year later during the I FA 2022 period. This iconic photography brand is shifting some of its focus to projecting perfect images in our living room.featureThe Leica Cine 1 laser TV embodies Leica's philosophy in its camera design. Leica continues to provide precision optical engineerin...

    2023-10-19
    查看翻译

  • Toronto research has discovered 21 new sources of organic solid-state lasers

    Organic solid-state lasers (OSLs) are expected to achieve widespread applications due to their flexibility, tunability, and efficiency. However, they are difficult to manufacture and require over 150.000 possible experiments to find successful new materials, and discovering them will be a work of several lifetimes. In fact, according to data from the University of Toronto in Canada, only 10-20 new...

    2024-05-22
    查看翻译

  • Based on Transform Optics: Realizing an Ideal Omnidirectional Invisible Cloak in Free Space

    A team led by Professor Ye Dexin and Professor Chen Hongsheng from Zhejiang University, as well as Professor Yu Luo from Nanyang University of Technology, conducted practical research on full parameter transformation optical devices. The research team has designed and implemented an all parameter omnidirectional invisibility cloak based on the theory of linear transformation optics and omnidirecti...

    2024-04-29
    查看翻译