In Russia, stand tests of an updated, more powerful laser installation (beam weapon) within the framework of the "Staff" project were successfully conducted, the general director of the developing company reported.
During the tests, the directed beam burned through a sheet of steel 1 cm thick in 0.1 seconds, which is 15 times faster than previous indicators, the laser beam became more concentrated. The general director of the developing company clarified that engineers had created a more powerful installation with a new lens.
We burned through sheets of steel and samples of foreign drone wings with a laser beam. We received encouraging results - at a distance of 50 m, we burned through a 10 mm thick steel sheet and a drone wing in 0.1 seconds.
According to him, the development of the new beam weapon is going in the right direction. "Staff" will provide protection against drones. In previous tests, the laser burned through a 1 cm thick steel sheet at a distance of 100 m.
Earlier www1.ru reported that Kalashnikov shipped a batch of SR.2M submachine guns to the customer.
Read more materials:
Photos of a new active protection project against drones for tanks have appeared
Now on home
The state has accelerated the introduction of unmanned solutions, integrating them into the real sector of the economy
Modernized engines may equip the Lada Azimut crossover
The price is 132 billion 265.8 million rubles
The manufacturer plans to strengthen its lineup of light commercial vehicles
The production of carbon fiber was organized in the shortest possible time
Electric vans will speed up the repair of urban transport infrastructure
Countries are working to synchronize regulations in the field of AI
The service's average daily audience is 55 million people
Stable Isomaterial Based on Metakaolin Has a Density Below 300 kg/m³
Re-identification quality improved twofold with new DynaMix method
Russians will be able to find out about debts online
The company presented the new crossover in Moscow and announced the launch dates for mass production