Разработки чеченских инженеров привлекли внимание Запада: в Army Recognition оценили новинки КБ «Талламхо»

Serial Production of the Second Generation of the BUH2 Acoustic Reconnaissance System Has Begun in Russia

The Russian design bureau "Tallamho", which is based in Grozny, has begun serial production of the second generation of the BUH2 "Sova" acoustic reconnaissance system. This is a budget alternative to the 1B75 "Penicillin" artillery reconnaissance system. Specialists have also begun serial production of the updated "Malik" acoustic drone detector. This is reported by Army Recognition.

One of the latest products is the "Malik-Milli", a compact acoustic drone detector measuring 11x8.5x3 cm, making it the smallest in the "Malik" series. Technical specifications are not disclosed.
Army Recognition

As Army Recognition writes, the "Malik" series detectors are designed to identify various targets, including drones operating at different frequencies, rangefinders, anti-tank guided missile lasers, and sniper scopes.

The "Malik" detectors are available in two versions: a basic model for protecting bunkers, trenches, transport, and an individual "Malik-mini" that can be attached to the body armor of military personnel.
Army Recognition

The BUH2 "Sova" acoustic reconnaissance system is an improved version of BUH1. It is designed to detect enemy artillery and armored vehicles. The system analyzes acoustic waves from shots.

 BUH2 "Sova" has demonstrated effectiveness in detecting enemy artillery positions at a distance of up to 7 kilometers. "Tallamho" engineers are working to increase its accuracy and detection range. The basis for the new systems is the 1B75 "Penicillin" artillery reconnaissance complex, developed by the "Vector" Research Institute (part of "Ruselectronics").
Army Recognition

Read also on the topic:

"Tallamho" Design Bureau Developed the "Svyaz" Field Network for Secure Data Exchange

Project "Krylo" - An Analog of NATO Systems: Chechen Developers Have Learned to Calculate Approaching Drones

Cheaper and More Effective: Chechen Engineers Created an Analog of the "Penicillin" Artillery Reconnaissance Complex

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