Precision Weaponry Defense Systems for Military Vehicles

The system from Rostec’s Central Scientific – Research Institute for Precision Machine Engineering incorporates attack warning sensors, control and indication equipment, launching devices and obscurant ordnance to protect vehicles By DA Staff / 15 Oct 2021

Discover Leading Defense Technology Solutions

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Precision Weaponry Defense Systems
Follow DA

Central Scientific – Research Institute for Precision Machine Engineering (TsNIITochMash) of Rostec State Corporation has launched the mass production of unified precision weaponry defense systems for advanced military vehicles. 

The system is designed to protect the TOS-2 heavy flamethrower system, the PRP-5 reconnaissance vehicle, and the Zavet-D automated artillery control systems. 

It incorporates attack warning sensors, control and indication equipment, launching devices and obscurant ordnance to protect vehicles from precision weaponry with laser, optical, thermal and radar targeting. 

“When the enemy attacks, the system detects the threat and ‘hides’ the equipment behind a veil of combined jamming. Thanks to this, the munition loses contact with the target, goes off the attacking course or continues to fly ‘blind’ in inertial mode without precise targeting,” said Bekhan Ozdoyev, Industrial Director of the Armaments, Ammunitions and Special Chemicals Cluster of Rostec. 

“Tests have shown that the system is capable of protecting equipment during combat and on the march against anti-tank missiles, as well as against aerial attacks by precision aviation weapons.”

The company has experience in the field of optical-electronic defenses of military equipment against precision weaponry, manufacturing protection systems for the Iskander operational-tactical missile system, the PRP-4A mobile reconnaissance unit and other combat vehicles.

Posted by DA Staff Connect & Contact

Latest Articles

Commercial vs. 3D Printed Propellers

Tyto Robotics delves into whether UAV rotors produced through additive manufacturing can match the aerodynamic and acoustic performance of commercially available plastic propellers

Feb 14, 2025
Specialized Drones Trialled for Medical Supply Delivery in Military Training

Oregon National Guard combat medics are training with drones to deliver medical supplies, enhancing battlefield readiness for large-scale operations with innovative solutions

Feb 14, 2025
EFI Drone Propulsion Solutions for Military Applications

Defense Advancement showcases INF Inject's advanced EFI (electronic fuel injection) drone propulsion solutions for military and defense applications

Feb 14, 2025
New SOSA-Aligned FPGA PIC Module for Tactical Sensor Processing Applications

Curtiss-Wright is unveiling the VPX3-536 Adaptable Processor, a new SOSA-aligned 3U VPX FPGA plug-in-card (PIC) module designed for demanding tactical sensor processing applications such as radar and electronic warfare

Feb 14, 2025
U.S. Marine Corps Evaluates New Reconnaissance Vehicle Prototype

General Dynamics Land Systems has tested its Advanced Reconnaissance Vehicle (ARV) C4/UAS variant with the U.S. Marine Corps, focusing on mobility, AI integration, and battlefield connectivity

Feb 13, 2025
Rugged Computing Solutions for Defense Applications

Defense Advancement showcases Systel's rugged mission-critical computing solutions for defense and government applications

Feb 13, 2025

Featured Content

Rugged Computing Solutions for Defense Applications

Defense Advancement showcases Systel's rugged mission-critical computing solutions for defense and government applications

Feb 13, 2025
IDEX 2025: Allen-Vanguard to Introduce New RF CEMA Technology

Allen-Vanguard is unveiling its latest core at IDEX 2025, delivering a new level of capability for multi-function CEMA platforms with improved electronic warfare performance

Feb 13, 2025
Teledyne FLIR Unveils Software Solution to Enhance UAS Automation & AI Capabilities

Teledyne FLIR introduces Prism Supervisor, enhancing UAS capabilities by integrating autopilot systems with AI-driven analytics, enabling real-time mission adaptation, automation, and synchronized multi-UAV operations for improved efficiency and success

Feb 10, 2025