Empowering Dismounted Soldiers with Networked Combat Edge
Dominator™-X is an advanced networked solution that enhances combat effectiveness and survivability of dismounted close combatants. The warrior suite comprises integrated hardware components, C4I applications and an advanced Load Carriage System developed by Elbit Systems.
The solution improves soldier lethality and survivability by integrating the soldiers’ sensors and effectors to the network. The connected soldier can use all
sensors and effectors that are connected to the network, dramatically shortening the sensor-to-shooter loop.
Designed to meet the challenges of multidomain warfare, Dominator™-X delivers real-time situational awareness with automatic data dissemination based on hierarchy and geography. The solution enhances capabilities for all members of the platoon, including Blue Force Tracking, enemy (red) tracking, reports, mission planning, navigation, terrain analysis, augmented reality and 3D visualization.
Dominator™-X dramatically improves performance on the battlefield.
The combat-proven solution is in operational use in the IDF and NATO countries in Europe.
Key Features
Key Benefits
A compact computer and display worn conveniently with a strap on the wrist or elsewhere, serving as a powerful tactical device for the dismounted soldier.
Integrated warrior combat networked solution for enhanced combat effectiveness and survivability of special forces and infantry across all echelons.
A powerful SDR personal radio with no GPS reliance for network services. The IP radio offers ad-hoc networking capabilities including multi-hop services for voice and data.
Autonomous, robust, lightweight, multi-mission tactical support.
Smart MIL-standard glasses for augmented situational awareness.
Reliable tracking, monitoring and data link for the dismounted soldier for GPS denied environments.
Dynamic power distribution & Data Routing.
Man-packed CAT-1 Passive target acquisition and designation system.
Based on a unique patented ceramic thermal arresting technology and process to create pre-stressed ceramic plates with improved impact resistance. The thinner and lighter ceramic plate offers significant reduction in size and weight, increasing wearability and comfort and reducing weight burden and fatigue, while providing a high level of reliable protection with reduced physical trauma upon impact.
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