COMBAT SYSTEM CONTROLS

UTRS addresses the critical need to increase the accuracy, responsiveness and survivability of all weapon systems. Fire control systems require software engineering that enable them to hit specific targets, increase lethality, and minimize collateral damage. UTRS can meet this need, providing scalable, end-to-end solutions at system, system-of-systems, and mission levels.

OUR CAPABILITIES

UTRS provides support of integrated combat system solutions across mission domains, ensuring the interoperability of systems through consistent implementation of military and coding standards. We have in-depth expertise with requirements analysis, design, development, documentation, integration and testing in the areas of crew controls and displays, position location, navigation, gun tube laying aids, and system command and control functions, as well as digital communications, power supply and power management.

Artillery ballistics
Muzzle velocity processing
Message parsing, composition and decomposition
Digital communications and Force XXI Battle Command, Brigade, and Below (FBCB2)
Variable messaging formatting (VMF)
Navigation and Geographic coordinate systems – UTM, latitude/longitude (Lat/Long), and True North coordinates
Design and implementation of displays and display control
System power up and initialization, and power supply and management
Soldier-machine interface
User datagram protocol/Internet Protocol (UDP/IP) Networking
Ammunition selection processing and management
Development of automated test tools for special weapon systems
Embedded training
Prognostics and diagnostics
Central Technical Support Facility (CTSF)
Real time mission processing

OUR COMBAT SYSTEMS ENGINEERING SUPPORT

UTRS is poised to bring its expertise in the field of Combat Systems Engineering Support and Fire Control Support to other agencies and weapon platforms within the DoD. We are participating in current efforts to modify the howitzer that could potentially double its artillery range. This type of technological advancement can be applied to many weapon systems, from rail guns on naval ships to unmanned aerial systems (UAS) to increase their range, accuracy and speed, resulting in unprecedented combat advantages.

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