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Kratos OpenSpace - Revolutionizing Flight Termination Systems with Modular Components & Test Sets

Comprehensive Modular Components & Test Sets

Kratos OpenSpace offers a comprehensive suite of Flight Termination System modular components and test sets designed to revolutionize the way flight termination systems are developed, tested, and deployed. These modular components can be used individually for system verification, testing, troubleshooting, and low-power flight termination requirements or combined to create complete turnkey flight termination systems.

Command Encoder/Exciter

The Command Encoder/Exciter (CEE) from Kratos OpenSpace is a rack-mount unit that serves as an ideal tool for testing and verifying Flight Termination Receivers (FTR) and/or Tone Receiver/Decoders. With its advanced functionalities, the CEE ensures smooth operations and accurate data readings for critical flight termination systems.

Tone Receiver/Decoder

The Tone Receiver/Decoder offered by Kratos OpenSpace is a versatile rack-mount receiver capable of detecting any of the 20 IRIG standard tones transmitted individually or in combinations as command tones. Whether it's for monitoring, arming, destructing, or other purposes, this receiver is a crucial component in ensuring the effectiveness and precision of flight termination systems.

Command Encoder/Exciter – 5 Watt

Specifically designed for use with Unmanned Aerial Vehicles (UAVs), missile systems, and aerial target drones, the 5W Command Encoder/Exciter from Kratos OpenSpace is a high-performance unit in operation worldwide. Its robust design and 5-watt power output make it an essential component for meeting mission requirements and ensuring the success of various critical operations.

Portable Flight Termination Test Set

The FTTS-P-8 portable Flight Termination Test Set is a cutting-edge solution for flight-line checkout of flight termination receivers and command receiver/decoders. This portable unit allows projects to validate systems right before flight, meeting range safety requirements and ensuring operational readiness for crucial missions. By using the FTTS-P-8, organizations can enhance safety and efficiency in flight termination operations.


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Kratos OpenSpace: Revolutionizing Air Simulation Training Systems

Advanced Air Simulation Systems

Kratos OpenSpace offers cutting-edge air simulation systems tailored to meet specific client training needs. These systems encompass maintenance, collective, and aircrew training, serving a wide range of scenarios including air-to-air and air-to-ground missions, as well as maintenance, operational, and combat mission training. The advanced technologies integrated into these systems provide a comprehensive training experience for air personnel across various skill sets.

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Enhancing Communications Testing with Kratos OpenSpace RF Channel Simulator

Realistic Simulation Capabilities

The Kratos OpenSpace RF Channel Simulator provides users with the ability to realistically simulate wideband and dynamic environments, offering advanced capabilities that are crucial for testing critical communications systems under challenging conditions. With this platform, users can enable wideband simulations, simulate multiple, combined, and simultaneous signal distortions, and emulate the real-world physics of fast-changing scenarios with industry-leading fidelity.

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Revolutionizing Connectivity with Kratos OpenSpace Direction Finding Spinning and Bifilar Helical Antennas

Unleashing Cutting-Edge Technology in Antenna Systems

Kratos OpenSpace introduces a range of specialized antennas, including the innovative Direction Finding (DF) spinning antenna system and the high-performance Bifilar Helical antenna. These antennas are designed to revolutionize connectivity in mobile, marine, and airborne applications. The DF spinning antenna is tailored for rapidly and accurately measuring the direction of incoming signals, providing critical information for various communication and tracking purposes. On the other hand, the Bifilar Helical antenna boasts exceptional durability, enabling it to withstand winds of up to 115 mph while delivering reliable satellite communications. With their compact and lightweight design, these antennas offer a versatile solution for a wide array of use cases.

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Kratos OpenSpace: Revolutionizing Turbine Technology for UAVs and Cruise Missiles

Kratos Turbine Technology Division (KTT)

Kratos' Turbine Technology division (KTT) is dedicated to designing and manufacturing cutting-edge jet engines for cruise missiles and Unmanned Aerial Vehicles (UAVs). With over two decades of experience, Kratos has been at the forefront of providing innovative propulsion solutions. The company's Florida Turbine Technologies (FTT) subsidiary has been instrumental in offering engineering services, testing services, and material solutions for both military and commercial engines, as well as space propulsion and industrial power generating applications. Leveraging cross-industry capabilities, Kratos delivers cost-effective, groundbreaking solutions to its customers.

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Kratos OpenSpace Radar Antennas: Powering Innovation in Radar Technologies

Superior Performance in Radar Antennas

Kratos OpenSpace radar antennas are the cornerstone of commercial and military radar systems, offering unmatched performance across various applications and environments. From critical air traffic control systems to advanced weather radar solutions and precision direction-finding antennas, Kratos provides a diverse range of radar antennas designed with proven field-tested technologies that comply with stringent FCC, ITU, and MilSpec standards. Each of Kratos' fixed and mobile radar units reflects a legacy of excellence in design and deployment, showcasing exceptional electrical performance, robust wind survivability, and unmatched long-term durability.

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