“A Virginia-class attack submarine is readied for its christening ceremony at the General Dynamics Electri Boat shipyard in Groton, Connecticut. Credit: General Dynamics
The Navy will christen one of its newest Virginia-class fast-attack submarines, the future USS Iowa (SSN 797), during a 10 a.m. EDT ceremony Saturday, June 17, 2023, General Dynamics Electric Boat in Groton, Connecticut.
The principal speaker will be the Honorable Erik Raven, Under Secretary of the Navy. Remarks will also be provided by the Honorable Senator Richard Blumenthal; Vice Adm. Frank Morley, principal military Deputy Assistant Secretary of the Navy (Research, Development and Acquisition); Mr. Kevin Graney, president of Electric Boat; Mr. Bryan Caccavale, vice president, Huntington Ingalls Newport News Shipbuilding; U.S. Representative, Iowa’s 3rd District, Zach Nunn; and U.S. Representative, Connecticut’s 2nd District, Joe Courtney.
In a time-honored Navy tradition, the submarine’s sponsor, Mrs. Christie Vilsack, will christen the boat by breaking a bottle of sparkling wine across the bow. Vilsack, an Iowa native, most recently served as the education advisor to the chancellor of Colorado State University. She also served as the senior advisor for International Education at USAID during the Obama Administration. As Iowa’s First Lady, she led a focus on education and advocacy for Iowa’s public libraries. She and her husband Mr. Tom Vilsack, the Secretary of Agriculture, live in rural Iowa.
The future USS Iowa (SSN 797) is the fourth U.S. Navy vessel and first submarine named in recognition of the state. Previous ships named after the state were battleships, as well as, a converted merchant ship that was never activated.
Virginia-class submarines are built to operate in the world’s littoral and deep waters while conducting anti-submarine warfare; anti-surface ship warfare; strike warfare; special operations forces support; intelligence, surveillance, and reconnaissance; irregular warfare; and mine warfare missions. Their inherent stealth, endurance, mobility, and firepower directly enable them to support five of the six maritime strategy core capabilities – sea control, power projection, forward presence, maritime security and deterrence. These capabilities allow the submarine force to contribute to regional stability and preservation of future peace while operating everywhere international law allows, so everyone else can too.
Company will train over 100,000 U.S. and allied sailors globally
FALLS CHURCH, Va.– General Dynamics Information Technology (GDIT), a business unit of General Dynamics (NYSE:GD), announced today that it was awarded a $383 million training support services contract by the Naval Surface Warfare Center Dahlgren Division in Virginia. The contract, awarded on behalf of Surface Combat Systems Training Command (SCSTC), has a one-year base period and four option years.
SCSTC provides the Navy and its allies with highly trained warfighters to maintain, operate, and tactically employ surface combat systems across the spectrum of operations. Over the life of the contract, GDIT will train more than 100,000 U.S. and allied sailors in classroom and simulation settings ashore and aboard Navy warships around the globe. Specifically, the company will provide instructor support, curriculum development, training aids and program management services.
“For over 30 years, we have supported a wide range of Navy training activities,” said Brian Sheridan, GDIT’s senior vice president for Defense. “We are looking forward to continuing to provide the Navy with modern training services to strengthen its overall fleet operations and warfighting readiness.”
The contract expands the company’s training support services portfolio across the Department of Defense. In April, GDIT was awarded a $1.7 billion Flight School Training Support Services contract to support the U.S. Army. The company’s experience with delivering modern training environments spans live, virtual and constructive solutions and multi-domain operations training.
USS PORTER RETURNS FROM DEPLOYMENT
NORFOLK, Va. – The Arleigh Burke-class guided-missile destroyer USS Porter (DDG 78) returns to Naval Station Norfolk following a four-month deployment, June 16, 2023. Porter deployed to the U.S. Naval Forces Europe-Africa (NAVEUR-NAVAF) area of operations. (U.S. Navy photo by Mass Communication Specialist 2nd Class Anderson W. Branch)
16 June 2023
NORFOLK, Va. — The Arleigh Burke-class guided-missile destroyer USS Porter (DDG 78) returned to its homeport of Naval Station Norfolk, June 16, 2023, following a four-month deployment to the U.S. Naval Forces Europe-Africa (NAVEUR-NAVAF) area of operations.
Porter spent two months of its patrol in the Baltic Sea, participating in passing exercises and joint operations with NATO-Allied and partner navies from Lithuania, Poland, Germany, Sweden, the United Kingdom, and Estonia.
“Over the last four months, Porter lived up to its nickname of ‘Freedom’s Champion’,” said Cmdr. Joe Hamilton, Porter’s commanding officer. “The crew was outstanding in every warfare area and truly set the standard. From presence operations in the Baltic Sea, to port visits in allied nations, to large-scale exercises with our Allied and partner nations, Porter demonstrated we’re ready to execute any mission, any time.”
Following its time in the Baltic Sea, Porter steamed to the North Atlantic Ocean to participate in exercise Formidable Shield 2023, a biennial integrated air and missile defense (IAMD) exercise, which included more than 20 ships and 35 aircraft; eight ground units consisting of radars, National Advanced Surface-to-Air Missile System (NASAMS), and High Mobility Artillery Rocket System (HIMARS); and nearly 4,000 personnel from across the Alliance.
During Formidable Shield 2023, Porter conducted two live-fire missile events from the UK Ministry of Defence’s Hebrides Range, successfully firing three Standard Missile-2 (SM-2) interceptor missiles and destroying all targets.
“The amount of preparation poured into an exercise like this is incredible, and the Porter crew performed superbly from laying the groundwork to executing missiles on target,” Hamilton said about Formidable Shield. “The opportunity to conduct live-fire missile exercises like this isn’t one we get every day, and we made the most of the opportunity.”
Throughout the deployment, the crew conducted scheduled port visits to Rostock, Germany; Funchal, Portugal; Klaipeda, Lithuania; Tallinn, Estonia; Kalundborg, Denmark; Gdynia, Poland; Kiel, Germany; Rota, Spain; and Faslane, Scotland. During these port visits, Porter Sailors were able to experience local cultures and forge bonds with their hosts. Porter also hosted a number of distinguished visitors during its time in ports, including President of Estonia Alar Karis; U.S. Consul General Jason Chue, U.S. Consulate General in Hamburg, Germany; German Navy Rear Adm. Jürgen zur Mühlen, Commander, German Maritime Forces Staff, Director of Operations, and Deputy Fleet Commander, German Navy Headquarters; and U.S. Ambassador to Estonia George P. Kent.
“We’re always grateful for an opportunity to strengthen our relationship with NATO-Allied and partner nations,” said Hamilton. “Visits like these give the crew the opportunity to experience cultures, customs, and traditions that they may not have been able to otherwise.”
After arriving at Naval Station Norfolk, the crew was greeted by Rear Adm. Sean Bailey, commander of Carrier Strike Group 8 and Capt. Edward Pledger, deputy commander of Destroyer Squadron 22. Pledger presented a plaque recognizing Porter as the 2022 Destroyer Squadron 22 Battle Effectiveness award winner. The Battle “E” is presented to units whose crews consistently exhibit excellence in wartime capabilities and optimal mission readiness. Porter’s Battle ‘E’ is a result of a clean sweep of all CEAs for maritime warfare (Black ‘E’), engineering/survivability (Red ‘E’), command and control (Green ‘E’), safety (Yellow ‘E’), and health and wellness (Green ‘H’).
Porter’s deployment to the NAVEUR-NAVAF area of operations came months after a homeport shift from Naval Station Rota, Spain to Naval Station Norfolk in October 2022. Porter spent seven years in Spain as part of the Forward Deployed Naval Forces-Europe force, conducting eleven patrols in that time period. The patrols took Porter throughout the U.S. Sixth Fleet area of operations, including the Baltic, North, Norwegian, and Mediterranean Seas, as well as the Eastern Atlantic Ocean.
U.S. 2nd Fleet, reestablished in 2018 in response to the changing global security environment, develops and employs maritime forces ready to fight across multiple domains in the Atlantic and Arctic in order to ensure access, deter aggression and defend U.S., allied, and partner interests.
KIEL, Germany – Nineteen NATO Allies and one NATO partner nation, Sweden, concluded the 52nd iteration of exercise Baltic Operations 2023 (BALTOPS 23) in Kiel, Germany, June 16, 2023.
During their time in port, participants will pause to reflect on the accomplishments and bonds forged throughout the 13-day Baltic regional exercise involving 50 ships, over 45 aircraft, and 6,000 personnel.
While addressing BALTOPS 23 participants and media in Kiel, Vice Adm. Thomas Ishee, Commander of Naval Striking and Support Forces NATO (STRIKFORNATO) and U.S. Sixth Fleet, spoke to the dynamic and critically important milestones achieved during BALTOPS 23.
“After two weeks of intense, combined operations across the Baltic region, we have grown as a team by operating as a team,” said Ishee. “BALTOPS 23 has lived up to its intent by validating our collective defense capability, proving that NATO’s maritime readiness is stronger than ever. Our strength is built on the mutual trust between Allies and Partners developed in operations, activities, and exercises such as BALTOPS 23. The seamless interoperability demonstrated over the last two weeks proves that NATO is ready to deter and defend, if necessary.”
Participating nations include Belgium, Canada, Denmark, Estonia, Finland, France, Germany, Italy, Latvia, Lithuania, the Netherlands, Norway, Poland, Portugal, Romania, Spain, Sweden, Türkiye, the United Kingdom, and the United States.
These nations, working alongside each other not only at-sea and across the Baltic Region but also at the STRIKFORNATO headquarters in Oeiras, Portugal, collaborated to deliver a realistic training scenario designed to test the flexibility, adaptability, and capabilities of the participating combined forces.
The milestones represented by BALTOPS 23 were significant. While Finland has routinely participated in previous iterations of BALTOPS, this year marked the first time Finland joined the exercise as a NATO Ally. Additionally, BALTOPS 23 incorporated new ways of working cooperatively with civilian merchant mariners to ensure NATO’s maritime cooperation adroitness with international stakeholders.
“Preserving freedom of navigation and protecting trade in the Baltic Sea remains central to the defense of Europe and to preserving our way of life,” said Ishee. “The opportunity to exercise the important role of the NATO Shipping Centre as our principal connection with maritime industry has yet again brought context and additional challenges for the preparation of our warfighters at sea in a complex and potentially contested environment.”
As the exercise culminated on June 14th, Germany celebrated the 175th anniversary of its Navy. An important ally within both BALTOPS and NATO, Germany significantly contributed to this year’s success. NATO’s Standing NATO Maritime Group One (SNMG-1), led by Rear Adm. Thorsten Marx, hosted German Chancellor Olaf Scholz aboard the German frigate Mecklenburg-Vorpommern (F218), highlighting the international scope of BALTOPS 23 and the complex NATO defensive capabilities it brings to all participating nations.
On land, international teams conducted explosive ordnance disposal training, sharing tactics and national capabilities in bomb-disposal and remote-controlled explosive defusing. Simultaneously, on shore, U.S., British, Romanian, Italian, Polish and Lithuanian forces conducted combined amphibious-landing operations across Latvia, Lithuania and Poland. Separately, land and sea-based mine countermeasure ships and teams honed their skills by conducting real world unexploded historical mine clearance from wars past, continuing to use BALTOPS 23 as both a training opportunity while also clearing real dangers from the Baltic Sea.
During the exercise at-sea, ships conducted tactical maneuvering drills, anti-submarine warfare training, gunnery and small caliber live fire events, mine countermeasures operations, and air defense exercises. Notable participants included the Swedish submarine HSwMS Uppland (Upd), the U.K.’s HMS Albion (L 14) landing platform dock (LPD), the Italian Navy ITS San Marco, and aircraft from other nations including, Poland, Portugal, Türkiye, and the United States.
One of this year’s major milestones was the incorporation and effective usage of Unmanned Surface and Underwater Vehicles (USV/UUV). Like previous iterations, UUV’s were deployed throughout the Baltic Sea to test and evaluate the latest advancements in mine hunting technology and sea-floor mapping. The deployment of UUV’s demonstrated their effectiveness at creating a comprehensive under-sea picture and enhance operational capabilities of NATO mine countermeasure teams. The USV, deployed for the first time in BALTOPS, also conducted joint personnel recovery exercises. Teams utilized the USV’s for patient transport between ships, as well as direct recovery and rescue operations at-sea.
While operating in one of the most dynamic waterways in the world, training in BALTOPS 23 incorporated additional areas of focus. Representatives from the U.S. Space Force and other national space agencies evaluated combatant-commanders’ decision-making skills when presented with unique space-domain obstacles. Simulating complications like solar flares and adversary space-domain actions, commanders were tasked with responding to jamming, space weather, and GPS accuracy.
Though still prioritizing the training inherent in BALTOPS 23, as well as the dynamic challenges of maritime navigation, the exercise recognized the importance of pastoral and spiritual support strategies. These strategies, augmented by a combined team of chaplains from multiple participating nations, were executed to strengthen participants’ decision-making abilities during crucial moments. The successful integration of chaplain support within the intricate maritime environment demonstrated the Alliance’s capacity to overcome obstacles and limitations, regardless of the warfighting domain it operates within.
Looking towards the future, preparations have already begun for next year’s exercise, which will take into account the valuable lessons gleaned from BALTOPS 23 and aim to expand upon its achievements in BALTOPS 24.
STRIKFORNATO, headquartered at Oeiras, Portugal, is a rapidly deployable and scalable headquarters, under the operational command of SACEUR, capable of planning and executing full spectrum joint maritime operations including maritime Ballistic Missile Defence, primarily through integration of U.S. and other nations’ carrier and amphibious forces into NATO operations to provide assurance, deterrence, and collective defence for the Alliance.
Headquartered in Naples, Italy, NAVEUR-NAVAF operates U.S. naval forces in the U.S. European Command (USEUCOM) and U.S. Africa Command (USAFRICOM) areas of responsibility. U.S. Sixth Fleet is permanently assigned to NAVEUR-NAVAF, and employs maritime forces through the full spectrum of joint and naval operations.
Naval Air Warfare Rapid Capabilities Office Approved in HASC Chairman’s NDAA Mark
*****
ARLINGTON, Va.— A rapid capabilities office for U.S. naval aviation is included in the chairman’s mark for the 2024 National Defense Authorization Act in order to speed up development and delivery of critical technologies and systems to naval aviation forces by using “alternative or rapid acquisition pathways for procurement.”
The Naval Air Warfare Rapid Capabilities Office, to be co-located with the Naval Air Systems Command headquarters at Naval Air Station Patuxent River, Maryland, would have the following missions, according to the draft legislation:
‘‘(1) to contribute to the development and testing of low-cost, rapid reaction targeting and weapon systems, electronic warfare and other non-kinetic capabilities, and integrated targeting solutions to fulfill naval and joint military operational requirements;
(2) to contribute to the rapid development, testing, and fielding of new unclassified and classified naval air warfare capabilities.
The office would be led by a designee of the secretary of the Navy and would report to the chief of naval operations. The office would be overseen by a board of directors to include the secretary of the Navy, the chief of naval operations, the commander, Naval Air Systems Command, and the commander, Naval Air Forces.
‘‘The Secretary of the Navy shall ensure that the head of the Office may use available alternative or rapid acquisition pathways for procurement,” the draft said. “The Joint Capabilities Integration and Development System process shall not apply to acquisitions by the Office.”
Northrop Grumman MQ-4C Flying Test Bed Demonstrates Targeting Capability During Northern Edge 2023
Triton integral in joint force exercise focused on data collection and dissemination ahead of initial operational capability this year
SAN DIEGO – June 15, 2023 – Northrop Grumman Corporation’s (NYSE: NOC) MQ-4C Triton flying test bed (FTB) recently completed a demonstration of persistent long-range targeting during this year’s Northern Edge 2023 military training exercise. Conducted around the Gulf of Alaska, this demonstration highlighted Triton’s potential to enhance joint, distributed maritime operations, and further support sea-control in contested environments. Triton is preparing for initial operational capability (IOC) later this year.
“Northern Edge strengthens the readiness and operational capabilities of joint forces so the ability to test and demonstrate critical long-range targeting capabilities with Triton helps ensure we’re ready to effectively operate and respond to contingencies in the Pacific or anywhere in the world,” said Capt. Josh Guerre, Persistent Maritime Unmanned Aircraft Systems program manager.
The Triton FTB exercise scenarios, executed during multiple flights over seven days, focused on tasking, collection, processing, exploitation and dissemination of information to help maintain a robust common operating picture. During the exercise, the Triton FTB tracked and monitored all maritime traffic within its broad visual field. Upon receipt of the data, ground operators at Joint Base Elmendorf-Richardson in Anchorage were able to process and disseminate the Gulf of Alaska maritime common operating picture to command and control units using Triton’s Minotaur mission interface.
“Northern Edge helps the joint force integrate platforms like Triton to outpace emerging threats,” said Jane Bishop, vice president and general manager, global surveillance, Northrop Grumman. “Testing and demonstrating Triton’s developing technologies, along with its unprecedented maritime multi-intelligence, surveillance, reconnaissance and targeting capability, helps ensure our warfighters can prevail in complex environments.”
The exercise showcased Triton’s developing technologies involving artificial intelligence, machine learning, edge processing and enhanced communications.
Triton’s participation in Northern Edge was executed in collaboration with the U.S. Navy’s Persistent Maritime Unmanned Aircraft Systems Program Office (PMA-262) as well as operational commands.
PUTLOS, Germany – As in previous years, U.S. Sixth Fleet is partnering with the U.S. Naval research enterprise to bring the latest advancements in emerging unmanned technologies to conduct mine countermeasures (MCM) operations. To forward these efforts, Sailors and Marines are experimenting and integrating with Unmanned Underwater Vehicles (UUVs), Unmanned Aerial Vehicles (UAVs), and Unmanned Surface Vehicles (USVs).
As an ideal setting for experimenting and testing new capabilities and technologies in a cooperative maritime environment, exercise Baltic Operations (BALTOPS) 23 showcases growing U.S. Sixth Fleet unmanned systems capabilities.
As in previous years, U.S. Sixth Fleet is partnering with the U.S. Naval research enterprise to bring the latest advancements in emerging unmanned technologies to conduct mine countermeasures (MCM) operations. To forward these efforts, Sailors and Marines are experimenting and integrating with Unmanned Underwater Vehicles (UUVs), Unmanned Aerial Vehicles (UAVs), and Unmanned Surface Vehicles (USVs).
“The BALTOPS exercise series is a great opportunity to experiment,” said Anthony Constable, an Office of Naval Research science advisor to U.S. Sixth Fleet. “BALTOPS is well-supported by Allies and partners, and because the exercise has such a strong history, it gives us ample opportunity to collect operator feedback on how they can best utilize the systems. Additionally, it allows us to showcase new technology to our NATO partners for future collaboration.”
Unmanned systems provide additional warfighting capability at sea and become a force multiplier to traditional manpower. Also, unmanned systems allow navies to take on greater operational risk by removing or distancing warfighters from high threat areas while maintaining a tactical and strategic advantage.
For this year’s BALTOPS, planners primarily focused experimentation on four capabilities:
In-Stride Detect to Engage Sequence. UUVs with automatic target recognition technology and advanced communications capabilities conducted real-time mission analysis and sent a sonar image of a potential underwater mine to Explosive Ordnance Disposal (EOD) technicians within minutes of traveling over the item. This capability significantly reduces MCM operational timelines from hours to minutes.
Launching UUVs using a USV. UUVs, which scan the ocean floor for potential mines, are currently delivered to contested areas by operators using rigid hull inflatable boats (RHIB) or other manned small vessels. Using USVs to deliver UUVs reduces the risk of fatalities or injury by ordnance and allows operators to stay safe while the UUV scans the area.
Very Shallow Water and Surf Zone Operations. Shallow water areas represent some of the most hazardous areas to operate for marines and sailors. In this scenario, members of the experimentation task unit facilitated an autonomous collaboration test using a UAV and USV to map an underwater area, allowing boats and personnel to approach a beach site safely.
Joint Personnel Recovery. The JPR scenario involves sending the USV out to a distressed pilot, recovering the personnel, and bringing them back to a safe location – all unmanned, and remotely controlled from a nearby vessel.
Joe Klein, the Joint Personnel Recovery Program Manager for BALTOPS 23, emphasized the unique aspects of implementing a USV in a JPR scenario.
“I thought this was a great opportunity,” Klein said, referencing the USV. “This is the first time that we’ve done (JPR) with a USV, and it’s a relatively simple scenario, but we’re interested in the communications aspect, like ‘How do you vector the USV into positions,’ and ‘how do we strap the recovery target into the vehicle, as an unmanned system?’ So we’re working through those dilemmas, while also testing it as a solution to some of our problems… You can assume more risk with a USV – it has a pretty low profile, it’s not easy to spot compared to our usual, larger recovery force… it adds resources to recovering in high-threat areas.”
U.S. Sixth Fleet (SIXTHFLT) and STRIKFORNATO-led BALTOPS 23 is the premier annual maritime-focused exercise uniting 19 NATO Allies and one NATO to provide complex training designed to strengthen the combined response capability critical to preserving the freedom of navigation and security in the Baltic Sea. U.S. European Command and U.S. Naval Forces Europe-Africa (NAVEUR-NAVAF) have promoted the traditional U.S.-led or bi-lateral exercises as opportunities for NATO to improve interoperability as a collective force, using NATO command and control systems as a foundation for the exercise design.
For over 80 years, NAVEUR-NAVAF forged strategic relationships with our Allies and Partners, leveraging a foundation of shared values to preserve security and stability.
Headquartered in Naples, Italy, NAVEUR-NAVAF operates U.S. naval forces in the U.S. European Command (USEUCOM) and U.S. Africa Command (USAFRICOM) areas of responsibility. SIXTHFLT is permanently assigned to NAVEUR-NAVAF and employs maritime forces through the full spectrum of joint and naval operations.
STRIKFORNATO, headquartered at Oeiras, Portugal, is a rapidly deployable and scalable headquarters, under the operational command of SACEUR, capable of planning and executing full spectrum joint maritime operations including maritime ballistic missile defense, primarily through integration of U.S. and other nation’s carrier and amphibious forces into NATO operations to provide assurance, deterrence, and collective defense for the Alliance.
Teledyne FLIR: Autonomous operations and lean crewing set to drive a greater reliance on thermal cameras in maritime sector
*****
UK, 15 June 2023, Teledyne FLIR is predicting an increase in the use of thermal and visual cameras in the maritime sector as the growth of autonomous vessels and leaner crewing gathers pace.
With technological advances, autonomous shipping is set to be one of the fastest growing areas of shipping in the years ahead and the industry will inevitably move to a greater reliance on sensors. However, crew minimisation creates new challenges, particularly in high traffic areas and port entrances where sensor data to shore is more important than ever. High cargo can also obstruct the view from the bridge of vessels, so adding cameras can help to fulfil the need for sight in those areas.
Teledyne FLIR has been selling cameras to the Unmanned Surface Vehicle (USV) market for both research and scientific purposes, as well as military for a number of years and Christer Ahlbäck, senior sales manager in Maritime Thermal for EMEAI shares his thoughts on what the landscape ahead looks like.
“Multispectral cameras are one of the most important sensors in the future of shipping. For autonomous vessels, data is crucial when combined with other systems. Sensors are already critical components in modern shipping but will become even more important. A radar will identify objects, but the camera will confirm what that object is, adding intelligence to target detection. To have eyes on board to visually see what is going on and what is out there, really takes navigation to the next level.
“Using sensors in autonomous vessels provides a level of situational awareness that would be impossible for human operators to achieve. Detecting potential obstacles, weather patterns, Slew to Cue radar targets and the ability to track objects, allowing the ship to make decisions based on real-time data. Integrating sensors ensures the information is as reliable as possible.”
Teledyne FLIR’s wide range of marine thermal cameras offer industry leading thermal imaging in total darkness, optical zoom, active gyro stabilisation and radar tracking. Some cameras are designed around a cryogenically cooled thermal sensor for amazing clarity and enable extended range of unparalleled target tracking.
“FLIR products integrated on autonomous vehicles offer heightened safety and efficiency, providing a level of awareness impossible for humans,” said Christer.
Cameras and sensors in the shipping industry are already on the increase as the use of autonomous vessels becomes more widespread and the minimisation of crews becomes a reality. This investment in equipment for shipping companies wanting to stay competitive will be vital.
The Department of the Navy (DoN) and the United States Special Operations Command Join Forces to Supercharge Early Threat Warning Systems
*****
Arlington, VA – Applied Signals Intelligence, CACI, DRS Advanced ISR, Resonant Sciences, and Roke USA have been awarded the Joint Threat Warning System (JTWS) Directional Finding/Omnidirectional Antenna project through the Strategic & Spectrum Missions Advanced Resilient Trusted Systems (S²MARTS) Other Transaction Authority (OTA) to develop a direction-finding antenna for Joint Threat Warning Systems.
A Joint Threat Warning System (JTWS) is an integrated system used by government and military organizations to monitor and analyze potential threats to national security. It is a type of early warning system designed to detect, collect, analyze, and report potential threats to our nation. These threats can range from terrorist activities to natural disasters.
Joint threat warning systems are essential for providing early warning and protection to military personnel and other organizations. This directional finding/omnidirectional antenna will provide a crucial capability to the JTWS, allowing it to detect and identify threats from electromagnetic signals. By modifying the latest antenna technology commercially available, these companies will produce improvements in the ability to collect, process, locate and exploit Signals of Interest (SOI) enhancing the mission performance of providing timely, relevant, and responsive threat avoidance information.
The JTWS Directional Finding/Omnidirectional Antenna project will ultimately provide early threat warnings to military personnel and can analyze the direction of arrival (DOA) of signals, providing lifesaving detailed information to those who need it most. By providing timely warnings and the directional of the potential threat, the JTWS Directional Finding/Omnidirectional Antenna project will help to alert the public and government officials to possible security risks and allow for appropriate actions to be taken to prevent or mitigate the threat. Additionally, the JTWS helps to coordinate responses between government and military organizations and facilitates the sharing of information between these organizations.
“These early threat warning systems are an invaluable tool for the protection of our nation, and as technological capabilities advance, we must upgrade these systems as well,” stated S²MARTS Deputy Director Tony Kestranek. “This helps to protect the safety and security of our nation, our citizens, and our infrastructure.”
The JTWS project has a total projected value of $9.3 million dollars and is anticipated to be released within a 17-month period.
Navy Awards Kratos $46.7M Contract for Submarine Ballistic Missile Reentry Systems
SAN DIEGO, June 05, 2023 (GLOBE NEWSWIRE) – Kratos Defense & Security Solutions, Inc. (NASDAQ: KTOS), a Technology Company in the Defense, National Security and Global Markets, has been awarded a contract by the Naval Surface Warfare Center Dahlgren Division (NSWCDD) for thermo-mechanical and aerothermal ground testing of thermal protection system materials in ballistic reentry and reentry-like environments in its Kratos SRE business unit in Birmingham, Alabama. The five-year contract includes options with a total value up to $46.7 million, with an initial award of $8.6 million under a cost-plus-fixed-fee contract.
The effort will test materials supporting technical efforts for the U.S. and the U.K. with direct oversight from the NSWCDD Reentry Systems Office. The support includes sample preparation, instrumentation, testing and gathering thermo-mechanical data on materials at extremely high temperatures and in high heat flux/shear environments. The contract enables Kratos SRE to conduct ground testing of thermal protection materials at external ground test facilities and produce flight hardware for the Navy. It requires the unique ability to test and collect data at maximum temperatures of 5,500 degrees Fahrenheit to properly test materials in reentry-like environments.
Michael Johns, Senior Vice President of Kratos SRE, said, “We are honored to support NSWCDD for this important program and are proud that we have been able to do so for decades. We bring a unique capability to this program and through the hard work of our expert team, we look forward to helping our nation as part of the larger Navy team.”
Dave Carter, President of Kratos’ Defense & Rocket Support Services Division, said, “Our division has a long and valued relationship with the Navy supporting research rocket and ballistic missile target programs. The addition of the NSWCDD RSO work by adding KSRE to our division team is exciting, and we look forward to continuing our role as a trusted provider for the Navy.”
Kratos SRE, formerly part of Southern Research and acquired by Kratos in May 2022, is an advanced concept group within Kratos’ Defense & Rocket Support Services (KDRSS) Division. SRE currently employs about 175 engineers, technicians and program support professionals conducting work in support of the space community, the Department of Defense and other national security customers.
