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Archive for the ‘Contracts’ Category

Hillsborough County Florida Sheriff’s Office (HCSO) Purchases B&T USA APC9 PRO Platforms

Friday, August 19th, 2022

Tampa, FL (August 22, 2022) – B&T USA is honored to announce the State of Florida’s Hillsborough County Sheriff’s Office (HCSO) has purchased B&T APC9 PRO platforms equipped with Glock lower receivers, folding stocks, Aimpoint Micro T1 sighting systems, 22mm B&T quick-detach mounts and Vertx Ready Pack 2.0 carriage systems. These compact packages are destined for use within the department’s School Resource Officer program, Detective Bureau, and other specialized units within the Sheriff’s Office.

“HCSO has well-earned reputation for professionalism and top-tier service to its substantial population” stated Irving Luce, President, B&T USA. “B&T could not be more honored to provide the hardworking Deputies of the Hillsborough County Sheriff’s Office with our specialized equipment to help them with their challenging assignments as they effectively serve their communities.”

“Many of our specially selected Deputies have been employing B&T USA APC9 models for several years now, and the feedback I have received from them is they couldn’t be more satisfied with the performance of these modern, compact and versatile 9mm platforms” stated Sheriff Chad Chronister, Hillsborough County Sheriff’s Office. “Given the complex nature of some of the more specialized calls for service we have been responding to, expanding the issuance of this high-performance platform provides Deputies with a necessary tool to ensure the security of those we have been entrusted to protect.”

The APC9 PRO is a lightweight, compact, versatile platform utilizing a hydraulic buffer system to drastically reduce felt recoil and muzzle rise and is the workhorse of the APC PRO line. The platform offers functional features to include dual auto-folding, non-reciprocating and ambidextrous charging handles, ergonomic lower feature sets that include a side positioned bolt hold open/release and a replaceable M4 compatible grip.

www.bt-usa.com

Schiebel Camcopter S-100 Delivers UAS Capability As Part Of Bristow’s New Search And Rescue Contract With UK’s Maritime And Coastguard Agency

Thursday, August 18th, 2022

Vienna, 12 August 2022 – Bristow, the global leader in vertical flight, has been awarded a 10-year contract by the UK Maritime Coastguard Agency (MCA) to deliver the Second-Generation Search and Rescue (UKSAR2G) programme. The contract includes the operational deployment of Schiebel’s CAMCOPTER® S-100 Unmanned Air System (UAS).

The new contract expands and builds on the existing capabilities Bristow has delivered to the MCA since 2015, most notably the life-saving search and rescue helicopter service (SAR) for HM Coastguard.

In January 2019, Bristow received the delivery of its first Schiebel CAMCOPTER® S-100 system, consisting of two aircraft, a Ground Control Station and engineering and logistic support as a Proof of Concept capability. Its aim was to prove the utility of combining unmanned with manned aviation in the SAR role to ensure greater efficiency and effectiveness. In 2022, Bristow took delivery of a second system, stationed on the south coast of England supporting the MCA and HM Coastguard operations in the English Channel. Recently, Bristow trained additional pilots and engineers to maintain its fleet of S-100 in the UK.

The CAMCOPTER® S-100 Vertical Takeoff and Landing (VTOL) UAS needs no prepared area or supporting launch or recovery equipment. It operates day and night, under adverse weather conditions with a range of payloads, out to 200 km, both on land and at sea.

Hans Georg Schiebel, Chairman of the Schiebel Group, said: “We are immensely proud that the S-100 is the UAS of choice to support SAR activities in the UK. The unrivalled maritime experience of the S-100 and the countless operations all over the world make the Schiebel UAS ideally suited for the UKSAR2G programme.”

Tulmar Receives Contract Extension

Thursday, August 18th, 2022

Tulmar Safety Systems is pleased to announce the extension of their Repair & Overhaul contract with the Canadian Department of National Defence for the Canadian Army’s Flotation Life Support Equipment.  Pictured are Canadian Army Patrol Pathfinders equipped with Life Preserver – Underarm systems manufactured and maintained by Tulmar.  Since its founding in 1992, Tulmar has become a leader in the field of tactical flotation systems.  For more information on their capabilities and product suite, please contact military@tulmar.com

Ground Soldier Technology Workflow, Integration, and eXperience (GS-TWIX)

Monday, August 15th, 2022

The Army Contracting Command – Aberdeen Proving Ground (ACC-APG), Natick Contracting Division, on behalf of US Army Combat Capabilities Development Command – Soldier Center (DEVCOM-SC), anticipates awarding a Cost-Plus-Fixed-Fee (CPFF) contract for the Ground Soldier Technology Workflow, Integration, and eXperience (GS-TWIX) effort.

The Ground Soldier Technology Workflow, Integration, and eXperience (GS-TWIX) effort develops ground Soldier-centric information technology across the operational spectrum of hardware, software, network, and data as well as integrates same to optimize the ground Soldier’s ability to shoot, move and communicate according to the Army Modernization Priorities. GS-TWIX will impact multiple DEVCOM Soldier Center efforts and collaborations including Sensored Soldier, Nett Warrior, Integrated Visual Augmentation System (IVAS), Soldier Integration Facility (SIF), Joint Program Executive Office (JPEO) Chemical Biological Radiological and Nuclear Defense (CBRND), OUSD Research and Engineering (R&E) 5G Tactical Applications for Small Units in Distributed Operations (5GTA-SUDO). These are detailed below:

Sensored Soldier

The goal of Sensored Soldier is to enhanced Multi Domain Operations (MDO) through mission information integration. This task has three sub-tasks that shall provide an interconnected tool suite of actionable decision tools by the end of FY25. First, the Leader Planning & Decision Tools sub-task shall guide Small Unit leaders in the maneuver planning for optimal Soldier physiological, equipment electrical power, network health, and protection using remote sensing drones. Second, the Soldier Equipment Sensing and Integration sub-task Shall provide Soldier Sub-system operational usage status to Small Unit leaders and provide equipment status sensing across the Squad workflow. Lastly, the Remote Sensing and Integration sub-task shall provide hardware, software, network, and data components that provide a Small Unit with a standoff capability to sense threats, maneuver, and communicate same to Small Unit leaders This sub-task shall 1) integrate remote sensing systems and sub-systems, 2) optimize user experience of remote squad sensing components, 3) optimize remote sensing MDO across the Small Unit workflow. Sensored Soldier tasks will transition to Nett Warrior, IVAS, or other Ground Soldier Systems Program of Record (PoR). Contractor shall provide DEVCOM – SC COR a technical report on Sensored Soldier activities in accordance with CDRL A002 after a technology assessment/demonstration. Contractor shall also provide DEVCOM – SC COR an annual final report on Sensored Soldier activities in accordance with CDRL A005 on an annual basis.

Nett Warrior and Ground Soldier System

The contractor shall provide comprehensive and wide-ranging support to the PdM GSS for evolving, maturing, and maintaining NW V3.X system in the areas of software engineering, system engineering, cybersecurity, system architecture, and integration.

The Contractor, in conjunction with the PdM GSS NW SETA contractor, shall ensure the work has a migration path to the NW program record and/or NW Future Initiatives, if the capability needs time to mature. If the Contractor and PdM GSS NW SETA contractor have divergent views on how to ensure a successful transition to the NW program of record of these requirements or how work is divided between both parties, then the Contractor shall promptly notify PdM GSS (GSS Tech Director / NW Chief Engineer) so any required Government clarification / direction can be provided to both parties. The Contractor shall develop solutions that allows application developers to store and distribute information in their own data format. However, the contractor shall leverage server services already provided by the larger TAK ecosystem rather than developing their own server system. Contractor shall provide DEVCOM – SC COR a technical report on Nett Warrior and Ground Soldier System activities in accordance with CDRL A002 after a technology assessment/demonstration. Contractor shall also provide DEVCOM – SC COR an annual final report on Nett Warrior and Ground Soldier System activities in accordance with CDRL A005 on an annual basis.

Ground Soldier Systems Integration

The contractor shall provide technical services for CCDC SC, IVAS, and other government agencies in areas of advanced concepts for information portrayal, sub-system integration, and data analytics: Similar to the IVAS-Soldier Integration Facility (SIF), CCDC SC Mission Information Team requires the development of information portrayal system that interacts with project objectives, project tasks, and both lab and field experimentation operations that includes Nett Warrior-based Soldier worn sensors, ATAK-platoon based sensors, and NW & ATAK web based sensors. Contractor shall provide DEVCOM – SC COR a technical report on Ground Soldier Systems Integration activities in accordance with CDRL A002 after a technology assessment/demonstration. Contractor shall also provide DEVCOM – SC COR an annual final report on Ground Soldier Systems Integration activities in accordance with CDRL A005 on an annual basis.

CBRND Integration with Ground Soldier Systems:

The Joint Program Executive Office for Chemical, Biological, Radiological, and Nuclear Defense (JPEO-CBRND) seeks to design, prototype, test, and document promising wearable capabilities integrated into a single system. The wearables system includes the following components: assistive automation capabilities; wearable, subcutaneous, and implantable devices; cyber secure and scalable wired and wireless architectures; and visualization and decision support tools. The contractor shall provide sub-systems that advance the human integration and current technology for lightweight, integrated wearable systems; Soldier integrated displays and body-worn systems that enhance the Soldier survivability, and situational awareness on the battlefield. Special interest areas include unique human systems integration of data and power systems, miniaturization, increased durability and reliability, and components having low power as well as new power solutions that meet Soldier-portable system requirements for survivability and situational understanding. Specific examples of body- worn system capabilities include: data devices, integrated electronic modules, inter- connections in fabrics, wearable battery technologies, combat identification, tactical engagement simulation capability, system voice control, State-of-the-Art unique interfaces, haptics, neuro-physiological, and physiological/medical sensors and data management, Soldier integration of individual/team weapon system sensors and controls. Contractor shall provide DEVCOM – SC COR a technical report on CBRND Integration with Ground Soldier System activities in accordance with CDRL A002 after a technology assessment/demonstration. Contractor shall also provide DEVCOM – SC COR an annual final report on CBRND Integration with Ground Soldier Systems in accordance with CDRL A005 on an annual basis.

5G Tactical Applications for Small Units in Distributed Operations (5GTA- SUDO)

The goal of 5GTA-SUDO is to demonstrate the operational impact of a 5G bandwidth improvement to the Integrated Tactical Network (ITN). This task shall develop and demonstrate in an operationally relevant environment, at the Battalion & Company echelon level, multiple ground Soldier tactical applications. Tactical applications shall include 96 hour out load, sensitive site exploitation, sensor to shooter Full Motion Video (FMV) applications, edge device management, ITN multi-network/Primary, Alternative, Contingency, and Emergency (PACE)) router, image product distribution, robotic systems integration and other 5G-based applications. All applications shall be integrated with the software code base and hardware system for either Nett Warrior or IVAS. Contractor shall provide DEVCOM – SC COR a technical report on CBRND Integration with 5GTA-SUDO activities in accordance with CDRL A002 after a technology assessment/demonstration. Contractor shall also provide DEVCOM – SC COR an annual final report on 5GTA-SUDO in accordance with CDRL A005 on an annual basis.

GS-TWIX specifically seeks to design, develop, and analyze solutions associated with small unit ground Soldier systems and devices as they impact Soldier sub-systems integration, Soldier workflow, and Soldier experience. Historically, Small Unit systems were electronic in nature. Currently, Small Unit systems span the mechanical, electrical, software, network, and data engineering spectrum. Furthermore, the operational space for these solutions is also diverse covering warfighter functions spanning lethality, maneuver, communications, logistics, and protection.

The GS-TWIX effort in FY22 to FY26 will focus on equipment, systems, software, network, and data flow throughout the Soldier workflow as it relates to ground Soldier systems to address optimization in warfighter functions such as lethality, maneuver, communications, logistics, and protection.

The contract will consist of a one year base period and three (3) one year options. This acquisition is a 100% Small Business Set-Aside.

Proposals are due August 21, 2022 by 5:00PM EST (sic).

See the full details here.

Zenith AeroTech Delivers Two Tethered Aerial Vehicles to Federal Law Enforcement Agency

Friday, August 12th, 2022

Quad 8 long-endurance unmanned platforms to provide video, communications, and illumination for enhanced emergency response capability

AFTON, Va.–Zenith AeroTech, a leader in heavy-lift tethered aerial vehicles (TAVs), announced today that the company has completed delivery of two Quad 8 TAVs to a Federal law enforcement agency for use as a command overwatch solution during emergency response missions.

Each Quad 8 was designed to meet the customer’s need for a long-endurance aerial platform that could carry electro-optical/infrared video (EO/IR) video cameras, a communications relay system, and overhead, high-intensity light panels—all at the same time.

“The client wanted an overwatch capability to help secure their area of operations during emergency response efforts,” said Kutlay Kaya, chairman of Zenith AeroTech. “And unlike regular, untethered drones, our TAVs can stay in the air for days at time while carrying a variety of payloads.”

The Quad 8 can lift up to 20 pounds of customer-defined payloads. That’s more than enough capacity to carry a long-range EO/IR camera, a communications relay, and two 17,000-lumen, weather-resistant LED panels.

“These high-powered lights are ground-controlled for intensity and on/off functions,” said Doganc Kucuk, lead designer for Zenith AeroTech. “And when they are activated, it becomes like daytime on the ground.”

Hovering at altitudes of 200 to 400 feet, the Quad 8 TAV draws its power from the Ground Power Unit (GPU), which converts AC voltage into high-voltage DC power for the TAV and its payloads. The GPU also runs an automated management system designed to operate even under inclement weather conditions.

“This smart tether system allows the operator to focus completely on the mission, which at the end of the day, is the most important thing,” Kaya said.

Zenith AeroTech has been engaged recently with universities, military organizations, and large communications providers. Company officials estimate the market for these systems will see rapid growth as more end-user applications are developed and successfully fielded.

zenithaerotech.com

Milrem Robotics Delivers the First THeMIS Unmanned Ground Vehicle to the Spanish Army

Thursday, August 11th, 2022

The European leading robotics and autonomous systems developer Milrem Robotics has delivered the first THeMIS Unmanned Ground Vehicle to the Spanish Ministry of Defence.

The Ministry, through the Directorate of Armament and Material, awarded the contract for one THeMIS UGV to A.Paukner, S.A., Milrem Robotics’ representative in Spain.

The THeMIS was acquired in the framework of the Scorpion program that was launched in early 2021 to evaluate the capabilities of existing unmanned ground vehicles. During the first phase of the program a list of missions will be defined that can benefit from the usage of unmanned ground systems.

“The THeMIS has already proven itself to 12 countries, seven of which are members of NATO, as a capable, robust and versatile system. We are glad that Spain has joined as the 13th user of THEMIS and chosen Milrem Robotics as a partner to build their robotic and autonomous systems capabilities,” said Kuldar Väärsi, CEO of Milrem Robotics.

“A.Paukner, S.A is proud to become the first supplier of a UGV platform to the Spanish MoD within the framework of the ambitious “Escorpion program” devoted to testing and evaluating these unmanned ground systems,” said G. Ingo Paukner, CEO of A.Paukner, S.A.

“The THeMIS UGV is a very powerful, flexible, and easy to deploy multirole platform (also quickly configurable for disaster relief and firefighting missions, if needed) to be incorporated with leading edge Spanish Industry solutions. The combination of technologies provides a solid product and new capabilities to the Spanish Army which could potentially also generate joint business opportunities with other allied Armed Forces. The support and commitment of Milrem Robotics for this project have been outstanding. We are grateful for this support as well for the MoD’s trust in our company and its unmanned systems portfolio,” G. Ingo Paukner added.

“THeMIS provides a robust robotic platform ready to be equipped with several payloads in order to boost experimentation and other R&D activities with a reliable and well-known solution,” said a representative of the Spanish MoD’s program.

The THeMIS UGV is a multi-mission capable system intended to support dismounted troops that can serve as a mule for transporting a squad’s gear or be rapidly converted into a weaponized remotely operated unit to offer force protection.

It is the first system in its size class deployed to a conflict area during the anti-insurgency operation Barkhane in Mali. During the deployment, the THeMIS traversed 1200 km in one of the world’s harshest terrains of lava rock soil and climates climbing to 50 degrees Celsius in the shade. The UGV was operational for over 330 hours.

Milrem Robotics is the leading European robotics and autonomous systems developer and system integrator. The company is known for its THeMIS and Multiscope Unmanned Ground Vehicles and the Type-X Robotic Combat Vehicle. The THeMIS supports dismounted troops while the Multiscope is intended for civilian use such as forestry and firefighting.  The Type-X Robotic Combat Vehicle is a wingman for mechanized units.

Milrem Robotics is the leader of a consortium awarded 30.6M (EUR) from the European Commission’s European Defence Industrial Development Program (EDIDP) to develop a European standardized unmanned ground system (UGS). During the project, titled iMUGS, modular and scalable architecture for hybrid manned-unmanned systems will be developed to standardize a European wide ecosystem.

Army’s New Next Generation Squad Weapon Program to Launch ARC’s Weapons Intelligence Platform

Wednesday, August 10th, 2022

ARC’s embedded IoT sensors to provide unprecedented mission-critical data to ground leadership

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WASHINGTON–Armaments Research Company, Inc. (ARC), a technology and data company serving national security and public safety customers, announced today their Internet-of-Things (IoT) full-stack technology will be introduced in the Next Generation Squad Weapon (NGSW) program of record, in partnership with Sig Sauer. For the first time in 65 years, the U.S. Army’s initiative will replace its individual rifles, squad machine guns, fire control system, and ammunition, helping to modernize and better equip the warfighters of tomorrow.

ARC’s technology platform will provide data on individual weapons at scale. The resulting insights will enable units to regularly assess weapons’ health, reduce failure rates, extend the lifetime of a weapon and optimize maintenance plans, enhancing performance and reducing costs. The data can also improve a unit’s understanding of its readiness, which measures the unit’s fundamental ability to deploy quickly.

“Our team is thrilled to partner with Sig Sauer to deliver this groundbreaking platform and refresh the Army’s weapons for the first time in several decades,” said ARC CEO Michael Canty. “The Army NGSW program office is pushing the boundaries in seeking a modern, data-driven approach to weapons readiness and we are honored to contribute. With tens of thousands of new weapons as data sources in the field, we can optimize equipment safety and reliability, ultimately harnessing this data to save lives.”

The first production delivery of NGSW weapons will include ARC’s round count and inventory management system, gathering weapons usage data on the units over the next several years. The NGSW program’s intention to revolutionize the Army’s tactical weapons comes in response to findings that current weapons systems threaten conflict overmatch. More than 1,000 soldiers provided hands-on feedback during weapon testing and selection.

ARC’s weapons intelligence platform works with tactical tools and frontline AI to ensure mission readiness and improve small-unit performance. The platform enables the U.S. Army to capture mission-critical data from individual- and tactical-level weapons at scale, helping leaders at all levels make informed decisions during and after training to improve readiness, performance and operational efficiency.

ARC technical solutions and case studies are available for individual demonstration. Interested parties are invited to visit armaments.us and contact info@armaments.us for more information.

Major Order from NATO Customer: Rheinmetall Supplying 155mm Artillery Ammunition in the Upper-Two-Digit Million-Euro Range

Friday, August 5th, 2022

Rheinmetall has proven once again its compelling expertise in the world of indirect fire systems: a NATO customer has just placed an order with the Group’s South African subsidiary Rheinmetall Denel Munition to supply 155mm ammunition from its tried-and-tested Assegai product line. Awarded in July, the contract is worth a figure in the upper-two-digit million-euro range. Delivery will take place over the next two years.

The new order encompasses the complete 155mm Assegai ammunition system, including fuses, different projectile types such as high-explosive service rounds, and Assegai artillery propelling charges. The Assegai family of artillery ammunition can be fired from any NATO STANAG-compatible artillery system, including the PzH 2000 self-propelled howitzer.

“We’re known worldwide for our long-range Assegai indirect fire technology and are pleased to be able to welcome a new partner nation to the Assegai family”, says Jan-Patrick Helmsen, managing director of Rheinmetall Denel Munition.

“As a systems maker, we work constantly to improve our cutting-edge technologies so that we can provide our customers’ soldiers with the best-possible, most reliable solution.”

Back in 2019, Rheinmetall succeeded in setting a new maximum range record in South Africa with the Assegai family and other Group products like the new Topcharge. Thanks to the Assegai system approach – from fuse to projectile to propelling charges – long ranges were attained with various artillery systems. A non-NATO 155mm artillery gun with 52 calibre lengths and a 25-litre propelling charge chamber achieved a record range of 76 kilometres.

Rheinmetall Denel Munition is already working on other future artillery technologies. For example, the rocket motor in conventional 155mm Assegai projectiles is being improved. In addition to this, a new development is on the way that will boost the maximum range to over 155 kilometres.