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Archive for the ‘Press Release’ Category

SIG SAUER ROSE Seminar Series Featuring Lena Miculek at Securite’ Gun Club in Washington State

Tuesday, June 18th, 2024

NEWINGTON, N.H., (June 18, 2024) – SIG Elite Store, Securite’ Gun Club in Woodinville, Washington will host the SIG SAUER ROSE Seminar Series featuring Team SIG professional shooter Lena Miculek this Saturday, June 22, 2024. 

The ROSE Seminar Series is an in-store experience tailored to women of all skill levels that encourages community and empowerment in your firearms journey featuring Team SIG Professional Shooter Lena Miculek.  The schedule for the ROSE by SIG SAUER in-store experience is as follows:

10:00am – 4:00pm: A try-before-you buy experience hosted by the SIG SAUER Training Team featuring SIG SAUER ROSE series pistols and a broad array of SIG SAUER pistols, rifles, optics, and ammunition available to try.  Additionally, SIG SAUER will host a ROSE pop-up store with exclusive ROSE branded items available for purchase.

11:00am & 2:00pm: Miculek will host two sold-out seminars at Securite’ Gun Clubcovering the how-to basics of incorporating red dot optics into your EDC routine with a product walk through of the newly released ROMEO-X COMPACT ROSE.  To join the seminar waitlist please contact the host location directly for details.

Miculek will be in-store throughout the day, and available to meet customers and sign autographs.  For specific store event information visit event information at Securite’ Gun Club located at 11910 Woodinville Drive, Woodinville, WA.

The next stop on the ROSE Series is Saturday, September 21, 2024 at Ally Outdoors in Midland, Texas.  Visit sigsauer.com for the full 2024 ROSE Seminar Series schedule.

Become a member of the ROSE Community on Facebook for continued information about the ROSE Seminar Series, get exclusive updates about the ROSE program, and be the first to know about product launches.  Access the full ROSE by SIG SAUER training series with Lena on the ROSE YouTube channel and visit sigsauer.com/rose specific product information and additional program details.

Milrem Robotics’ Combat UGVs Flood Eurosatory 2024

Tuesday, June 18th, 2024

Milrem Robotics, the world-leading robotics and autonomous systems developer, together with world-renowned weapon systems providers, showcases a variety of weaponised unmanned combat vehicles at Eurosatory 2024, demonstrating the versatility of its market-leading UGV the THeMIS.

From the eight THeMIS UGVs demonstrated at Eurosatory 2024, taking place from June 17 until June 21, in Paris, France, four are equipped with weapon systems provided by top of their class technology providers: KONGSBERG, Thales, Leonardo and FN Herstal.

“THeMIS Combat UGVs make up the forward line of robotic systems (FLOR) that ensures first contact will be made without blood. This allows the commanders to enter high-threat situations to identify and engage known or perceived threats before human intervention,” explained Patrick Shepherd, Chief Sales Officer at Milrem Robotics.

The newest addition to the preferred platform for weapon systems integrations – the THeMIS – is the FZ602 2-tube rocket launcher by Thales Belgium. It is showcased together with KONGSBERG’s PROTECTOR RS4, the world’s most fielded Remote Weapon System.

Additionally, KONGSBERG will showcase a THeMIS Combat with their PROTECTOR RS6, which features the powerful M230 LF 30mm cannon.

Announced in October 2023, but publicly displayed for the first time is the THeMIS with the HITROLE® Light Remote Weapon Station (RWS), one of the land turrets developed by Leonardo

“Since the enemy cannot allow unmanned combat vehicles freedom of movement, they force them to reveal their positions by engaging the robotic system. By destroying the first line of enemy key assets and creating a hole in the enemy’s defensive or offensive posture, THeMIS Combat UGVs enhance the effectiveness of manned assets by creating momentum that human troops can leverage with fewer casualties,” Shepherd added.

Exhibited with Thales, the THeMIS Observe UGV intended for ISR features the deFNder® Light of FN Herstal’s RWS family. It can integrate all FN Herstal machine guns up to 7.62mm calibre.

Milrem Robotics is the world-leading robotics and autonomous systems developer and systems integrator, with offices in Estonia, Finland, Sweden, the Netherlands, and the US. The company is known for its THeMIS and Multiscope UGVs, the Type-X Robotic Combat Vehicle, and MIFIK intelligent autonomous functionalities for defence platforms.

The company is also renowned for successfully completing the European Defence Industrial Development Programme (EDIDP) project iMUGS, which focused on developing a modular and scalable architecture for hybrid manned-unmanned systems.

Eurosatory 2024: Avon Protection’s MCM100 Underwater Rebreather chosen by New Zealand Defence Force

Tuesday, June 18th, 2024

The order expands the MCM100’s deployment among NATO nations

MELKSHAM, ENGLAND, June 17th, 2024: Avon Protection, the leader in innovative underwater and CBRN protective equipment, is pleased to announce that its MCM100 Multi-Role Rebreather has been selected by the New Zealand Defence Force to equip its navy divers. This significant contract includes the supply of MCM100 systems, spares and accessories, and a multi-year support programme.

Initially developed and deployed with global militaries and specialist user groups, the MCM100 delivers enhanced diver safety and extended mission duration for military divers across the spectrum of shallow and deep-water diving operations; including explosive ordinance disposal (EOD), mine-countermeasures (MCM), Special Forces, covert subsurface infiltration, submarine release & infiltration, and manned underwater vehicle operations.

The electronically controlled, closed-circuit MCM100 uses advanced digital oxygen sensors and a native decompression algorithm to manage the oxygen and decompression risk. System and mission information is fed to the diver via a wrist or console-mounted handset display and a heads-up display, maximising system useability and allowing the user to focus on the mission rather than the equipment. Additionally, automated pre-dive sequencing reduces mission readiness time and enhances safety.

The MCM100’s modular design ensures a future-proofed capability for the underwater operator, providing users flexibility in how and when they integrate new technologies as they become available or as their mission envelope changes.

“In selecting the MCM100 Multi-Role Rebreather, the New Zealand Defence Force is equipping its military divers with world-leading technology to enhance the safety and effectiveness of their increasingly diverse operations,” said Kevin Gurr, Avon Protection’s Underwater Systems Director. “We look forward to working with the New Zealand Defence Force as this system enters service and we continue to support their operations over the coming years.”

New Zealand joins a user community that includes other key NATO nations and partner navies.

Laser Light Module: Rheinmetall’s New Pistol Tactical Aiming Laser at Eurosatory 2024

Monday, June 17th, 2024

Rheinmetall is showcasing its new “Pistol Tactical Aiming Laser” laser light module at Eurosatory 2024. Made by Rheinmetall Soldier Electronics in Stockach on Lake Constance, the Pistol Tactical Aiming Laser (LLM-PTAL) is a compact lightweight build-on module specially designed for handguns.

For target illumination, an infrared close-range illuminator and white light are available to the operator for use in all operational situations.

In addition, the LLM-PTAL is equipped with an IR aiming laser and a visible (selectable red or green) aiming laser, integrated next to each other in a laser block.

Despite its compact dimensions (L/W/H 76 x 45 x 30 mm) and low weight of just 115 g, the newly developed module produces a powerful laser output of up to laser class 3B, permanently controlled via a monitor diode and electronically regulated. The build-on module features a dongle interface for an eye-safe training mode and effective force-on-force training.

Besides ergonomic, two-handed fingertip operability, the module can be attached to the weapon in various ways and can be adapted to different holster types. The single CR123 battery can be exchanged via the lamp head when the module is mounted.

Furthermore, the device offers the great advantage of not being subject to America’s strict ITAR export regulations.

Along with other Rheinmetall products, the LLM-PTAL is on view at Stand E115/F115 at Eurosatory 2024.

LETEL Gains the Aerial Advantage with Drone LiDAR Technology from GeoCue

Monday, June 17th, 2024

See How LETEL Stands Out with Industry-Leading Surveying Services in New Episodes of the Drone Surveying Reality Series Down to Earth.

For Release, June 17, 2024

Buchanan, GA- GeoCue, announces the premiere of the latest episodes of its award-winning drone surveying reality series, Down to Earth. The new episodes highlight LETEL, a leader in civil engineering, drone technology, LiDAR, and construction services, and their innovative use of TrueView LiDAR technology and LP360 software to overcome complex surveying challenges in construction services and land development.

Before starting LETEL, John Downing began his journey in the construction industry digging ditches and getting his boots muddy. Determined to rise above, John embraced cutting-edge technology and invested in drones, a decision that transformed his career and led to the creation of LETEL.

Now, with over 20 years of experience, John has grown LETELinto a powerhouse in the construction and development industry. LETEL offers comprehensive services, from civil engineering to advanced drone technology, LiDAR, and construction solutions. The expert team of surveyors, engineers, LiDAR technicians, and pilots at LETEL can handle any project, big or small.

In these latest episodes of Down to Earth, watch as the LETELteam takes on a challenging 400-acre site with thick vegetation, steep elevation changes, and dense Georgia Pines. See how they use TrueView LiDAR technology to efficiently gather crucial data and quickly calculate volumetrics for their top client, Magnum Construction. All while the team skillfully navigates steep cliffs and steers clear of hazardous construction equipment, demonstrating the remarkable efficiency and precision of TrueView drone LiDAR.

See how the LETEL team leverages their Aerial Advantage on Down to Earth. Watch now!

“Down to Earth” is a documentary-style reality series that shows how real surveyors collect data and turn it into real deliverables, despite challenging conditions, hidden dangers, and inclement weather.

In the first episode, John and the LETEL team tackle a daunting 400-acre North Paulding site in Georgia, with significant elevation changes and dense pine forests. Using advanced TrueView LiDAR technology, they demonstrate how drone surveying can be completed in hours which would take traditional surveyors’ days or even months. Watch as they meticulously plan and execute their mission and coordinate their efforts seamlessly to deliver precise, high-quality data.

“The North Paulding Track presents quite a few challenges,” explained Downing. “There’s a 300-foot elevation change across a 400-acre fully wooded area. Georgia’s dense pine forests can interfere with our signal, making this a complicated job. However, I’m confident we’ll complete it within a day.”

In the second episode, the LETEL team heads to Thompson Ridge to perform a critical dirt quantity check for Magnum Contracting. This episode showcases the incredible efficiency and accuracy of drone LiDAR technology in the construction industry. Despite the challenges posed by heavy machinery and active construction sites, the team gathers essential data swiftly and safely, enabling their clients to stay on top of project requirements and make informed decisions.

“As a customer of LETEL, we quickly realized the importance of their Drone LiDAR data,” said Brad Cox Founder and President Magnum Construction. “It has been a natural fit for our contracting and civil work, significantly enhancing our productivity and efficiency. The TrueView equipment is phenomenal, capturing incredible detail, even down to dozertrack ridges in the topos. Their verification processes give us complete confidence in the accuracy of the data.”

In the third and final episode, dive into the data processing phase with Christopher Bagley and the LETEL team as they transform raw LiDAR data into actionable insights using LP360 software. This episode highlights the meticulous steps taken to ensure accuracy and quality in their final deliverables. From classifying ground layers to creating detailed 3D models, see how the team leverages advanced tools to provide clients with unparalleled precision for new developments, even in heavily forested areas.

“We use LP360 because it’s the best tool available for ensuring accurate, reliable, high-quality data,” said Bagley. “It captures extensive details, including trees and elevation changes, and provides a comprehensive 3D view. The TrueView LiDAR performed flawlessly over the challenging terrain of the North Paulding site, giving us all the necessary data to create our deliverables.”

Requtech Announces Industry-First Ka-Band Multi-Orbit Land Mobility Terminal: RESA L Ka

Monday, June 17th, 2024

Paris, France – June 17, 2024 – Requtech AB, a leader in satellite communication technology, proudly announces the launch of the industry’s first Ka-band multi-orbit land mobility terminal, the RESA L Ka, at the Eurosatory show in Paris. The groundbreaking, highly innovative new terminal from Requtech, operates seamlessly across GEO and MEO networks and is prepared for the upcoming Ka-band LEO networks – showcasing Requtech’s relentless commitment to pioneering advancements in satellite communication. The RESA L Ka will be available in Q4 2024.

Meet Requtech at Eurosatory to learn more about the RESA L Ka
Paris Nord Villepinte exhibition centre
June 17th-21st, Paris
Hall 6, booth E119

Unmatched Innovation and Performance

The RESA L Ka terminal is engineered for optimal performance in Geostationary Earth Orbit (GEO) and Medium Earth Orbit (MEO) and is future-ready for LEO Ka constellations.

Leveraging its successful GEO/MEO reflector system, the PICO 120a, and the proven RESA M Ku multi-orbit GEO/LEO terminal, Requtech is now cementing its position as Europe’s leading supplier of multi-orbit connectivity solutions with the addition of the RESA L Ka terminal. The company’s mission is to revolutionize communication capabilities, enhancing global connectivity with cutting-edge innovations.

Compact and Powerful

Designed with market-leading SWaP (Size, Weight, and Power) metrics of 81x45x11 cm and 25 kg, the RESA L Ka terminal delivers exceptional performance with a G/T of 13 dB/K and an EIRP of 49 dBW.


The RESA L Ka Terminal: A New Era in Satellite Communications

“At Requtech AB, our team’s dedication and expertise have been instrumental in achieving this significant milestone,” states Dr. Omid Sotoudeh, CEO. “We are leading the satellite technology revolution with our cutting-edge Multi-Orbit RESA L Ka terminal. This breakthrough product offers seamless operation across multiple constellations and orbits, positioning us as the go-to solution for next-generation satellite communications.”

The next phase for the RESA L Ka terminal includes rigorous certification processes with satellite operators. With initial pre-series production underway, the satellite communication technology provider anticipates general availability by Q1 2025.

www.requtech.com

Biomonitoring: New Partnership Between Rheinmetall and QUS Ensures Tactical Information Superiority

Monday, June 17th, 2024

Rheinmetall has set new standards with its innovative and powerful Gladius 2.0 soldier system. With its open, modular, scalable architecture, the system is unrivalled worldwide for a user-centric soldier system solution. An up-to-date situational awareness with a consistent, stable communication infrastructure enables operational sensor-to-shooter networks. Gladius 2.0 guarantees a decisive advantage on the digital battlefield under even the most challenging of conditions.

Rheinmetall continues to improve its systems and has now entered a partnership with QUS in vital data tracking to jointly develop a solution in this area. Live tracking of vital data allows training units to be adjusted during training to ensure optimal fitness development. During operations, current information on the physical condition of individual soldiers or the entire unit is available, which is important for further tactical decisions. This is particularly crucial for soldiers in current complex operational scenarios under difficult conditions.

Modern Equipment Supports Mission Fulfillment
QUS, with its established system, already meets many requirements relevant for successful integration into soldier systems. Therefore, it can be easily integrated and significantly expands the capabilities of soldier systems. 

“We are very pleased about the new partnership with Rheinmetall. Together, we will develop a system that seamlessly integrates into Rheinmetall’s battlefield management system, creating additional value in this area. Knowing and assessing the vital data of soldiers at any time is very important for performance,” says Hannes Steiner, QUS CEO & Founder.
Timo Haas, Chief Digital Officer (CDO) of Rheinmetall AG and Managing Director of Rheinmetall Electronics GmbH: “Biomonitoring, as we know it from competitive sports, will also play an important role for soldiers in the future to optimize operational readiness. For us as a system provider, QUS’s solution offers an additional component in our modular soldier system. And with a view to digitization, AI-supported data can make an important contribution to tactical decisions at higher command levels.”

The joint solution of QUS and Rheinmetall within the partnership will combine everything related to body data and fully exploit its potential. The ability to combine already proven sensors (heart rate, respiratory rate) with other external sensors (such as temperature, etc.) enables a new basis for tactical decisions based on the knowledge of the current condition of the soldiers. 

The fusion of this data with tactical information represents a new dimension of information superiority regarding one’s own troops and will not only improve the performance of soldiers but also the command process.

Credo of the New Partnership: Protecting Those Who Protect Us

Hannes Steiner: “The joint solution with Rheinmetall combines the best of both worlds and primarily protects those who protect us. The vital data tracking using textile sensors integrated into the equipment offers an important additional benefit and supports the way to becoming the infantryman of the future.”

At EUROSATORY, Rheinmetall and QUS are looking forward to welcoming interested guests to their stand E115/F115 on the outdoor area of the Paris exhibition center from June 17 to 21, 2024.

Forward Controls Designs Launches Line of Handstops and Foregrips

Monday, June 17th, 2024

Forward Controls is excited to introduce our latest product line for recoil mitigation on the carbine platform: FGM (Fore Grip MLOK) and HSM (Hand Stop, MLOK). Originally, both products began as a single modular unit that could be converted into a short and mid-length foregrip. Although the design was finalized in 2019, Covid-19 related shortages and the complexity of the design delayed its launch. By 2023, due to its high cost and complexity, the modular concept was replaced with separate, standalone versions: a hand stop and a short foregrip. While the design is no longer modular, this change also eliminated the high manufacturing costs.

For simplicity, consider the FGM as an extended version of the HSM. Both are designed to be wider than the MLOK handguard’s mounting base width of 0.75″. Notably, they both overhang on both sides, which is intentional. This wider design, measuring 1.25″, offers more surface area and contact, improving traction with the user’s hand. Both are angled at 10 degrees with a flare at the bottom. They have flutes on the sides, designed as resting places for the user’s fingertips. This feature is less effective on the HSM due to its shortness, but it is much more useful on the FGM. The six-sided serrations effectively provide traction, adding friction and allowing ther shooter to more effectively apply reward pressure when controlling recoil.

The design discourages the user from holding it like a broomstick. Instead, it promotes cradling the handguard with the web between the thumb and index finger on the handguard, with the rest of the hand naturally extending at an angle. Both FGM and HSM are reversible, suiting the user’s preference, and function equally well in either direction.

FGM & HSM are both made from a solid block of 6061, hard coat anodized in black, FDE, or ODG

A 1/8 Allen key is required for MLOK hardware installation (not included)

Torque value: 35 in lb (max) for aluminum handguards, 15 in lb (max) for polymer handguards

FGM & HSM are both proudly designed and made in the USA

FGM: www.forwardcontrolsdesign.com/fgm-fore-grip-mlok

HSM: www.forwardcontrolsdesign.com/hsm-hand-stop-mlok