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MILVEHCOE Opening Establishes New Australian Sovereign Military Vehicle Capability

Tuesday, October 13th, 2020

Rheinmetall is pleased to confirm the opening of its Military Vehicle Centre of Excellence (MILVEHCOE) in Redbank, Queensland, Australia and the establish¬ment of a new national sovereign military vehicle capability that enables the design, development and local manufacture of military vehicles, platforms and turrets for the Australian Defence Force (ADF) and export to like-minded nations.

The Prime Minister of Australia the Hon Scott Morrison MP officially opened the MILVEHCOE at a ceremony attended by a delegation of Federal MPs and Senators from across Queensland, representatives from Defence and Australian Defence industry.

The MILVEHCOE is an 11ha precinct incorporating a regional headquarters for Rheinmetall and a major manufacturing hub that will deliver vehicles into the ADF including Boxer 8×8 Combat Reconnaissance Vehicles (CRV) under Australia’s billion project Land 400 Phase 2 and high mobility logistics trucks under the Land 121 Phase 3B/5B program.

Rheinmetall AG Chief Executive Armin Papperger said the MILVEHCOE heralded a new era in Australian manufacturing as the company transferred technology and systems from Germany to establish a global hub for the continuous design, manufacture, export and support for military vehicles, platforms and turrets.

Mr Papperger said the MILVEHCOE’s export focus would also drive the sustainable growth of a military vehicle industry in Australia that would draw on an expanding supply network across the nation to deliver products and services from local industry into Rheinmetall’s Global Supply Chain.

“This state of the art MILVEHCOE establishes a leading edge military vehicle capability that will build on the strong partnership between Rheinmetall and the ADF,” Mr Papperger said.

“Moreover, it will enable Australian developed technology and systems to be exported to the world and opens the way for Australian companies to deliver into our programs for current and future nations including NATO members such as Germany and Hungary,” Mr Papperger said.

The MILVEHCOE precinct includes:
– Engineering and manufacturing for vehicles, turrets, weapons, armour, electronics and electro-optics and simulators;
– A vehicle test track and electromagnetic test chamber – used to confirm that vehicles meet the agreed performance specifications prior to delivery to the Australian Army;
– An indoor firing range – a fully-enclosed, state of the art firing range;
– A systems integration laboratory – used to integrate and optimise performance of Australian Army systems and equipment into the vehicles; and
– Facilities for engineering, training, procurement, project management, finance, legal, marketing and management.
Rheinmetall Defence Australia Managing Director Gary Stewart said the MILVEHCOE would transform the company’s ability to deliver for the ADF and Rheinmetall customers globally.

“This facility has dramatically advanced our business in Australia and the way we engage with the Australian Defence Force and industry,” Mr Stewart said.

“Once fully operational, it will enable the manufacture and sustainment of the Australian Army vehicle fleet of BOXER vehicles and provide a sovereign facility where Defence, industry and research organisations can innovate and collaborate on the Australian Boxer and other defence programs.

Rheinmetall is establishing an advanced manufacturing workforce of more than 450 employees within the MILVEHCOE precinct including highly skilled and qualified workers across a range of specialist disciplines.

“We are hiring welders, vehicle mechanics, systems and integration engineers, electro-optics technicians, software coders and developers and other specialisations,” Mr Stewart said.

“Rheinmetall continues to invest in people, technology, infrastructure, program management, supporting functions and industry networks so we can deliver some of the most complex and advanced programs in the world and meet the demands of customers for military vehicles, electronic systems, simulation, training and support.”

These programs will see the design, development, manufacture and sustainment of a world class military vehicles and a focus on research and development of vehicle technologies including autonomous systems and new civilian vehicle capabilities.

Rheinmetall is currently delivering 211 Boxer vehicles to the Australian Army under Land 400 Phase 2. The Boxer’s key purpose is to find the enemy; to identify them and choose how and when to engage.

The company is also delivering more than 2500 protected high mobility trucks to the Australian Army under the Land 121 Phase 3B program and building on this logistics backbone for the ADF by supplying a further 1000 trucks to the Commonwealth through the Land 121 Phase 3B/5B program.

Rheinmetall has also offered the Lynx KF41 – a tracked, highly protected Infantry Fighting Vehicle – to meet the stringent military requirements of the $15 billion Land 400 Phase 3 program. The Australian Army needs a new IFV for close combat – to close in and defeat an enemy in the most dangerous and lethal environments for Australian soldiers.

“Design, development and manufacture of the in Australia for the ADF will also build on the advanced manufacturing jobs at the MILVEHCOE as well as a strong industrial network of SMEs across Australia,” Mr Stewart said.

Belgium Contracts 322 Joint Light Tactical Vehicles from Oshkosh Defense

Tuesday, October 13th, 2020

OSHKOSH, Wis. — Oshkosh Defense, LLC, an Oshkosh Corporation (NYSE: OSK) company, announced today that the Belgium Ministry of Defence has awarded Oshkosh Defense a contract for 322 Oshkosh Defense Command and Liaison Vehicles (CLV) for the Belgium Defence Forces.

The Belgian CLV is the proven Joint Light Tactical Vehicle (JLTV) platform from Oshkosh equipped with Belgian communication systems. The JLTV is currently used by the U.S. military.

“Oshkosh Defense is honored that Belgium has chosen to equip its armed forces with the Oshkosh CLV”, said John Bryant, Executive Vice President, Oshkosh Corporation, and President, Oshkosh Defense.

“The Oshkosh CLV offers Belgian soldiers the world’s most advanced light military vehicle, delivering next-generation levels of protection, off-road mobility, speed, transportability, and seamless operational and logistical interoperability with North Atlantic Treaty Organization (NATO) allies,” Bryant continued.

“The Belgian Defence opted for a worldwide competition in which “money for value” was the only criterion,” said Director Land Systems Colonel Filip De Varé. “The CLV will be integrated in the CaMo program, an international partnership between the French and Belgian land forces.”

Traditionally procured via foreign military sales, the Belgian procurement marks Oshkosh Defense’s first large direct commercial sale of a JLTV-based vehicle. Belgium joins the United States, the United Kingdom, Lithuania, Slovenia, and Montenegro in choosing this vehicle.

As a globally recognized leader in the design and production of military vehicle systems, Oshkosh Defense has the capacity to support both domestic and international customer demand.

www.oshkoshdefense.com

Speed Reload Pouches from Tardigrade Tactical

Monday, October 12th, 2020

Tardigrade Tactical’s line up of Speed Reload Pouches can be combined.

These PALS compatible pouches use adjustable bungee tension to secure the magazine.

Speed Reload Pouch, Rifle V2020

Speed Reload Pouch, Pistol v2020

Speed Reload Pouch, Pistol v2020 Compact (Black)

Made from laser cut laminate in Denmark and offered in Black, Coyote, Ranger Green and MultiCam.

tardigradetactical.com

German Military Cancels Contract With CG Haenel for New Rifles After H&K Alleges Patent Infringement

Friday, October 9th, 2020

Last month, the German Defense Ministry announced a contract award to CG Haenel for 120,000 of the MK556 carbine to replace the G36 manufactured by Heckler & Koch.

This sent shockwaves through the small arms industry as H&K had provided rifles for the German Army since the 1950s. The win was based primarily on price but as soon as the award was announced, many began to question whether CG Haenel could handle the scope of the contract.

This is partly navies CG Haenel is part of the Merkel Group, which is under Tawazun Holding (United Arab Emirates) (Caracal). That being said, the Haenel plant was once used to manufacture rifles for the East German Army when that country still existed.

The MK556 is quite similar in design to the HK416 and that is because the chief engineer for the 416 project left HK years ago, first for SIG where he worked on the MPX and MCX and later to Caracal where he developed a family of rifles.

Heckler & Koch is suing CG Haenel for alleged Intellectual Property infringement. Consequently, the German government has cancelled the contract in what may well be a case of buyer’s remorse.

WNDSN x Spartanat Coordinate Scale

Thursday, October 8th, 2020

Berlin/Vienna, 2020-10-07 – The WNDSN x SPARTANAT Coordinate Scale Telemeter is a collaboration between precision instrument maker WNDSN from Berlin and gear magazine Spartanat from Vienna.

The front side contains a range calculator that goes up to 6 MIL (NATO-MIL) and the back side hosts a quadrant for measuring slope and elevation angles in percent, as well as in degrees, and in MIL with a resolution of 1 degree or 25 MIL. Furthermore, there is a coordinate scale for the common map scales of 1:25k and 1:50k divided into 0.1 and 0.2 km to measure or transfer right-angled coordinates from or to topographical maps with UTM, MGRS, USNG or other metric coordinate systems.

The double-sided Coordinate Scale Telemeter is a tool for navigation, altitude, and distance determination and enables the user to do more than merely guessing distances. It works by finding an object of known dimension, distance, or angular size, then measuring it with the appropriate scales, and using the baked-in trigonometry to find the desired value by aligning the provided string across the various scales. Using the string as a plumb line for the quadrant opens up further possibilities for measuring and sighting.

Scales on the WNDSN x Spartanat Coordinate Scale Telemeter:
• Angular size and distance
• Height or depth of an object
• Degree, MIL, and slope quadrant
• Coordinate scale

The Coordinate Scale Telemeter is another WNDSN multi tool for emergency navigation, for training purposes or for comparing the results of other instruments, a powerhouse of critical functions in one durable, low tech, high utility instrument that can be brought anywhere and belongs in every instructor’s and survival kit.

The WNDSN x Spartanat Planzeiger is now available exclusively in the web shop Spartanat. The instrument is accompanied by an instructions booklet in both German and English.

Links:

WNDSN

SPARTANAT

Available at:

Spartanat Shop (international shipping available)

DSEI 2021: UK Ministry of Defence to focus on the Integrated Response to Future Threats

Monday, October 5th, 2020

DSEI 2021 will put integration in the spotlight as the UK Ministry of Defence and the British Army, Royal Navy, Royal Air Force and UK Strategic Command work to develop and maintain organic integration at all levels and across all domains.

As British forces modernise to meet the demands of the information age, they do so with the understanding that success on the future battlefield requires integration across land, sea, air, cyber and space. Under the theme of ‘Integrated Response to Future Threats’ DSEI 2021 will be shaped to support this strategic shift with input from industry, academia, international partners and delegates.

With the newly formed Strategic Command leading ambitious plans to deliver a step-change in the way British commands interoperate, UK Defence is driving integration efforts to mesh the way individual armed services operate in the battlespace. Winning the fight no longer depends on success in the air, land or sea; it requires a force that is integrated by design and instinct, that uses defence resources efficiently across multiple domains at an optimum pace to stay ahead of threats and adversaries.

On the industry side, this will require an accelerated pace of change to deliver a competitive advantage. It will see increased demand for the disruptive application of technologies such as artificial intelligence and big data in the cyber domain, increased focus on defeating adversaries in the ‘grey zone’ through special operations, and support for improved decision making aided by data analytics and information technologies. 

The focus on integration has been highlighted by the immense global impact of COVID-19 , and the enforced understanding that robust national resilience relies on more than fire power. With our adversaries increasingly posing non-military threats, greater instinctive integration is required at all levels of the defence community to ensure the UK remains ahead of the challenges that lie ahead.

DSEI 2021 will offer a forum for Defence UK to meet with its industry partners to strengthen relationships, share knowledge, and discuss the technological innovations that will support the British forces in these efforts as they look toward 2030 and beyond, powering progress and defining the future of defence.

Minister for Defence Procurement, Jeremy Quin MP, commented: “Once again, DSEI is showcasing the best of British defence technology and innovation on a world stage. Bringing together strategic partners, international governments and pioneering defence companies this show offers a unique opportunity to collaborate, partner and cooperate to further our collective global defence and security agenda.”

“DSEI 2021 falls during a time of great change for the British forces as they implement their heightened integration doctrine, both internally and externally with the wider UK defence landscape,” Grant Burgham, DSEI Event Director, Clarion Defence & Security, commented. “DSEI offers the single best opportunity to foster that integration between Defence UK and industry partners. Our exhibitors are keen to meet with all branches of the British Commands and show their capabilities in support of ‘Integrated Response to Future Threats’ at DSEI 2021.”

Netherlands and Estonia to Acquire Seven Milrem Robotics’ THeMIS UGVs

Saturday, October 3rd, 2020

The Estonian Centre for Defence Investment (ECDI) signed a Joint Procurement Agreement with the Dutch authorities to procure a total of seven THeMIS unmanned ground vehicles (UGVs) from Milrem Robotics, the leading developer of robotics and autonomous systems in Europe.

Milrem Robotics will deliver four THeMIS vehicles acquired by the Royal Netherlands Army in the coming months. The Estonian Defence Forces (EDF) will receive their three vehicles this month.

According to the contract, Milrem Robotics is the system integrator who, in addition to the supplying the vehicles, also performs all the integration of third-party technologies, including weapons systems, onto the delivered UGVs. Notably these unmanned weapons systems will remain under human control.

“We are pleased that the unmanned ground vehicles developed by an Estonian company in the course of a defence research and development project supported by the Estonian Ministry of Defence can now be used by our armed forces,” said Ivar Janson, Strategic Category Manager for Armoured Vehicles at the ECDI. “We are especially pleased, that we found a common ground with our Dutch partners to conduct the Joint R&D project and procurement,” he added.

“We are delighted to enhance our cooperation with Milrem Robotics by increasing our fleet to six THeMIS vehicles in joint efforts with the Estonian Ministry of Defence. So far, the THeMIS has successfully been used for research and experiments by operational units of the 13 Light Brigade in Scotland, Germany, The Netherlands and during a live fire exercise in Austria. The addition of four extra THeMIS vehicles with a Remote Controlled Weapon System that is operated by a soldier provides us the opportunity to continue to develop concepts to enhance the combat power and decrease the risk for our soldiers,” said LtCol Martijn Hadicke, Commander of the Robot and Autonomous Systems (RAS) unit.

Milrem Robotics has already delivered two THeMIS UGVs to the RAS Unit of the 13th Light Brigade of the Royal Netherlands in 2019.

The Estonian Defence Forces used the THeMIS for 12 months in Mali during Operation Barkhane. Various EDF units have first-hand experience with the UGV from several military exercises.

Milrem Robotics’ first product, the THeMIS UGV has been delivered to nine countries of which seven are NATO members. The company’s other products are the Type-X Robotic Combat Vehicle, intended to support mechanized units, and the Intelligent Functions Integration Kit, which enables the THeMIS but also other unmanned ground vehicles autonomous functionalities like waypoint navigation and follow-me. Milrem Robotics also performs system integration of capabilities such as sensors, software and sensor based intelligent functions, and weapon systems.

The company also leads iMUGS, an EDIDP funded project. This project develops the European standard architecture for unmanned ground vehicles and their management system, including cyber defence solutions, and demonstrates the advantages of unmanned systems for enhancing defence capabilities.

The Story of the Development of the Spuhr Stock

Wednesday, September 30th, 2020

Here is the story, in founder Håkan Spuhr’s own words:

I never liked the G3, it has always been awkward to handle, never really thought about why, but it’s an ergonomical disaster!

Anyway, I do have a G3 in my collection and for some reason in 2012 I just stood and played with it. I realized the stock is way too long and that is the result of the G3 cheekbone chruncher!

That is the stockhump that smashes your face in the prone firing position. The reason they made the hump was the mistake in using a low profile ironsight!

If they had used high sights like the M16, the G3 would never been the ergonomic disaster it became!

You can easily see on users that the original stock absolutely sucks and is far too long as most users use the so-called rookiegrip, supporthand on magazine.

That is the body’s own reaction when LOP is too long to put the support hand further back.

I had a German wooden stock, so I put that on the bandsaw, shortened it 5-7 cm and cut the cheekpiece off. I then crudely glued on a wooden piece and belt sanded it very rough.

I called a friend and we met at the range. We were both immediately very satisfied with the handling of the gun.

When I got back home I machined an adapter so I could install a std AR15 buffertube and a magpul stock to the gun.

But as the major malfunction on the G3 is the hump, I had to place the buffertube as high as possible to kill the hump!

The negative thing was there was no space for the buffer anymore, so I made a simple rubber buffer.

We shot quite a lot with it and shared a movie so people could see the effect of a good stock placement.

In 2015-2016 the Swedish Defence Force got interested and they started a tender that we won, and I think it’s rather amazing that I got them to realize the problem and then delivered the solution.

But in the tender it was a MUST criteria that the original buffer should be used, and that was really annoying as I was short on time and had to design an all new stock that housed the buffer. But with cheekpiece and buttplate way higher.

The result was adopted and a few years later the Portuguese Marines followed and so did the German Federal Police on their MP5s.

I think it was a success, but of course one can always argue that it should be a folder instead. Thing is, when a gun is upgraded, the cost must be held low in order to get adopted.