Tag Archives: BAE Systems

Mjölner

BAE Systems has received a contract modification from the Swedish Defence Materiel Administration (FMV) to build 20 additional CV90 mortar vehicles. The approximately $30 million contract has been awarded to the BAE Systems Swedish joint venture HB Utveckling AB, which combines BAE Systems’ Hägglunds and Bofors manufacturing capabilities. Production will be performed at BAE Systems Hägglunds in Örnsköldsvik, Sweden.

CV90 Mjölner
This new order for 20 additional CV90 mortar systems for the Swedish Army brings the total fleet to 80 vehicles, planned to be in service by 2025

«This new contract modification for additional mortar vehicles ensures that soldiers will benefit from this critical capability in the near future», said Tommy Gustafsson-Rask, managing director of BAE Systems Hägglunds. «We look forward to continuing to support the Swedish Army’s efforts to modernize and increase its combat power».

The original contract for 40 CV90 Mjölner systems was awarded in 2016, and deliveries of the systems started in 2019 and were completed on time in 2020. In February 2022, FMV awarded the first follow-on contract for 20 additional systems, as well as the upgrade of the 40 systems already in service, to bring them all to the same standard by integrating the Swedish Army’s new Command, Control, Communications, Computers & Intelligence (C4I) Lean Six Sigma (LSS) Mark system. Both FMV and BAE Systems have heralded this program as a benchmark for collaborative development.

Once the contract modification deliveries are completed in 2025, the Swedish Army will operate 80 CV90 mortar vehicles in its fleet. The vehicles, known as Granatkastarpansarbandvagn 90, provide critical indirect firepower capabilities in the mechanized brigades.

There are approximately 1,300 CV90s, in multiple variants, in service with Denmark, Estonia, Finland, Norway, Sweden, Switzerland, and the Netherlands. The vehicle has a combat-proven track record and is designed to accommodate future growth to meet evolving missions. More recently, both Slovakia and the Czech Republic have selected CV90 to replace their legacy infantry fighting vehicle fleets.

All-Terrain Vehicles

Sweden, Germany, and the United Kingdom have reached an agreement with BAE Systems to purchase 436 BvS10 all-terrain vehicles.

BvS10
Sweden, Germany, United Kingdom jointly acquire 436 BAE Systems BvS10 all-terrain vehicles

The joint procurement, worth $760 million, is in support of Arctic operations for the Collaborative All-Terrain Vehicle (CATV) program.

BAE Systems’ military all-terrain vehicles are designed for operations in the harshest and most remote environments and this agreement signals the Company’s position as the defense industry’s leader for these capabilities.

«We‘re seeing increased interest from numerous countries for the extreme mobility capabilities offered by the BvS10 and its unarmored sister vehicle, Beowulf», said Tommy Gustafsson-Rask, managing director of BAE Systems Hägglunds, which manufactures the vehicles in Örnsköldsvik, Sweden. «Sweden, Germany, and the United Kingdom will be getting an excellent return on their investment in these highly capable vehicles for decades to come. This further demonstrates the strong relationship between BAE Systems and our customers to deliver these critical capabilities».

The three-nation acquisition will deliver the 436 vehicles beginning in 2024, with 236 BvS10s going to the Swedish Defense Materiel Administration (FMV), 140 to the German Federal Ministry of Defence (BAAINBw), and 60 to the United Kingdom Ministry of Defence (MoD). The vehicles are based on the latest version of the BvS10 currently operated by Sweden, and will include variants for troop transport, logistics, medical evacuation, recovery, and command and control.

The CATV program includes a framework agreement that could lead to the purchase of more vehicles by the three nations, keeping the BvS10, the world’s leading all-terrain vehicle, in production for many years to come. Sweden is the lead nation and has established a joint procurement office to lead the effort with representatives from all three nations.

This acquisition follows Sweden’s order last year of an additional 127 BvS10 all-terrain vehicles for its existing fleet. In parallel to this agreement, Sweden is also procuring an additional 40 BvS10s in a separate contract valued at approximately $50 million.

The BvS10 and Beowulf are the world leaders when it comes to all-terrain solutions. Their articulated mobility systems provide optimal maneuverability across varying terrains so they can traverse snow, ice, rock, sand, mud or swamps, as well as steep mountain environments. The vehicles’ amphibious feature also allow them to swim in flooded areas or coastal waters. The vehicles can deliver personnel and supplies to sustain strategic, tactical, and operational mobility.

BvS10’s unprecedented mobility is based on terrain accessible North Atlantic Treaty Organization (NATO) standards. Its modular design allows it to be reconfigured for varying missions and can be delivered in multiple variants that include carrying personnel, command and control, ambulance, vehicle repair and recovery, logistics support, situational awareness, and a weapons carrier with additional mortar capability.

BvS10 is currently operated by Austria, France, the Netherlands, Sweden, and the United Kingdom. BAE Systems’ Beowulf, the unarmored variant of the BvS10, won the U.S. Army’s competition for its Cold Weather All-Terrain Vehicle (CATV) program in August. The U.S. Army will receive 110 vehicles over a five-year period.

CV90MkIV

As part of a government-to-government agreement between Sweden and the Slovak Republic, the Ministry of Defence of the Slovak Republic has signed a $1.37 billion (€1.3 billion) agreement for the delivery of 152 CV9035 Infantry Fighting Vehicles (IFVs) from BAE Systems.

CV9035 IFV
Slovakia signs $1.37 billion deal for 152 CV90s under government-to-government agreement

The CV90s will be produced and delivered in several configurations with the full cooperation of Slovak industry including ZTS – ŠPECIÁL as the main industry partner to BAE Systems. Other Slovak state-owned and private companies will take critical roles in producing the vehicles and supporting the program in the longer term.

The Slovak Army will receive the newest iteration of the CV9035, known as the CV90MkIV, with the latest advanced capabilities and digital technology. The vehicle combines improved battlefield speeds and handling with an upgraded electronic architecture to support future growth and meet the needs of the evolving battlefield.

The Slovak CV90s will be equipped with the new state-of-the-art D-series turret with a 35-mm gun. The turret provides CV9035 crews with improved protection and amplified combat efficiency through the latest generation of sensors, artificial intelligence and augmented reality software, increasing the CV9035s multi-domain capabilities on the battlefield. The Slovak CV9035 will also be equipped with Elbit Systems’ «Iron Fist» Active Protection System (APS) solution and an integrated, Rafael Advanced Defense Systems’ SPIKE-LR (Long Range), an advanced anti-tank guided missile.

Of the 152 vehicles, 122 will be delivered in the Infantry Fighting Vehicle variant. Twelve IFVs will be built in a new configuration for the Anti-Material Rifles and Grenade Launcher Squad. The remaining vehicles will include Command & Control, Reconnaissance and Engineer and Recovery variants, aimed at providing specialist combat logistics support. The contract also covers training and education systems, as well as tactical simulators.

«I am excited for another major modernisation project for our land forces. With these vehicles, we are fulfilling our commitment from a few years ago – to build a heavy mechanized brigade. I am looking forward to close cooperation with our partners who are already using the Swedish vehicles», said Minister of Defence Jaroslav Naď.

«The Swedish IFV CV90 meets the criteria of the Slovak Armed Forces. Today, we upgraded the cooperation not only between our armed forces, but also between our countries. I am glad that modernisation of the Slovak Armed Forces is rapidly moving forward. In the last two years, the pace of our army’s modernization achieved levels that have not been seen in decades», said Marian Majer, State Secretary of Defence.

«The collaboration between Sweden and Slovakia will further strengthen the relationship between the nations. CV90 has been the backbone of the Swedish Armed Forces for decades», said Pål Jonson, Minister for Defence for Sweden. «Sweden now looks forward to supporting Slovakia in introducing the CV90, the leading Infantry Fighting Vehicle, as a key capability also for the Slovak Army».

«We are committed to delivering an Infantry Fighting Vehicle that meets the Slovak Army’s requirements now and in the future», said Tommy Gustafsson-Rask, managing director of BAE Systems Hägglunds in Örnsköldsvik, Sweden, which designs and produces the CV90.

«This is an important moment in our nations’ relations and we are honored to be part of this alongside our Slovak industry partners. We look forward to cooperating with Slovakia and we are building the program to deliver these vehicles on a proven industrial cooperation approach», added Gustafsson-Rask.

The contract will provide Slovak industry with a significant opportunity to invest in its skills and capabilities for many years to come. Strategic collaboration with local suppliers enables them to play a high-value role throughout the production and lifecycle of the CV9035 and all its variants.

The Slovak Republic joins the CV90 User Club as the 8th member. The organisation currently consists of seven countries, four of them members of NATO: Denmark, Estonia, Finland, Norway, Sweden, Switzerland, and the Netherlands.

Optionally Manned Vehicle

BAE Systems is teaming with Elbit Systems of America, Curtiss-Wright Corporation, and QinetiQ Inc. on its design for the U.S. Army’s Optionally Manned Fighting Vehicle (OMFV).

Optionally Manned Fighting Vehicle (OMFV)
BAE Systems announces partners for Optionally Manned Fighting Vehicle design

The companies will work together to produce an innovative, purpose-built, next-generation combat vehicle designed to meet the U.S. Army’s requirements for an agile, lethal, and survivable solution that will help redefine land combat operations and maneuverability in future conflicts. The proposal was submitted to the U.S. Army earlier this month and on November 30, 2022, BAE Systems announced details of how the companies are collaborating.

BAE Systems and Elbit Systems of America are leveraging their extensive experience in the evaluation, demonstration, and validation of next generation combat systems. For OMFV, Elbit is providing its 50-mm Unmanned Turret (UT50), one of the most versatile armament configurations with multiple mission payloads and capabilities, which recently completed a successful live fire demonstration at the Aberdeen Test Center. The UT50 features a XM913 50-mm cannon and a high-capacity ammunition handling system.

The OMFV design will use a standardized, Modular Open Systems Architecture (MOSA), designed by BAE Systems and Curtiss-Wright Defense Solutions. MOSA solutions are critical for enabling the customer to rapidly refresh technology to field new capabilities and meet emerging threats on the battlefield. The two companies are also providing vital electronics and control systems into the OMFV.

BAE Systems has invested in and collaborated with industry for more than 40 years to advance Hybrid Electric Drive (HED) technology. BAE Systems and QinetiQ Inc. are developing and integrating the HED technology with an electric cross-drive transmission, a key component of an HED system for tracked combat vehicles, to ensure the OMFV has the speed, reliability, and maneuverability necessary to dominate in the toughest battlefield conditions. QinetiQ Inc.’s Modular E-X-Drive transmission has been tested and proven in a wide range of tracked vehicles and weight classes over the last decade.

«The synergy from our diverse and highly capable team allows us to deliver the next-generation, transformational technology and capabilities our customer is looking for», said Andy Corea, vice president and general manager for BAE Systems Combat Mission Systems. «Together we have continually researched, developed, innovated, and delivered and we believe this team can provide a purpose-built vehicle with the winning solutions for future battlefields and, most importantly, for the men and women who put their lives on the line for us each and every day».

BAE Systems already has the expertise, infrastructure, and resources to deliver results for the U.S. Army’s OMFV platform, with plans to complete project elements at facilities across the U.S. that contribute a diverse set of workforce talent and manufacturing quality.

HMS Glasgow

The first Type 26 City Class frigate, HMS Glasgow, has begun the float off process, which will see her enter the water for the first time.

HMS Glasgow (F88)
First Type 26 Frigate to enter the water for the first time

Over the coming days, the ship, currently weighing nearly 6,000 tonnes, will undertake a series of complex manoeuvres that will move her from the BAE Systems Govan shipyard, onto a barge before being towed down river to a deep-water location in the West of Scotland.

Once in position, the float off will involve the base of the barge being slowly submerged over a number of hours until HMS Glasgow fully enters the water. She will then return to BAE Systems’ Scotstoun shipyard further along the Clyde, where she will undergo the next stages of outfit before test and commissioning.

Ben Wallace, Secretary of State for Defence, said: «HMS Glasgow entering the water for the first time marks a major milestone for the Type 26 programme which supports thousands of highly skilled jobs in Scotland and more across the wider UK supply chain. We’re continuing to invest in the British shipbuilding industry to maintain the Royal Navy’s cutting-edge ability to defend our nation, while strengthening our partnership with allies».

David Shepherd, Type 26 Programme Director, BAE Systems, said: «Seeing HMS Glasgow in the water for the first time will be a proud and exciting moment for the thousands of people involved in this great endeavour. She will soon transfer to our Scotstoun yard in Glasgow where we look forward to installing her complex systems and bringing her to life».

The BAE Systems engineers involved in the float off of HMS Glasgow have been specially trained using the 3D visualisation suite which gives engineers access to a full digital twin of the ship. They will monitor the ship closely throughout all stages of the process ensuring that the transition is safely managed. The float off process will also be supported by engineers from Defence Equipment & Support, the MOD delivery agent, as well as members of the Royal Navy.

The float off process is a more modern, efficient and low risk way for a ship to enter the water compared to the previous dynamic launches. The process is well proven, having been used for the five Offshore Patrol Vessels built by BAE Systems in Glasgow, the last of which was delivered to the Royal Navy in 2020.

HMS Glasgow has been under construction since steel was cut in 2017. The second and third ships, HMS Cardiff and HMS Belfast, are currently in build in Govan. The build process for each ship involves its structure being completed in Govan; skilled teams of fabricators and steelworkers construct the units before they are assembled into the forward and aft blocks which are joined together before the ship departs. In Scotstoun, the ship’s outfit is completed and the complex systems are set to work before test and commissioning takes place. HMS GLASGOW will be delivered to the Royal Navy in the mid-2020s.

Earlier this month, the Ministry of Defence awarded BAE Systems a £4.2 billion contract to build a further five Type 26 City Class frigates for the Royal Navy, sustaining 4,000 jobs across BAE Systems and the wider UK maritime supply chain.

Forward Maintenance

BAE Systems has signed a follow-on contract worth $90 million with the Swedish Defence Materiel Administration (FMV) for two new CV90 variants, which are being added to the Swedish CV90 RENO upgrade program.

CV90
BAE Systems is launching two new variants of the CV90 – the Forward Maintenance vehicle and the Combat Engineer vehicle – to support Swedish Army requirements

The two new variants will be delivered by BAE Systems’ Swedish joint venture HB Utveckling AB, which brings together BAE Systems Hägglunds and Bofors manufacturing capabilities. The new variants are the Forward Maintenance vehicle, which will provide critical frontline support, repair, and recovery for other vehicles, ensuring improved overall combat vehicle availability; and the Combat Engineer variant, which will significantly grow the ability to ensure route clearance and deny enemy forces mission critical mobility. These two new variants will join the Swedish Army’s mechanized formations with deliveries scheduled between 2023 and 2027.

«We are proud to be producing these two new CV90 variants for the Swedish Army», said Tommy Gustafsson-Rask, managing director of BAE Systems Hägglunds. «The collaborative approach involved in the Swedish CV90 RENO program has been recognized as a key success factor in achieving a timely, balanced, and cost-effective solution to meet the customer’s capability requirements. We look forward to supporting our Swedish customer in increasing their combat efficiency».

The two new CV90 variants will be produced at BAE Systems Hägglunds’ facility in Örnsköldsvik, Sweden and by Ritek in Levanger, Norway. Ritek is one of BAE Systems Hägglunds’ key industrial partners in the Norwegian CV90 program. Ritek’s role in this Swedish program is a significant milestone, moving Ritek into the international CV90 supply chain.

«Ritek has demonstrated that it has the industrial capability and skills required for such a program», said Peter Sedin, BAE Systems Hägglunds’ director of operations. «As our production partner for a similar Norwegian Army program, it made sense to turn to Ritek when we were looking for the optimal industrial setup for this important FMV contract».

There are approximately 1,300 CV90s in service with Denmark, Estonia, Finland, Norway, Sweden, Switzerland, and the Netherlands. The vehicle has a combat-proven track record and is designed to accommodate future growth to meet evolving missions. More recently, both Slovakia and the Czech Republic have selected CV90 to replace their legacy infantry fighting vehicle fleets.

The CV90 will now be available in 17 variants and is designed to provide optimum mobility, with the highest level of protection in any terrain or tactical environment. The CV90 MkIV combines improved battlefield speeds and handling with an upgraded electronic architecture to support future growth capabilities as the complex battlefield evolves.

City Class Type 26

The UK Ministry of Defence has awarded a £4.2 bn contract to BAE Systems to manufacture the next five City Class Type 26 frigates for the Royal Navy in Glasgow.

City Class Type 26
BAE Systems awarded £4.2 bn contract to build five more Type 26 frigates in Glasgow

The contract sustains more than 4,000 jobs across BAE Systems and the wider UK maritime supply chain. It also secures shipbuilding at BAE Systems’ facilities in Scotland into the 2030s. Up to £1.8 bn of the new order will be spent in the supply chain, including £1.2 bn with UK suppliers.

The Type 26 is one of the world’s most advanced warships. It is designed for anti-submarine warfare and high-intensity air defence, but can adapt its role quickly to transport high volumes of humanitarian aid and house medical facilities.

Three Type 26 ships are already in build in Glasgow, with the first of class, HMS Glasgow (F88), on track to enter the water later this year and be delivered to the Royal Navy in the mid-2020s. The construction of HMS Cardiff (F89) and HMS Belfast (F90) is also underway.

«We are investing in our fleet to ensure our Royal Navy maintains its world-leading capability to protect and defend our nation at sea. This design has already been successfully exported to Australia and Canada, proving itself as a world-class maritime capability, securing thousands of UK jobs and strengthening alliances with our allies. Supporting thousands of high-skilled jobs in Scotland, and more across the wider UK supply chain, this contract will continue to boost our British shipbuilding industry, galvanising the very best of British engineering, manufacturing and design», said Ben Wallace, Secretary of State for Defence.

«This contract secures a critical UK industry and allows us to build on our long history of shipbuilding on the Clyde as we continue to deliver cutting-edge equipment to the Royal Navy into the next decade. It underpins the ongoing investments we’re making in the skills, infrastructure and technologies needed to stay at the forefront of the maritime sector and to support the UK Government’s National Shipbuilding Strategy», said Charles Woodburn, Chief Executive, BAE Systems.

The Type 26 programme is a UK-wide endeavour, with more than 120 UK suppliers having already secured contracts linked to the new batch of frigates, including for steering gears in Dunfermline, gas turbines in Filton and maritime LED lighting in Cumbria.

This year, 180 new apprentices joined the 400 already working at BAE Systems on the Type 26 programme. BAE Systems’ Naval Ships business employs 4,500 people across the UK and is recruiting a further 400 trades people as the programme continues to ramp up.

The Company is investing approximately £15 m in a new Applied Shipbuilding Academy in Glasgow to support the development of the entire workforce, from apprentices through to senior leaders. In addition, BAE Systems has applied for planning consent to start construction on a new shipbuilding hall worth more than £100 m to greatly enhance productivity on the Clyde to support the delivery of these eight ships and future orders.

The Commonwealths of Australia and Canada have selected the Type 26 design, which, together with the UK, provide an anticipated 32 ship programme across the three nations. Sharing build and transition into service lessons across all three programmes will benefit all parties in this multinational effort.

Anti-Tank warheads

BAE Systems successfully tested its Advanced Precision Kill Weapon System (APKWS) laser-guidance kits with High-Explosive Anti-Tank Anti-Personnel Anti-Materiel (HEAT/APAM) warheads from General Dynamics Ordnance and Tactical Systems. Guided by APKWS guidance kits, the rockets went three for three against armored targets, demonstrating their versatility to engage a broad set of targets and enable new missions for warfighters.

APKWS
Rockets guided by APKWS guidance kits went three for three against armored targets

APKWS guidance kits transform unguided rockets into smart munitions for precision strikes on soft targets, equipment, and armored targets.

During the test event, BAE Systems launched rockets with HEAT/APAM warheads and APKWS guidance kits against well-armored targets – including a steel plate and an armored military vehicle. All test shots were direct hits, defeating fortified targets at range. The HEAT/APAM warheads are capable of penetrating thick armor, which improves the versatility of rockets guided by APKWS guidance kits.

«We’re giving our customers more in-mission options for precision strikes against tougher targets», said Sam Kirsh, APKWS program manager at BAE Systems. «APKWS guidance kits with HEAT/APAM warheads provide a low-cost, lightweight, easy-to-deploy strike capability against armored and unarmored targets».

The APKWS guidance kits are also compatible with 2.75” (70 millimeter) Hydra rocket components – including new and existing inventories of motors, warheads, fuses, launchers, and laser target designators. They require minimal training to assemble and fire, and can be fired from a variety of launch platforms, including fighter jets, combat helicopters, ground vehicles, and remote weapon stations.

APKWS guidance kits have proven their accuracy in combat with hundreds of successful shots fired with the M151 high-explosive warhead. The guidance kit is available to allied nations via Foreign Military Sales.

Ultra-Lightweight Howitzer

BAE Systems & PTC Industries have signed an agreement to manufacture titanium castings for the Indian 155-mm M777 Ultra-Lightweight Howitzer (ULH) at PTC Industries’ production facility in Lucknow, Uttar Pradesh, India.

M777 Ultra-Lightweight Howitzer (ULH)
BAE Systems signs agreement with PTC Industries to produce 155-mm Ultra-Lightweight Howitzer titanium castings

The agreement aims to produce the complex lightweight titanium castings, developing the tightly controlled fabrication process and ensuring the same parts can be manufactured in any future production of the M777 howitzers for India. The first sub-systems will be produced by the end of 2022, and there is a plan to progress manufacture of all three of the major structures (Saddle, Cradle, and Lower Carriage) that form the basis of the gun. Indian suppliers which participate in the M777 programme can earn a role in the overall BAE Systems global supply chain through their performance.

«The production process at PTC Industries is being developed and qualified to deliver the long-term support for the 145 M777s we are delivering to India», said Duncan Stevenson, the general manager of BAE Systems Weapon Systems UK, which manages the manufacture and assembly of the M777 light-weight howitzers. «This agreement will allow BAE Systems and PTC Industries to jointly provide major structures to support the spares and repair programme required to keep the guns available for the Indian Army. It also ensures that the overall «Make in India» content of the ULH is above 60%, which will allow the Government of India to procure any future platforms under a «Make in India» acquisition requirement».

BAE Systems also has a 52-Calibre 155-mm barrel for the ULH, which it is willing to manufacture in India, further expanding Indian artillery capability from this battle-proven system. This would make India the first customer to have a 155-mm 52-calibre platform under 5,800 kgs/12,787 lbs. in weight.

Precision Guidance Kit

BAE Systems has successfully fired its Long-Range Precision Guidance Kit (LR-PGK) for 155-mm artillery projectiles from the U.S. Army’s Extended Range Cannon Artillery (ERCA) at Yuma Proving Ground, demonstrating airframe structural survivability under extreme firing conditions. The LR-PGK improves the accuracy of unguided artillery projectiles with low-cost navigation and guidance technology.

LR-PGK
BAE Systems has successfully fired its LR-PGK from the U.S. Army’s ERCA at Yuma Proving Ground

The guidance kit combines anti-jam GPS sensors with control planes that enable projectile maneuverability throughout flight, and is compatible with existing and future artillery projectiles. The ERCA survivability tests are a critical milestone for LR-PGK. The propellant blast, gun barrel pressure, and muzzle velocity truly tested the system’s resiliency.

«The LR-PGK has demonstrated its ability to help the U.S. Army deliver accurate fires up to 70 kilometers/43.5 miles and meet mission objectives with fewer shots», said James McDonough, LR-PGK program director. «Adding precision guidance to standard munitions enables our customers to engage targets with greater efficiency and reduce collateral damage».

The evolving LR-PGK is helping the U.S. Army address its need for long range precision fires. BAE Systems continues to advance the system design to improve capabilities, manufacturing readiness, and affordability. Following the tests, the company is focusing on long-range guidance, navigation, and projectile flight control. The kits must demonstrate their ability to operate at high spin rates, in challenging atmospheric conditions, and in the presence of enemy signal-jamming.

BAE Systems is a leader in artillery technology, precision guidance systems, and small form electronics. The company designs and manufactures the M109 family of Self-Propelled Howitzers and the M777 Lightweight Towed Howitzer, is a major supplier of artillery explosives and propellants, and has decades of experience developing and delivering precision guidance systems.