(adsbygoogle = window.adsbygoogle || []).push({});Executive Summary:
Denmark has placed a permanent order for Saab’s Giraffe 1X radar systems after successfully employing the technology during major international security summits in Copenhagen. The purchase follows an emergency deployment in which Saab delivered operational systems within days, providing air surveillance and counter-drone coverage for critical civilian and military infrastructure. The acquisition highlights the growing importance of rapidly deployable radar systems for homeland security and protection against unmanned aerial threats.
Saab Secures Permanent Danish Order For Giraffe 1X Radar Systems
Saab has received a permanent order from Denmark for several Giraffe 1X radar systems following their successful deployment during high-profile security operations in Copenhagen.
According to Saab, the Danish Ministry of Defence Acquisition and Logistics Organisation (DALO) initially engaged the company ahead of major European security summits held in Copenhagen in October 2025. The radars were deployed to monitor both civilian and military infrastructure and provide enhanced air surveillance capabilities during the events.
After operating the systems for more than six months, Danish authorities elected to transition from temporary use to permanent ownership, purchasing systems that had previously been rented from Saab.
The order underscores increasing European demand for rapidly deployable counter-drone and low-altitude surveillance solutions amid a growing threat environment.
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Rapid Deployment Supported Summit Security Operations
One of the most notable aspects of the deployment was the speed at which the systems became operational.
Saab stated that it delivered the initial Giraffe 1X systems just three days after receiving the request from DALO. The company credited close cooperation among Swedish and Danish authorities for enabling the accelerated deployment timeline.
During the summits, military and industry participants from several NATO nations supported security operations across Denmark. The Swedish Armed Forces deployed Saab’s anti-drone capabilities, which incorporate the Giraffe 1X radar as a core sensor component.
The systems provided continuous airspace monitoring and drone detection around multiple protected locations throughout the event period.
(adsbygoogle = window.adsbygoogle || []).push({});What Is The Giraffe 1X?
The Giraffe 1X is Saab’s smallest member of the Giraffe radar family but is designed to provide advanced three-dimensional air surveillance in highly mobile and expeditionary environments.
The radar was deployed in Saab’s Compact Radar Module (CRM) configuration, a self-contained system requiring minimal supporting infrastructure.
This configuration allows operators to rapidly relocate the radar between different platforms, including:
- Pickup trucks
- Tactical vehicles
- Fixed buildings
- Temporary security installations
- Mobile command posts
The modular architecture enables military and security forces to establish air surveillance coverage quickly during emergencies, major public events, military exercises, or critical infrastructure protection missions.
(adsbygoogle = window.adsbygoogle || []).push({});Key Giraffe 1X Capabilities
The radar is optimized for detecting and tracking a wide range of aerial threats, particularly those operating at low altitude.
Capability Description 3D Air Surveillance Provides range, altitude, and bearing data Drone Detection Tracks small unmanned aerial systems (UAS) Fast Refresh Rate Updates the full search volume every second Target Classification Identifies different categories of aerial targets Mobile Deployment Can be mounted on multiple platforms High-Clutter Performance Operates effectively in complex urban environments According to Saab, the radar can detect and track:
- Small UAVs and commercial drones
- Fixed-wing aircraft
- Rotary-wing aircraft
- Fast-moving missiles
- Rockets, artillery, and mortar (RAM) threats
The ability to identify small drones in cluttered environments is particularly relevant as military and civilian authorities face increasing risks from low-cost unmanned systems.
(adsbygoogle = window.adsbygoogle || []).push({});Why The Danish Acquisition Matters
The Danish purchase reflects a broader shift across NATO toward persistent counter-drone surveillance and rapid-response air defense networks.
Russia’s war in Ukraine has demonstrated how inexpensive drones can threaten military installations, logistics hubs, command centers, and critical infrastructure. As a result, European governments are investing heavily in sensors capable of detecting small aerial threats before they reach protected targets.
Unlike traditional air defense radars designed primarily for aircraft and larger missiles, modern counter-UAS operations require systems capable of tracking very small targets flying at low altitude and often within urban environments.
The Giraffe 1X addresses this requirement by combining mobility, rapid deployment, and high update rates in a compact package.
For countries such as Denmark, which must secure military facilities, ports, energy infrastructure, and major international events, deployable surveillance systems provide flexibility that fixed radar installations cannot always deliver.
Growing Demand For Mobile Counter-Drone Sensors
The acquisition also reflects a wider trend in NATO procurement priorities.
European militaries increasingly seek sensor networks that can be rapidly moved and integrated into layered air defense architectures. Mobile radars like the Giraffe 1X can fill surveillance gaps, support expeditionary operations, and contribute targeting data to broader command-and-control systems.
The Compact Radar Module concept further reduces deployment complexity by allowing operators to establish radar coverage without constructing dedicated infrastructure.
(adsbygoogle = window.adsbygoogle || []).push({});This capability is particularly valuable during temporary operations, disaster response missions, border security activities, and protection of major political gatherings.
As drone technology continues to proliferate, demand for rapidly deployable surveillance systems is expected to remain a key area of defense investment across Europe and the wider NATO alliance.
Strategic Implications For NATO Air Surveillance
The Danish order illustrates how counter-drone technologies are transitioning from event-specific security assets to permanent defense capabilities.
By converting rented systems into operational equipment, Denmark is strengthening its ability to maintain continuous surveillance of critical sites while improving resilience against emerging aerial threats.
For Saab, the order further validates the operational utility of the Giraffe 1X and highlights growing international interest in compact radar systems capable of supporting both military and homeland security missions.
As NATO members continue adapting to evolving air and drone threats, mobile radar systems are likely to play an increasingly important role in layered defense strategies across Europe.
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Saab has unveiled the new Giraffe AMB D radar at Eurosatory 2026 in Paris, introducing the latest evolution of its long-serving Giraffe Air and Missile Defense radar family. The system combines a redesigned AESA radar array with a modern software-defined architecture to improve detection, tracking, mobility, and upgradeability against evolving airborne threats. The launch reflects growing demand among militaries for adaptable sensors capable of supporting both tactical and strategic air defense missions.
Saab Introduces Giraffe AMB D Radar At Eurosatory 2026
Saab has unveiled the Giraffe AMB D radar during the Eurosatory 2026 defense exhibition in Paris, presenting what the company describes as the next-generation development of its combat-proven Giraffe Airborne and Missile Defense radar family.
The new system builds upon more than two decades of operational experience with the Giraffe AMB platform, which has been fielded by numerous armed forces worldwide for air surveillance, counter-air operations, and air defense missions.
According to Saab, Giraffe AMB D combines a newly designed Active Electronically Scanned Array (AESA) radar with an updated software architecture and modern processing capabilities intended to enhance target detection, tracking accuracy, and operational flexibility.
Carl-Johan Bergholm, Head of Saab’s Surveillance business area, said the radar demonstrates how advances in sensor technology can improve capability while reducing system footprint and deployment requirements.
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New AESA Architecture Designed For Greater Flexibility
At the core of the Giraffe AMB D is a redesigned AESA radar array that leverages modern digital processing technologies to expand surveillance performance.
Unlike traditional mechanically scanned systems, AESA radars electronically steer beams at extremely high speeds, allowing operators to detect, track, and classify multiple targets simultaneously while improving resistance to electronic interference.
Saab says the new radar has been engineered to support a broad range of missions across multiple operational environments. These include:
- Air surveillance
- Air defense command and control
- Counter-unmanned aerial system (C-UAS) operations
- Cruise missile detection
- Battlefield situational awareness
- Protection of military bases and critical infrastructure
The software-defined architecture is a significant component of the design philosophy. Rather than relying primarily on hardware upgrades, future capability improvements can be delivered through software updates, reducing lifecycle costs and enabling faster adaptation to emerging threats.
Enhanced Detection And Tracking Performance
While Saab has not publicly disclosed detailed performance specifications for the Giraffe AMB D, the company states that the radar provides extended detection capability and improved target tracking compared with previous configurations.
Modern air defense environments increasingly require sensors capable of tracking a diverse set of targets simultaneously. These include:
(adsbygoogle = window.adsbygoogle || []).push({});Threat Type Operational Challenge Small UAVs Low radar cross-section and slow speed Cruise missiles Low-altitude flight profiles Fast jets High-speed maneuvering Helicopters Terrain masking Rockets and artillery Short warning timelines Future autonomous systems High target density The combination of upgraded radar hardware and modern signal processing is intended to improve the radar’s ability to maintain accurate tracks across these varied threat categories.
This capability is becoming increasingly important as military forces confront more complex airspaces characterized by drones, loitering munitions, cruise missiles, and conventional aircraft operating simultaneously.
Mobility Remains A Key Design Requirement
A notable feature of the Giraffe radar family has been its emphasis on mobility, and Saab appears to have maintained that focus with the Giraffe AMB D.
The company says the new system delivers a reduced footprint while preserving operational capability. This approach aligns with lessons emerging from recent conflicts, where fixed radar installations have become increasingly vulnerable to long-range precision strikes.
Mobile radar systems offer several advantages:
- Faster deployment and relocation
- Improved survivability
- Reduced logistical burden
- Greater support for expeditionary operations
- Enhanced integration with maneuver forces
For NATO and partner nations pursuing dispersed operations concepts, mobile surveillance assets are becoming increasingly important components of integrated air and missile defense architectures.
Why The Giraffe AMB D Matters
The introduction of the Giraffe AMB D comes amid a period of significant investment in air and missile defense across Europe, North America, and the Indo-Pacific.
Recent conflicts have highlighted the growing challenge posed by inexpensive drones operating alongside advanced missiles and conventional aircraft. Air defense networks must now identify and track a wider variety of targets than at any point in recent decades.
This trend is driving demand for sensors capable of handling large volumes of data while maintaining accuracy against increasingly complex threats.
The Giraffe AMB D’s software-defined architecture reflects a broader shift occurring across the defense industry. Militaries are increasingly seeking platforms that can evolve through software enhancements rather than requiring costly hardware replacements every few years.
From an operational perspective, this flexibility may allow armed forces to respond more rapidly to emerging threats, including new drone technologies, electronic warfare tactics, and advanced missile systems.
For NATO members in particular, radar modernization remains a critical priority as alliance planners seek to strengthen integrated air and missile defense networks across Europe. Sensors such as the Giraffe AMB D could play an important role in providing early warning and target tracking information to command-and-control systems and interceptor platforms.
Saab Expands Its Air Surveillance Portfolio
The Giraffe AMB D further expands Saab’s established surveillance portfolio, which includes multiple radar variants designed for land-based air defense, naval applications, and short- to long-range surveillance missions.
The company’s radar systems have been deployed globally and are used by military operators for missions ranging from force protection to national airspace monitoring.
By combining proven operational experience with modern digital technologies, Saab is positioning the Giraffe AMB D as a future-ready solution capable of addressing both current and emerging air defense requirements.
As nations continue to modernize their sensor networks and air defense capabilities, systems offering mobility, upgradeability, and multi-domain awareness are likely to remain central to procurement strategies over the coming decade.
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Airbus is increasingly looking toward Saab as a potential strategic partner after the collapse of the Franco-German Future Combat Air System (FCAS) fighter program. The development could reshape Europe’s sixth-generation combat aircraft landscape and influence future defense industrial cooperation across the continent.
Airbus Saab Partnership Emerges After FCAS Breakdown
The Airbus Saab partnership is gaining attention following the reported collapse of the Franco-German Future Combat Air System (FCAS), one of Europe’s most ambitious defense aviation programs.
According to Reuters, Airbus has been holding exploratory discussions with Swedish defense company Saab for at least six months. The talks have accelerated as France and Germany officially acknowledged that disagreements between industrial partners had become impossible to resolve within the FCAS fighter effort.
The FCAS program was originally designed to deliver a sixth-generation combat aircraft alongside advanced drones, networking systems, and a combat cloud architecture for France, Germany, and Spain. However, disputes over leadership and industrial responsibilities between Airbus and Dassault Aviation repeatedly delayed progress.
(adsbygoogle = window.adsbygoogle || []).push({});Why Saab Has Become An Attractive Option
Saab, best known for producing the Gripen fighter aircraft, is increasingly viewed as a credible partner for Airbus as Europe reassesses its next-generation combat aviation strategy.
Reuters reported that improved defense relations between Germany and Sweden have helped create momentum for deeper industrial cooperation. Airbus and Saab have already collaborated on unmanned technologies, providing a foundation for broader future projects.
Unlike larger multinational programs, Saab brings extensive experience in fighter design, systems integration, and defense innovation while maintaining a relatively flexible industrial structure. Sweden also remains one of the few European nations with an active domestic fighter aircraft development capability.
Saab has publicly stated that any future partnership would ultimately depend on political decisions, while maintaining an open approach toward collaboration with defense industry partners.
(adsbygoogle = window.adsbygoogle || []).push({});Airbus Keeps Other Options Open
While the Airbus Saab partnership appears to be gaining momentum, Airbus has not committed exclusively to a Swedish path.
Reuters reported that Airbus has also maintained high-level contacts related to the separate Global Combat Air Programme (GCAP), the multinational sixth-generation fighter initiative involving the United Kingdom, Italy, and Japan.
Industry executives have indicated that multiple partnership models remain under consideration as Germany seeks to preserve its role in future combat aircraft development. Airbus Defence and Space CEO Michael Schoellhorn recently acknowledged Saab as a potential partner while emphasizing that other options remain available.
Strategic Implications For European Air Power
The collapse of FCAS represents a major setback for European defense cooperation. Analysts note that the program’s failure highlights the challenges of aligning military requirements, industrial interests, and national priorities across multiple countries.
From a strategic perspective, the Airbus Saab partnership could offer Germany and Sweden an opportunity to preserve critical fighter aircraft expertise while avoiding some of the governance challenges that affected FCAS.
However, significant questions remain. Future combat aircraft programs require substantial financial investment, advanced propulsion technologies, sophisticated sensor integration, and long-term political commitment. Any new partnership would also need to address export policies, operational requirements, and production responsibilities.
A key consideration will be whether Europe ultimately converges around a smaller number of sixth-generation fighter programs or continues pursuing multiple competing initiatives, including France’s independent path, GCAP, and any future Airbus-Saab effort.
What Happens Next
The expected formal separation between Airbus and Dassault regarding the fighter component of FCAS could create greater freedom for Airbus to pursue alternative partnerships. Meanwhile, Germany continues to evaluate options for maintaining a domestic industrial role in next-generation combat aviation.
Although the FCAS fighter aircraft effort appears to have reached its end, elements of the broader program, including combat cloud networking systems and collaborative combat drone technologies, may continue under separate cooperative arrangements.
For Airbus, Saab, and European defense planners, the coming months could determine the future structure of Europe’s sixth-generation air combat ecosystem.
(adsbygoogle = window.adsbygoogle || []).push({});Analysis
The emerging Airbus Saab partnership reflects a broader shift in European defense procurement. Recent geopolitical tensions have increased pressure on European nations to field advanced combat aircraft while reducing dependence on external suppliers.
Rather than pursuing highly complex multinational programs with overlapping industrial interests, future partnerships may favor smaller coalitions built around complementary capabilities and clearer leadership structures.
If Airbus and Saab deepen their cooperation, the partnership could combine Germany’s industrial scale with Sweden’s fighter aircraft expertise, potentially creating a new center of gravity within Europe’s combat aviation sector. However, success will depend on whether political leaders can align long-term funding and operational requirements more effectively than previous multinational fighter efforts.
Executive Summary:
Saab has received a $22.4 million U.S. Army order under the BEST MAC framework to deliver Vehicle Tactical Engagement Simulation System (VTESS) Base Kits. The award supports modernization of the Army’s live training infrastructure, enabling realistic force-on-force exercises across tactical and non-tactical vehicle fleets while preserving compatibility with existing Tactical Engagement Simulation Systems.
The U.S. Army has awarded Saab a $22.4 million order under the Bridge to Evolution Synthetic Training Environment Tactical Engagement Simulation Systems Multiple-Award Contract (BEST MAC), reinforcing the company’s role as a key supplier of advanced military training technologies. The contract, announced through the Army’s Capability Program Executive Office for Simulation, Training, Test and Threats (CPE ST3), carries a potential value of $60.8 million over a 60-month period.
The award falls under Lot 2 of the BEST MAC program and covers delivery of Vehicle Tactical Engagement Simulation System (VTESS) Base Kits designed to support the Army’s Tactical Engagement Simulation Systems (TESS) modernization effort.
According to Saab, the systems will enable U.S. Army vehicles to participate in highly realistic force-on-force exercises while utilizing existing vehicle platforms and weapon systems.
Saab President and CEO in the United States Erik Smith stated that the VTESS kits provide a significantly improved and more soldier-friendly training capability while supporting evolving Army requirements.
Deep Technical & Strategic Context Analysis
The VTESS program represents a critical component of the U.S. Army’s broader modernization effort aimed at creating a fully integrated synthetic and live training environment. Tactical Engagement Simulation Systems have long served as the backbone of Army combat training, using laser-based technology to replicate battlefield engagements without the cost, risk, or logistical burden associated with live ammunition exercises.
VTESS builds upon legacy MILES (Multiple Integrated Laser Engagement System) architecture but introduces greater accuracy, improved reliability, enhanced data collection capabilities, and more sophisticated after-action review functions. Sensors mounted on combat vehicles detect laser strikes generated by weapon simulators, allowing units to replicate realistic combat effects and assess battlefield performance in real time.
The BEST MAC framework itself is part of the Army’s transition toward the Synthetic Training Environment (STE), a next-generation training ecosystem intended to combine live, virtual, constructive, and gaming-based training capabilities. By maintaining interoperability with legacy TESS equipment, VTESS reduces transition risks while enabling gradual modernization across the force.
Strategically, the program aligns with the Army’s emphasis on preparing for large-scale combat operations against near-peer adversaries. Recent exercises have highlighted the importance of realistic brigade and division-level maneuver training, particularly as armored and mechanized formations face increasingly complex battlefield conditions involving drones, electronic warfare systems, and precision-guided weapons. Advanced engagement simulation systems allow commanders to evaluate tactics, techniques, and procedures under realistic combat conditions without expending operational resources.
Contract Breakdown & Details
Contract Overview
- Contract Recipient: Saab
- Customer: U.S. Army
- Managing Organization: Capability Program Executive Office Simulation, Training, Test and Threats (CPE ST3)
- Program: Tactical Engagement Simulation Systems (TESS)
- Contract Vehicle: BEST MAC (Bridge to Evolution Synthetic Training Environment Tactical Engagement Simulation Systems Multiple-Award Contract)
- Contract Type: Firm Fixed Price
- Initial Award Value: $22.4 million
- Potential Total Value: $60.8 million
- Contract Duration: 60 months
What Saab Will Deliver
- Vehicle Tactical Engagement Simulation System (VTESS) Base Kits
- Laser detector training systems
- Vehicle-mounted engagement simulation equipment
- Force-on-force combat training capabilities
- Integration with existing Army TESS infrastructure
- Compatibility with tactical and non-tactical military vehicles
Key Capabilities
Realistic Combat Simulation
- Replicates battlefield engagements using laser-based technology
- Simulates direct-fire weapon effects without live ammunition
Enhanced Training Data
- Provides engagement tracking and performance assessment
- Supports detailed after-action reviews
Legacy System Compatibility
- Integrates with existing TESS equipment
- Enables phased modernization across Army formations
Improved Soldier Usability
- Reduced system complexity
- Greater reliability during large-scale training exercises
Why The Contract Matters
The award highlights the Army’s continued investment in readiness-focused training systems at a time when military planners are emphasizing preparation for high-intensity conflict scenarios. As combat training centers increasingly incorporate multidomain warfare concepts, advanced simulation technologies such as VTESS provide commanders with realistic and scalable tools for evaluating combat effectiveness.
For Saab, the contract further strengthens its position within the U.S. defense training and simulation market, where the company has established a significant presence through live training, instrumentation, and synthetic environment solutions supporting multiple branches of the U.S. military.
Executive Summary:
Swedish defense company Saab and Poland’s Polska Grupa Zbrojeniowa (PGZ) have signed a strategic naval cooperation agreement focused on submarines, surface vessels, and underwater systems. The partnership reflects growing European efforts to strengthen maritime security and industrial cooperation in the Baltic region amid rising regional defense pressures.
Saab And PGZ Naval Cooperation Expands European Maritime Defense Ties
Swedish defense company Saab and Poland’s state-owned defense group PGZ have signed a strategic naval cooperation agreement covering submarines, surface vessels, and underwater systems, marking a significant step in regional maritime defense cooperation.
The agreement, announced by Saab and reported by Defence Industry Europe, aims to deepen industrial collaboration between Sweden and Poland as NATO members continue expanding naval readiness in Northern and Eastern Europe.
The cooperation framework includes potential collaboration in naval platforms, underwater technologies, maintenance, and future modernization programs. Both companies indicated that the partnership is intended to support long-term capability development for regional maritime security operations.
Strategic Focus On Submarines And Underwater Warfare
A major focus of the Saab and PGZ agreement centers on submarine capabilities and underwater warfare systems. Saab is widely recognized for its submarine expertise through the development of the A26 Blekinge-class submarine program and advanced underwater technologies.
Saab has increasingly positioned itself as a key European supplier of naval systems, particularly in anti-submarine warfare, underwater surveillance, and maritime combat systems.
Meanwhile, Polska Grupa Zbrojeniowa continues expanding Poland’s domestic naval industrial base as Warsaw accelerates military modernization efforts across multiple domains.
The partnership could support Poland’s broader naval modernization plans, including future submarine procurement efforts and expanded indigenous shipbuilding capabilities. Although no procurement contract or financial value was disclosed, the agreement establishes a framework for future industrial and operational cooperation.
Baltic Security Environment Driving Maritime Cooperation
The Saab PGZ naval cooperation agreement comes amid heightened security concerns across the Baltic Sea region following Russia’s continued military activities near NATO borders and growing emphasis on maritime infrastructure protection.
European governments have increased investments in naval defense, anti-submarine warfare, and underwater monitoring capabilities after a series of incidents involving critical undersea infrastructure in the Baltic and North Sea regions over the past several years.
For Poland, maritime security has become increasingly important as the country modernizes its armed forces and expands defense spending. Warsaw has launched multiple modernization programs focused on air defense, armored forces, missile systems, and naval assets.
Sweden’s accession to NATO has also reshaped regional defense dynamics. Stockholm now plays a more integrated role in alliance maritime operations across Northern Europe, particularly in the Baltic Sea theater.
The Saab and PGZ partnership reflects a broader trend of European defense industrial cooperation designed to reduce reliance on non-European suppliers while improving interoperability among NATO members.
Industrial Cooperation Could Support Future Naval Programs
The agreement may create opportunities for future collaboration on naval shipbuilding, sustainment programs, combat management systems, and underwater technologies.
Saab has extensive experience integrating advanced naval combat systems onto surface combatants and submarines. The company’s portfolio includes naval radar systems, underwater sensors, torpedoes, and command-and-control solutions used by several NATO and partner nations.
PGZ, which oversees a large network of Polish defense companies, has sought greater participation in domestic and international naval programs. The group has played a central role in supporting Poland’s shipbuilding and defense manufacturing sectors.
While details remain limited, the cooperation framework suggests both companies are preparing for long-term collaboration tied to regional maritime modernization requirements.
Defense analysts view such partnerships as increasingly important as European states seek to accelerate procurement timelines, improve supply chain resilience, and strengthen domestic industrial capacity.
Growing European Defense Integration
The Saab PGZ naval cooperation agreement also highlights the growing importance of cross-border European defense partnerships amid rising geopolitical uncertainty.
Since Russia’s invasion of Ukraine, European NATO members have expanded defense spending and prioritized collaborative industrial projects to improve readiness and reduce capability gaps.
Naval defense has become a particularly important area of focus due to increased activity in the Baltic Sea, Arctic approaches, and North Atlantic maritime corridors.
The cooperation between Saab and PGZ aligns with broader NATO objectives aimed at improving regional deterrence, strengthening maritime domain awareness, and enhancing allied operational integration.
Although the agreement does not yet include confirmed production programs or platform acquisitions, it establishes a strategic foundation that could influence future naval procurement decisions in the region.
Why The Saab PGZ Partnership Matters
The agreement demonstrates how European defense companies are increasingly aligning industrial capabilities with evolving NATO operational requirements.
For Saab, the partnership strengthens its position in Central and Eastern European defense markets while expanding opportunities for naval cooperation with Poland.
For PGZ, the agreement offers access to advanced naval technologies and operational expertise at a time when Poland is rapidly modernizing its military forces.
The partnership also reinforces the strategic importance of the Baltic region, where maritime security, underwater infrastructure protection, and anti-submarine warfare are becoming central priorities for NATO planners.
As European governments continue increasing defense investments, partnerships such as the Saab PGZ agreement are likely to play a larger role in shaping future naval modernization programs across the continent.
Executive Summary:
Saab has introduced the Barracuda Poncho, a new lightweight camouflage solution designed to shield soldiers from thermal and UAV-based detection. The system expands Saab’s Barracuda camouflage portfolio as armed forces increasingly adapt to persistent drone surveillance on modern battlefields.
Saab Reveals Barracuda Poncho Camouflage System
Saab has unveiled the Barracuda Poncho, a new multispectral camouflage solution intended to improve soldier survivability against modern battlefield surveillance systems, particularly unmanned aerial vehicles (UAVs) equipped with thermal sensors.
The announcement comes as military forces worldwide continue adapting to rapidly evolving reconnaissance threats driven by drones, thermal imaging systems, and advanced battlefield sensors. Saab said the new poncho is designed to conceal individual soldiers across multiple environments while maintaining mobility and operational flexibility.
The Barracuda Poncho will be displayed at the Eurosatory 2026 defense exhibition in Paris.
Designed For Modern Battlefield Detection Threats
According to Saab, the Barracuda Poncho is intended to provide visual and thermal protection across woodland, rocky desert, and arctic environments. The system is part of Saab’s broader Barracuda family of camouflage and signature management technologies already used by military forces globally.
The lightweight design, weighing slightly above one kilogram, allows soldiers to wear and rapidly deploy the camouflage layer without significantly reducing movement or combat effectiveness.
A key feature of the system is its reversible configuration, enabling separate day and night operational modes. Saab stated that the poncho offers enhanced thermal protection during nighttime operations, when thermal imaging devices and drone-mounted infrared sensors are often most effective.
The company also developed a specialized arctic version designed to reduce visibility against ultraviolet detection systems commonly used in snow-covered environments.
Henning Robach, head of Saab’s Barracuda business unit, said the product responds directly to the growing prevalence of UAV-based surveillance on current battlefields.
He noted that soldiers can become exposed even during brief movement outside protected positions or vehicles, particularly under persistent drone observation.
Growing Importance Of Multispectral Camouflage
The launch reflects a wider shift in military modernization priorities as armed forces place greater emphasis on signature management technologies. Recent conflicts, particularly in Eastern Europe and the Middle East, have demonstrated how commercially available drones and military-grade UAVs can rapidly identify troop positions through thermal and visual signatures.
Traditional camouflage systems designed primarily for visual concealment are increasingly viewed as insufficient against modern sensor networks that combine infrared imaging, thermal optics, radar, and AI-assisted target recognition.
The Barracuda Poncho appears aimed at addressing that operational gap by extending multispectral concealment down to the individual soldier level rather than focusing solely on vehicles or fixed positions.
Saab’s existing Barracuda product line already includes camouflage systems for armored vehicles, shelters, and static military infrastructure. The new wearable solution expands the company’s approach toward dismounted infantry operations, where mobility and rapid concealment are critical.
UAV Surveillance Driving Infantry Adaptation
The increasing role of drones in modern warfare continues reshaping infantry tactics and equipment requirements. Small UAVs capable of live reconnaissance have significantly reduced the ability of troops to move undetected in open terrain.
Thermal imaging systems mounted on drones have further complicated concealment efforts, especially during nighttime operations. This has created growing demand for lightweight signature reduction systems that can be carried and quickly deployed by individual soldiers.
The Barracuda Poncho enters a defense market where several NATO and partner nations are actively evaluating next-generation camouflage technologies for infantry modernization programs.
Its introduction ahead of Eurosatory 2026 also positions Saab within a broader industry trend focused on survivability solutions linked to electronic warfare, counter-UAV operations, and multispectral concealment.
Saab Expands Signature Management Portfolio
Saab has continued investing in battlefield survivability technologies alongside its broader defense portfolio that includes combat aircraft, radar systems, naval platforms, and electronic warfare capabilities.
The company’s Barracuda division specializes in signature management solutions intended to reduce detection across visible, infrared, radar, and other sensor spectrums.
As battlefield transparency increases through drones and persistent surveillance systems, camouflage technologies are becoming more integrated into wider military modernization strategies rather than remaining a niche capability.
The introduction of the Barracuda Poncho highlights how infantry survivability requirements are evolving alongside the rapid expansion of UAV reconnaissance and thermal detection technologies.
Executive Summary:
Saab has introduced the new Bolide 2 missile for its RBS 70 NG short range air defense system. The upgrade is designed to improve performance against modern aerial threats, including drones, aircraft, and cruise missiles, while extending the operational relevance of the widely deployed platform.
Saab Expands RBS 70 NG Capability With Bolide 2 Missile
The Saab Bolide 2 missile marks the latest upgrade for the company’s RBS 70 NG ground based air defense system, reinforcing Saab’s position in the growing global market for short range air defense solutions.
According to Saab, the Bolide 2 missile is designed to improve the operational effectiveness of the RBS 70 NG system against a wider range of modern airborne threats. The company announced the new missile as part of its broader effort to adapt legacy and current air defense platforms to increasingly complex battlefield environments.
The RBS 70 NG system is already in service with multiple armed forces worldwide and has gained attention for its laser beam riding guidance technology, portability, and resistance to electronic countermeasures. Saab said the new missile enhances the platform’s capability while maintaining compatibility with existing launch systems.
Focus On Modern Air Threats
The introduction of the Bolide 2 missile reflects a wider trend across NATO and partner nations toward strengthening layered air defense networks.
Modern conflicts, including the war in Ukraine and growing drone proliferation in the Middle East and Indo Pacific regions, have highlighted the vulnerability of military forces and infrastructure to low flying and low cost aerial threats. As a result, demand for mobile short range air defense systems has increased sharply over the past several years.
Saab stated that the Bolide 2 missile is optimized to counter threats such as:
- Unmanned aerial systems (UAS)
- Helicopters
- Fixed wing aircraft
- Cruise missiles
The company also emphasized improved performance characteristics and future growth potential for the missile family, though detailed technical specifications were not fully disclosed in the announcement.
RBS 70 NG Remains Relevant In Evolving Air Defense Market
The RBS 70 NG system has remained competitive in a crowded global market due to its combination of mobility, relatively low operational cost, and immunity to many traditional jamming methods.
Unlike radar guided missiles, the RBS 70 NG uses laser guidance, reducing susceptibility to electronic warfare interference. This characteristic has become increasingly valuable as militaries invest heavily in electronic attack capabilities and counter drone technologies.
The Bolide missile family already offers high speed interception capability and operational flexibility. The addition of Bolide 2 suggests Saab is seeking to extend the lifespan and export competitiveness of the RBS 70 NG platform amid intensifying global demand for air defense modernization.
Analysts have noted that short range air defense systems are now considered essential for protecting maneuver forces, logistics hubs, and critical infrastructure from both conventional and asymmetric aerial attacks.
Growing Global Demand For Short Range Air Defense
The unveiling of the Bolide 2 missile comes as defense spending on integrated air and missile defense continues to rise worldwide.
European nations, in particular, have accelerated procurement of ground based air defense systems following Russia’s invasion of Ukraine. At the same time, Indo Pacific states are investing in layered air defense architectures to counter regional missile and drone threats.
Saab has steadily expanded its portfolio in the air defense sector, positioning systems like the RBS 70 NG for export opportunities among countries seeking affordable and rapidly deployable solutions.
The market for short range air defense systems is also becoming more competitive, with manufacturers from the United States, Europe, Türkiye, Israel, and South Korea all pursuing new contracts tied to counter drone and low altitude defense requirements.
Strategic Importance Of Portable Air Defense Systems
Portable and mobile air defense systems continue to play a critical role in modern military operations.
Large strategic air defense systems provide wide area protection, but shorter range systems such as the RBS 70 NG are often needed to defend frontline units and infrastructure against fast moving or low observable threats that can evade higher tier defenses.
The development of Bolide 2 indicates Saab’s intent to maintain relevance in a defense environment increasingly shaped by drone warfare, electronic warfare, and saturation attacks.
As militaries reassess force protection requirements, systems capable of rapid deployment and integration into layered defense networks are likely to remain in high demand.
Executive Summary:
Saab has introduced the new HE 448 programmable round for the Carl-Gustaf weapon system, designed to improve infantry effectiveness against modern battlefield threats. The munition integrates with advanced fire-control systems, enabling faster targeting, airburst engagement, and improved combat flexibility for allied forces.
Saab Launches New Carl-Gustaf Anti-Tank Round
Swedish defense company Saab has unveiled its latest programmable munition for the Carl-Gustaf recoilless rifle system, expanding the capabilities of one of the world’s most widely used infantry anti-armor weapons.
The new round, designated HE 448, is designed for the Carl-Gustaf M4 multi-role weapon system and introduces programmable airburst functionality integrated with Saab’s Fire Control Device 558 (FCD 558). According to Saab, the round enables operators to configure ammunition directly through the fire-control system before firing, reducing engagement time and improving accuracy against concealed or moving targets.
The launch reflects a broader shift in infantry warfare toward smarter, digitally connected munitions capable of engaging threats in complex urban and contested environments.
Programmable Airburst Capability Expands Infantry Options
The HE 448 round is a high-explosive programmable munition designed to engage infantry behind cover, light vehicles, fortified positions, and exposed personnel. Unlike earlier Carl-Gustaf ammunition variants, the HE 448 communicates electronically with the FCD 558 sighting system through Saab’s Firebolt protocol.
This capability allows soldiers to rapidly select detonation modes and optimize trajectory calculations using real-time targeting data. Saab stated that the system improves hit probability while reducing operator workload during combat engagements.
The programmable fuze technology also enables airburst attacks above trenches, walls, or defensive positions, a capability increasingly valued in modern combat environments shaped by urban warfare and dispersed infantry tactics.
According to Saab, the HE 448 can engage targets at ranges up to 1,500 meters when paired with advanced fire-control systems.
Carl-Gustaf Remains Central To NATO Infantry Modernization
The Carl-Gustaf weapon system continues to see growing adoption among NATO and allied militaries as demand rises for lightweight, flexible anti-armor and anti-structure systems.
The reloadable 84mm recoilless rifle has been in service for decades and is currently fielded by more than 40 countries. The latest M4 variant reduces system weight while improving portability and compatibility with modern optics and programmable ammunition.
The United States military has steadily expanded its use of the Carl-Gustaf platform. The U.S. Army designated the Carl-Gustaf M4 as the M3A1 system and has already ordered HE 448 ammunition, known in U.S. service as the HE 441E programmable round.
The U.S. Army, Marine Corps, and U.S. Special Operations Command have all increased procurement of Carl-Gustaf systems and ammunition in recent years as part of broader infantry modernization programs. Saab secured a U.S. ammunition order worth approximately $104.9 million in 2023 covering AT4 systems and HE 448 rounds.
That trend aligns with lessons observed from conflicts in Ukraine and other modern theaters, where portable anti-armor weapons, precision-guided munitions, and rapid target engagement capabilities have become essential at the squad and platoon level.
Why The HE 448 Matters
The introduction of the HE 448 highlights how shoulder-fired systems are evolving beyond traditional anti-tank roles.
Modern infantry forces increasingly require multi-role munitions capable of engaging drones, entrenched infantry, structures, and light armored vehicles in highly dynamic combat environments. Saab’s new programmable round directly addresses this operational requirement by combining precision airburst functionality with rapid target configuration.
The system also demonstrates the growing importance of digitized infantry weapons. Rather than relying solely on mechanical sighting and fixed fuze settings, modern soldiers can now program ammunition in real time using integrated fire-control devices.
That shift narrows the gap between traditional shoulder-fired weapons and more sophisticated guided systems, while preserving the lower cost and portability advantages of recoilless rifles.
Saab Expands Global Carl-Gustaf Production
Saab has continued expanding international production and export activity tied to the Carl-Gustaf family. The company has secured major contracts across Europe, North America, and Asia in recent years.
Poland, Lithuania, Canada, Denmark, and Hungary have all moved to strengthen infantry anti-tank capabilities using Carl-Gustaf M4 systems and compatible ammunition.
Saab has also begun construction of a dedicated Carl-Gustaf production facility in India, marking the company’s first fully owned manufacturing site outside Sweden.
The expansion reflects sustained global demand for portable anti-armor weapons amid rising geopolitical tensions and increased defense spending among NATO and Indo-Pacific partners.
Saab’s Q1 2026 Results Reflect Accelerating European Defense Demand
Saab reported Q1 2026 sales of SEK 19,164 million, representing organic growth of 23.6% compared to SEK 15,792 million in the same period last year. The results confirm the Swedish defense contractor is capitalizing on a historic surge in European defense procurement, driven by persistent security pressures across NATO’s eastern flank and growing urgency among allied governments to expand their military capabilities.
- Saab reported Q1 2026 sales of SEK 19,164 million, up from SEK 15,792 million in Q1 2025 — representing 23.6% organic growth.
- EBIT rose 32% year-over-year to SEK 1,920 million, with an EBIT margin improving to 10.0% from 9.2%.
- All business areas — including Surveillance, Aeronautics, Weapons, and Combitech — posted double-digit sales growth.
- Order bookings reached SEK 18,243 million in Q1 2026, with strong growth in medium-sized orders across NATO and partner nations.
- Operational cash flow turned sharply positive, reaching SEK 1,017 million compared to negative SEK 14 million in Q1 2025.
The Big Picture
European defense spending has entered a structural expansion phase not seen since the Cold War. NATO members collectively pledged to meet and exceed the 2% of GDP defense spending target following Russia’s 2022 invasion of Ukraine, and many are now committing to 3% or higher. This fiscal shift is producing tangible industrial results across the continent’s defense sector — and Saab stands among the clearest beneficiaries.
The company’s product portfolio spans air, land, naval, and security domains, aligning directly with the modernization priorities of both European governments and international partners seeking sovereign defense capabilities. Saab’s Gripen fighter, GlobalEye airborne early warning system, Giraffe radar family, AT4 anti-armor weapons, and Carl-Gustaf recoilless rifles are all in active procurement cycles across multiple NATO and partner nations.
This is not a temporary demand spike — it reflects a structural reorientation of European defense investment that analysts expect to persist through the end of the decade.
What’s Happening
Saab CEO and President Micael Johansson stated that the company delivered strong organic sales growth, a higher operating margin, and solid cash flow in the first quarter, adding that Saab’s product offering is well aligned with the defense priorities of many nations globally.
EBITDA reached SEK 2,731 million in Q1 2026, up from SEK 2,140 million, with the EBITDA margin improving to 14.3% from 13.6%. Net income rose to SEK 1,466 million from SEK 1,277 million, and earnings per share increased to SEK 2.65 from SEK 2.35.
Operational cash flow increased sharply to SEK 1,017 million, compared to negative SEK 14 million in the same quarter of 2025 — a turnaround that signals improved delivery execution and billing cycles across major contracts.
Order bookings in the quarter amounted to SEK 18,243 million, down slightly from SEK 19,144 million in Q1 2025. Saab noted that growth was strong for medium-sized orders, but that fewer large orders were received in the quarter.
Why It Matters
The 23.6% organic sales growth figure is exceptional by any standard in the defense industry. Most Western defense primes operate on multi-year procurement cycles with incremental annual revenue growth. Saab’s acceleration at this pace reflects two converging forces: an expanded backlog built from recent years of order wins, and the company’s deliberate investment in production capacity to actually convert that backlog into delivered revenue.
Saab noted particularly strong development in its Surveillance business area, which includes airborne surveillance systems, ground-based radar, and air traffic management — product lines that are currently among the highest procurement priorities for NATO members filling critical ISR gaps.
The double-digit growth across all business units is strategically significant. It indicates Saab is not dependent on a single platform or contract vehicle, but is generating broad demand across its entire portfolio. That diversification makes the company more resilient to procurement delays or cancellations in any one program.
Strategic Implications
Saab’s financial performance carries direct implications for NATO’s collective defense posture. Sweden’s formal entry into NATO in March 2024 effectively transformed Saab from a Nordic defense supplier into an embedded NATO industrial partner. Allied governments can now structure procurement with greater confidence in interoperability, information sharing, and political alignment.
The strong Surveillance segment performance deserves particular attention. Europe and NATO collectively face persistent gaps in ground-based air defense, early warning radar coverage, and counter-drone capability. Saab recently received an order from the Swedish Defence Materiel Administration (FMV) valued at approximately SEK 2.6 billion for a mobile and modular counter-unmanned aerial system (C-UAS), with deliveries planned for 2027 to 2028. This contract illustrates exactly the kind of capability gap that Saab’s current product roadmap targets.
Saab’s growing U.S. market presence also warrants attention. The company operates a significant footprint in the United States through subsidiaries involved in training systems, combat vehicles, and weapons. As the U.S. Defense Department seeks to diversify its supplier base and deepen allied industrial cooperation, Saab represents an increasingly credible non-domestic source.
Competitor View
Russia will interpret accelerating Western European defense production as confirmation that its strategic gambit in Ukraine has failed to fracture NATO cohesion — and may in fact have strengthened it. Saab’s growth numbers, alongside equivalent expansions at BAE Systems, Rheinmetall, Leonardo, and Thales, illustrate that Europe’s defense industrial base is now genuinely scaling up rather than simply pledging to do so.
China will monitor Saab’s Surveillance and airborne early warning programs closely. The GlobalEye multi-role surveillance aircraft and Giraffe radar family provide persistent, long-range detection capabilities that hold direct relevance to the Indo-Pacific security debate. Several of Saab’s regional customers — including nations in Southeast Asia — operate in areas of active Chinese strategic competition.
What To Watch Next
Saab’s Q2 2026 results will serve as the next key indicator of whether the company can sustain this growth trajectory. Several factors will influence the outcome: the timing and size of new large contract awards, continued execution on existing deliveries, and the trajectory of the Swedish krona against the euro and dollar.
Investors and defense analysts will also track whether Saab announces additional capacity investments. CEO Johansson has consistently noted the need to balance near-term delivery obligations with longer-term capability development — a challenge that every major defense prime is navigating as order books outpace physical production capacity.
The company’s C-UAS order from Sweden, with deliveries running through 2027 and 2028, highlights an emerging product line that could generate significant follow-on revenue as drone threats proliferate across European and NATO operational environments.
Capability Gap
Saab’s surge in Surveillance revenue directly addresses one of NATO’s most persistent operational shortfalls: the lack of scalable, mobile early warning and tracking systems capable of operating across contested electromagnetic environments.
Fixed radar installations remain vulnerable to suppression and precision strike. Saab’s mobile Giraffe radar variants and airborne GlobalEye platform offer survivable, deployable alternatives that aligning with NATO’s emphasis on multi-domain resilience.
The newly ordered C-UAS system addresses a separate but equally urgent gap. Drone proliferation — demonstrated extensively in Ukraine — has exposed the inadequacy of legacy air defense against low-cost, high-volume UAS threats. Saab’s modular C-UAS approach, combining detection, tracking, and effector systems, positions the company at the center of what is becoming one of the highest-priority procurement categories across allied defense ministries.
One realistic limitation: Saab, like all European defense primes, faces a constrained skilled labor market and supply chain bottlenecks in critical components including semiconductors, precision optics, and energetic materials. Sustained 20%-plus growth rates will eventually require continued investment in both workforce and industrial infrastructure to avoid delivery delays that could pressure margins.
The Bottom Line
Saab’s Q1 2026 results confirm that European defense rearmament has moved from political commitment to measurable industrial output, with the Swedish company positioned as one of the primary beneficiaries of NATO’s most significant military buildup in a generation.
NATO Underwater Internet Concept Moves Into Operations
The NATO underwater internet concept is moving from research into real operational planning, marking a significant step in how allied navies may fight, monitor, and communicate beneath the sea.
NATO has launched the Allied Underwater Battlespace Mission Network (AUWB-MN), a program intended to create a secure mission network linking military systems operating above, on, and below the waterline. The project is being led by Saab through its MANGROVE consortium.
- NATO has advanced its underwater internet concept into operational development through a new Allied Underwater Battlespace Mission Network (AUWB-MN) program.
- Swedish defense firm Saab (through its Kockums business area) is leading the multinational MANGROVE consortium selected for the effort.
- The system is designed to connect crewed and uncrewed platforms above, on, and below the sea surface.
- Twelve NATO nations are backing the project, led by the United Kingdom.
- The move comes as allied nations face growing concern over cable sabotage, seabed espionage, and maritime disruption.
The initiative reflects a broader shift in alliance planning. Underwater operations were once focused mainly on submarines and anti-submarine warfare. Today, the seabed has become a strategic battlespace that includes data cables, energy pipelines, sensors, drones, and autonomous vehicles.
Why NATO Is Prioritizing Undersea Networks
More than traditional naval competition is driving this effort. Western officials have increasingly warned about the vulnerability of critical undersea infrastructure, especially fiber optic cables that carry global internet traffic and financial data.
Recent incidents in the Baltic Sea and North Atlantic have sharpened concern that hostile states or proxy actors could damage cables, disrupt communications, or gather intelligence without triggering open conflict.
That makes the NATO underwater internet concept strategically important. If allied forces can maintain resilient underwater communications and connect autonomous systems in real time, they gain faster detection, better coordination, and stronger deterrence.
This is no longer only about ships and submarines. It is about controlling information flows in contested waters.
What The New Network Is Designed To Do
According to Saab, the AUWB-MN project will create a reference architecture and testing environment for a future NATO standard. It aims to support secure and rapid information exchange between conventional naval assets and maritime uncrewed systems.
That could include:
- Underwater drones sharing sonar contacts
- Surface vessels relaying data to command centers
- Autonomous sensors tracking suspicious seabed activity
- Multi-nation forces operating on one common network
- Faster responses to sabotage or submarine threats
The long term value is interoperability. NATO forces often operate with different national systems. A common underwater data standard could reduce delays and improve joint missions.
Why This Matters Beyond Europe
Although many recent cable incidents have centered on Europe, the implications are global. Undersea infrastructure links continents, supports military communications, and underpins global commerce.
If NATO successfully fields an underwater network architecture, similar models could shape future Indo-Pacific security planning, Arctic surveillance, and coalition maritime operations.
The United States, as a leading NATO military power, has a clear stake in the project. American naval doctrine increasingly emphasizes unmanned systems, distributed sensing, and resilient communications. Those priorities align directly with AUWB-MN goals.
Analysis: A Quiet But Important Military Shift
This program may not attract attention like a new fighter jet or missile system, but it could prove just as consequential.
Modern warfare increasingly targets networks rather than platforms. A damaged cable, blinded sensor grid, or disrupted data link can weaken combat power before the first missile is fired.
By pushing the NATO underwater internet concept into operations, the alliance is recognizing that future maritime competition will be fought across the seabed as much as on the surface.
That suggests NATO sees underwater connectivity not as a technical niche, but as core military infrastructure.