The United Arab Emirates-based defence conglomerate EDGE and France's Naval Group have formalized a weapons integration partnership aimed at delivering a counter-swarm air defence solution by late 2027, positioning both firms to capture export contracts as navies worldwide race to plug dangerous capability gaps in close-range missile interception.
Why This Matters
• Test-firings begin domestically: The UAE will host combined land and maritime trials between now and the end of 2027, showcasing local range facilities as the preferred proving ground for advanced weapons integration.
• Short-range naval gaps: Navies globally are scrambling to defend against drone swarms and saturation attacks—threats that conventional long-range systems handle poorly and at prohibitive cost per engagement.
• Modular architecture unlocks sales: The Rampart launcher's open design allows weapons from multiple manufacturers to plug in, appealing to export customers seeking flexibility over proprietary lock-in.
• Operational timeline: If trials succeed on schedule, the first operational land-based Rampart units could ship by Q4 2027, with naval variants following in 2028.
What the Partnership Delivers
HALCON, the precision-strike subsidiary of the EDGE Group, will supply its SKYKNIGHT short-range interceptor—a 35 kg missile optimized to destroy drones, rockets, artillery, and mortar rounds at ranges up to 10 km. Naval Group contributes Rampart, a containerized, modular vertical-launch system still in development but designed to fire multiple effector types from a single launcher unit.
The collaboration merges HALCON's missile manufacturing expertise with Naval Group's naval combat systems integration knowledge. The pact, inked at Eurosatory 2026 in France, envisions a phased trial campaign starting with land-based launches inside the UAE before moving to at-sea demonstrations later this year and through 2027.
Successful integration would yield a layered defence architecture: Rampart becomes the launch platform, SKYKNIGHT becomes the affordable kinetic effector, and navies gain the ability to ripple-fire dozens of interceptors against waves of low-cost attackers without depleting expensive long-range missile magazines. Each Rampart missile launcher unit can salvo up to 20 rounds simultaneously, and a full battery can put 80 interceptors in the air at once—critical when facing coordinated drone swarms that can number in the dozens.
Why Navies Are Paying Attention
Naval air defence modernization has accelerated sharply over the past two years, driven by operational lessons from the Red Sea and Persian Gulf. Iran-backed forces have demonstrated how swarms of cheap, one-way attack drones and anti-ship missiles can impose asymmetric costs on defenders: a $2 M interceptor destroying a $20,000 drone is economically unsustainable over extended deployments.
SKYKNIGHT's dual warhead—combining shaped-charge and fragmentation effects—targets the full spectrum of modern threats: rotary-wing aircraft, unmanned aerial vehicles (UAVs), precision-guided munitions, cruise missiles, and counter-rocket/artillery/mortar (C-RAM) engagements. The missile uses an AESA radar seeker for all-weather tracking and features high-G maneuverability with front and rear aero control surfaces. Its cold vertical launch permits 360° engagement, crucial when defending a warship surrounded by threats.
Compared to legacy systems, SKYKNIGHT occupies a sweet spot: heavier and longer-ranged than man-portable Stinger (10.1 kg, 8 km effective), yet far cheaper per shot than the 90 kg Tamir interceptors used in Israel's Iron Dome (70 km range, overkill for most naval close-in scenarios). It is lighter and more compact than Germany's IRIS-T SLS (90 kg, 12 km), and unlike infrared-guided rivals such as France's Mistral 3 (under 20 kg, 7.5 km), the active radar seeker allows SKYKNIGHT to engage low-heat-signature targets and operate in degraded visual conditions.
Impact on Emirati Defence Strategy
Hosting the trials on UAE soil underscores the country's ambition to serve as a regional hub for defence innovation and testing. The arrangement offers EDGE access to Naval Group's mature naval integration toolkit—critical for HALCON products seeking qualification aboard foreign warships. For Naval Group, the partnership opens the door to Gulf Cooperation Council navies that prioritize interoperability with UAE systems and regional supply chains.
The trials will first take place at UAE military ranges configured for land-based vertical launch, allowing engineers to validate missile flight profiles, seeker performance, and launcher timing without the complexity of a ship platform. Maritime demonstrations will follow, likely aboard a purpose-modified vessel or barge to simulate shipboard shock, electromagnetic interference, and launcher integration constraints.
Both firms are racing against a crowded field. Rheinmetall and HALCON already partner on the Skynex air defence system, which integrates SKYKNIGHT with gun-based C-RAM effectors and advanced radar cueing. The Rampart integration would give SKYKNIGHT a dedicated naval variant, expanding the missile's addressable market beyond land-based and mobile batteries.
What Naval Group's Rampart Brings to the Table
Rampart, previously known as the Multi-purpose and Modular Launching System (MPLS), underwent its inaugural firing in January 2026 using a 68 mm guided rocket. By May 2026, Naval Group had completed more complex trials at the French Army's Canjuers range, simulating three engagement scenarios with both laser-guided and unguided rockets. The system is slated for its first at-sea firing campaign in October 2026, aboard a French Navy Mistral-class amphibious assault ship during the WildFire counter-drone exercise. Subsequent European trials in Belgium will test 70 mm rockets supplied by Thales Belgium.
The launcher's modularity is its primary selling point. Unlike proprietary systems that lock customers into a single weapons provider, Rampart is being engineered as an open architecture. This allows navies to mix and match effectors—rockets, missiles, electronic warfare payloads—based on mission profile and budget. The ability to deploy SKYKNIGHT, 68 mm guided rockets, and other munitions from the same launcher reduces logistical footprint and training overhead.
Naval Group is targeting early 2027 for a development contract, either from France's Directorate General of Armaments (DGA) or an export customer. If an order materializes by Q1 2027, the first land-based Rampart units could deliver by year-end 2027. Naval variants would follow, pending successful at-sea qualification.
The Broader Threat Environment
The urgency behind Rampart and SKYKNIGHT integration reflects a global shift in naval threat calculus. Hypersonic missiles traveling at Mach 5-plus with extreme maneuverability dominate strategic planning in the Indo-Pacific, but the immediate, persistent danger comes from drone swarms and saturation attacks using low-cost, expendable platforms.
China and Iran have both demonstrated operational drone-swarm tactics designed to overwhelm ship defenses. These attacks combine various drone types—fixed-wing, rotary, loitering munitions—to saturate radar systems and deplete missile magazines. Traditional point-defense systems like the Phalanx CIWS (gun-based) lack the reach and magazine depth to handle dozens of inbound threats. Long-range area-defense missiles are too expensive and too slow to reload for sustained engagements.
SKYKNIGHT's C-RAM pedigree—originally developed to intercept rockets, artillery, and mortar fire at ranges up to 4 km—makes it particularly well-suited to the rapid-engagement, high-magazine-depth requirement of counter-swarm operations. The missile's dual warhead ensures lethality against both hardened munitions (shaped charge) and dispersed swarms (fragmentation).
The shift toward open-architecture, software-defined systems is a recurring theme in 2026 naval modernization programs. AI-driven threat classification, autonomous mission planning, and predictive maintenance are moving from experimental to operational status. The Rampart-SKYKNIGHT combination aligns with this trend: Rampart provides the flexible hardware layer, while future software updates can refine targeting algorithms, engagement priorities, and multi-missile coordination without hardware redesign.
What Comes Next for Residents and Investors
For UAE defence sector observers, the trials represent a tangible milestone in EDGE's evolution from regional contractor to global systems integrator. Success would validate HALCON's missile development capabilities and position the UAE as a credible partner for European prime contractors seeking regional collaboration and co-development.
Investors in UAE defence and aerospace equities should monitor trial outcomes through late 2027. A successful maritime demonstration would likely trigger follow-on orders from UAE Armed Forces and Gulf allies, while failures or delays could force HALCON to refocus on the Rheinmetall Skynex land-based partnership.
The broader implication: as navies worldwide confront the economics of sustained air defence operations, modular launchers paired with affordable, mission-specific interceptors will become the default architecture. The UAE is positioning itself not just as a customer, but as a co-developer and manufacturing hub for that next-generation capability.
