A new defence agreement has been signed. It will speed up delivery of the Skyhammer Interceptor counter-drone missile system. The system will go to the UK Armed Forces and Gulf partners.
The contract aims to strengthen defences against rising drone threats in modern conflicts. It also focuses on faster deployment of advanced air defence technology. Training and integration support are included as part of the agreement.
Contract Secured for New Counter-Drone Missile System
Defence authorities have signed a major agreement. It will speed up delivery of the Skyhammer counter-drone interceptor missile system. The system will be supplied to the UK Armed Forces and defence partners in the Gulf region.
The contract includes an initial batch of interceptor missiles. It also includes dedicated launch systems. Together, they form a complete defence package. These systems respond quickly to fast-moving drone threats. Further deliveries are planned within six months to expand deployment.
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The government and defence agencies are accelerating procurement from innovative UK defence companies. The aim is to deliver advanced defence technology more quickly. This shift reflects the growing use of drone warfare in modern conflicts. Small, low-cost drones are increasingly used in large numbers to challenge traditional air defence systems.
Engineers developed Skyhammer specifically to counter these mass-produced attack drones. These drones often operate in coordinated swarms. The contract also includes technical integration support and training. This ensures military personnel can operate and maintain the system effectively from the moment it enters service.
How the Skyhammer Interceptor Works Against Drone Threats
The Skyhammer interceptor missile is designed to detect and destroy small, fast-moving drones before they can reach sensitive or protected locations. It is built specifically to counter one-way attack drones that are increasingly used in modern battlefield environments, including coordinated drone strikes.
The system has a reported range of around 18.6 miles (30 kilometers), allowing it to engage threats from a safe distance. It can travel at speeds of up to 435 miles per hour (700 kilometers per hour), which helps it quickly intercept incoming drones before they get close to critical infrastructure or populated areas.
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Unlike traditional large air defence missiles, Skyhammer is designed for cost-effective mass production and deployment. This makes it suitable for situations where multiple drones may attack at once, including swarm-style assaults that can overwhelm conventional defence systems.
The system works as part of a wider air defence network, integrating with radar and detection tools to identify threats early. It also includes launch platforms and command systems that help operators respond quickly and accurately once a drone is detected.
Production, Deployment Timeline and Industry Impact
The first deliveries of the Skyhammer interceptor missile system are scheduled to begin in May. This fast timeline reflects growing urgency to strengthen defences against increasing drone-based threats across multiple regions. The initial phase includes a large batch of interceptor missiles along with associated launch units designed for immediate operational use.
After the first shipment, additional deliveries are expected within about six months. This phased rollout will expand availability for both domestic forces and international partners, ensuring wider deployment of the system over time. The contract also includes technical support and structured training programmes, helping military teams operate and maintain the system effectively in real-world conditions.
The agreement will also support the defence industry workforce by creating more than 50 new jobs and sustaining around 125 existing roles through production and integration work. Industry representatives describe the system as part of a new generation of affordable air defence technology designed for large-scale deployment.
Skyhammer targets the growing use of small unmanned aerial systems for reconnaissance and attack missions. Its deployment strengthens layered air defence networks by adding a specialised interceptor capability within existing military structures, while also improving readiness through faster procurement and collaboration between defence stakeholders.