The Goshawk Cruise Missile System: Serbia’s New Approach to Precision Strikes
On February 8, 2026, the Serbian defense firm GPTS, in collaboration with EDePro, showcased its latest innovation—the Goshawk cruise missile system—at the World Defense Show in Riyadh, Saudi Arabia. This advanced autonomous loitering munition is being positioned for long-range precision engagements, reflecting Serbia’s ambition to expand its influence within the global market for contemporary land-based strike capabilities.
A Strategic Debut at World Defense Show 2026
The World Defense Show serves as a paramount platform, bringing together military decision-makers and players in the global defense industry. GPTS and EDePro’s unveiling of the Goshawk highlights Serbia’s expanding missile and propulsion sector during an era where military forces are increasingly seeking compact, cost-effective solutions for precision strikes against high-value targets. According to coverage from Army Recognition Group, the Goshawk stands out as a significant addition to Serbia’s offerings in the realm of land-based precision strike systems, generating considerable interest among defense professionals.
Specifications of the Goshawk System
The Goshawk is engineered as a modern loitering munition integrated into a cruise missile architecture. It boasts a total length of 2 meters, a wingspan of 1.8 meters, and a mass of 80 kg, designed to carry a 20 kg warhead. This configuration strikes a balance between lethality and deployment efficiency. The missile achieves a cruising speed of approximately Mach 0.8 and can operate at altitudes of up to 6,000 meters, with an impressive maximum range of 150 km. It utilizes a rocket booster for initial acceleration, transitioning seamlessly to sustained flight via its main propulsion system.
Advanced Navigation and Guidance Systems
The Goshawk’s innovative design relies on a fully autonomous flight profile for guidance and navigation. The baseline model employs an Inertial Navigation System (INS) in conjunction with Global Navigation Satellite System (GNSS) signals for mid-course guidance. This enables operators to pre-program flight paths and waypoints, enhancing operational flexibility. Future enhancements may include Terrain Contour Matching (TERCOM) technology, allowing the missile to compare onboard terrain data with actual ground features, ensuring accurate navigation even in environments where GNSS signals may be compromised.
The system is also poised to utilize an assisted inertial navigation solution, ensuring positioning accuracy in jamming scenarios or areas with weak GNSS coverage—capabilities essential for operations amid contested electromagnetic environments.
Tactical Advantages and Targeting Capabilities
From a tactical perspective, the Goshawk is designed for strikes against fixed high-value targets, including command centers, artillery positions, and logistics hubs. These targets are crucial to modern military operations but often lie beyond the immediate reach of conventional artillery. With its 150 km range, the Goshawk offers ground forces and commanders a safe standoff option to disrupt enemy infrastructure without risking counter-battery fire or attracting attention from air defenses.
The ability to program complex trajectories and loiter in the target area grants operators the leeway to engage time-sensitive targets that may appear sporadically. The precise 20 kg warhead is intended to deliver focused effects on critical points, minimizing collateral damage—all vital components in contemporary warfare.
Expanding Serbia’s Defense Industry
The introduction of the Goshawk is part of a broader initiative by Serbia’s defense sector to carve out a niche within the global precision strike market. The development of this weapon complements Serbia’s emerging portfolio of guided munitions and propulsion technologies, catering to clients seeking alternatives to traditional defense suppliers. At the same event, the launch of the EDePro A50 Precision Guided Surface-to-Surface Missile further illustrates how Serbian firms are developing a comprehensive suite of land-attack capabilities, ranging from tactical rockets to advanced cruise systems.
For potential export customers, particularly in the Gulf region and beyond, the Goshawk enhances options for efficient land-based precision fire capabilities. It readily accommodates integration with dispersed launcher platforms and supports strategic layered strike doctrines in conjunction with artillery and rocket systems.
Conclusion
By merging a loitering munition concept with long-range capabilities and resilient navigation systems, GPTS and its partners have crafted a formidable tool designed for precision engagements. As military planners increasingly prioritize the neutralization of critical adversary nodes deep within contested territories, the Goshawk is poised to attract interest from defense strategists seeking flexible, scalable solutions for modern warfare.
Author’s Credentials: Teoman S. Nicanci, a Defense Analyst at Army Recognition Group, holds advanced degrees in Political Science, International Relations, and Diplomacy. His research focuses on defense technology and modern warfare.