Saudi Arabia Strengthens Counter-UAS Capabilities Amid Growing Drone Threats

September 2026 | Saudi Arabia

Saudi Arabia is placing increasing attention on Counter-Unmanned Aircraft Systems (C-UAS) as drone threats continue to affect critical infrastructure, energy facilities and sensitive locations across the region.

In September 2026, Saudi authorities reported several serious drone-related incidents. On September 10, multiple attacks affected the East–West Pipeline in the Riyadh and Madinah regions, prompting the Saudi Ministry of Energy to temporarily shut down the pipeline as a precaution while emergency and technical teams secured the facility.

Only days later, on September 15, 2026, Saudi authorities reported that a hostile UAV was launched toward Makkah. The Royal Saudi Air Defense Forces intercepted and destroyed the drone before it entered the restricted airspace of the holy city.

These incidents highlight the growing importance of early drone detection, identification, tracking and rapid response for the protection of critical infrastructure.

Saudi Arabia Has Already Tested Advanced Counter-Drone Systems

Saudi Arabia has been actively developing and testing layered Counter-UAS capabilities.

In September 2025, U.S. and Saudi forces conducted the Red Sands Integrated Experimentation Center exercise in northeastern Saudi Arabia. More than 300 personnel and 20 counter-UAS systems participated in the multi-day live-fire exercise.

According to U.S. Central Command, the exercise focused on improving the ability to detect, track and eliminate modern drone threats and brought together U.S., Saudi and industry technologies.

The 2026 U.S. Army publication on Red Sands provides additional details on Saudi C-UAS capabilities. Saudi forces employed systems including Skyguard, Shikra and Moreeb, while Saudi and U.S. forces also used soldier-borne drone detection and handheld defeat systems.

The Saudi Moreeb system is particularly relevant to the evolution of C-UAS technology. U.S. Army reporting describes it as an integrated system combining electronic warfare and kinetic defeat, including jamming capabilities and a 12.8 mm machine gun.

From Air Defense to Multi-Layer Counter-UAS Protection

Modern drone defense is increasingly moving beyond traditional air-defense systems.

A complete Counter-UAS architecture can combine multiple technologies:

Detection → Identification → Direction Finding → Tracking → Threat Assessment → Countermeasure

Radar can provide long-range detection and tracking, while RF sensing can help identify drone-related signals. Electro-optical and infrared sensors can provide visual confirmation, while electronic countermeasures can provide an additional response layer.

The Red Sands exercise demonstrated this type of integrated approach. U.S. and Saudi systems were connected through a combined command-and-control structure, with radar, EO/IR sensors and multiple ground- and air-based C-UAS assets contributing to the common operating picture.

Protecting Saudi Arabia's Critical Infrastructure

Saudi Arabia's large energy and industrial infrastructure creates a particularly important application for Counter-UAS technology.

Potential applications include:

• Oil & gas fields
• Oil refineries
• Pipelines
• Airports
• Military facilities
• Border areas
• Power plants
• Industrial parks
• Ports and logistics facilities
• Large public venues
• Critical national infrastructure

The recent attacks involving Saudi energy infrastructure demonstrate why continuous aerial-threat awareness can be an important part of a broader security architecture. In July 2026, Saudi 

authorities also reported that several UAVs attempting to target oil facilities in the Eastern Region were intercepted and destroyed.

The Role of UAV Detection Technology

For fixed-site protection, the first stage of a Counter-UAS system is often early detection.

A modern UAV detection solution can monitor relevant RF activity, identify potential drone signals and provide information that allows security personnel or an integrated command system to assess the threat.

Depending on system architecture, a Counter-UAS solution may provide:

• Wide-frequency UAV signal detection
• Long-range drone detection
• RF signal analysis
• Direction finding
• Drone identification
• Multi-target monitoring
• Real-time threat alerts
• Network-based monitoring
• Integration with radar and EO/IR systems
• Fixed-site and mobile deployment options

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