ALGIERS/RABAT : Open-source intelligence (OSINT) reports circulating on February 12, 2026, indicate that the Algerian People’s National Army (ANP) has forward-deployed a Chinese-made CHL-906 electronic warfare system close to the Moroccan border. According to the initial claims, the system has been positioned approximately six kilometers from the frontier in Algeria’s southwestern sector, an area under the jurisdiction of the country’s 3rd Military Region.
The reported movement, if verified, would place a high-capability electronic countermeasure platform within operational range of key Moroccan intelligence, surveillance and reconnaissance (ISR) assets. Algerian authorities have not issued official confirmation regarding the specific deployment location, and no independently verified satellite imagery has been publicly released at the time of reporting.
Origin of the Report and Operational Context
The first public reference to the alleged deployment was made by the defense analyst known as “Visioner” on the social media platform X. The post described the establishment of a temporary site for a CHL-906 unit in the border region. While unconfirmed, analysts consider such a deployment consistent with Algeria’s existing force posture in the area.
The southwestern border region falls under Algeria’s 3rd Military Region, headquartered in Béchar. This command oversees operations along the frontier with Morocco and has previously hosted advanced air defense and electronic warfare assets during military exercises. Algeria’s Ministry of National Defence has earlier released imagery showing the CHL-906 participating in drills within this region, confirming that the system is already operational in the Algerian inventory.
Technical Overview of the CHL-906 System
Available technical information associated with the system indicates the following operational characteristics:
The electronic intelligence (ELINT) component is assessed to be capable of intercepting, identifying and tracking radar and radio frequency emissions at distances of up to 600 kilometers, depending on emitter strength and terrain conditions. This enables operators to build an electronic order of battle and monitor airborne and ground-based systems over wide areas.
The electronic attack module reportedly provides active jamming capabilities against airborne radar systems and communications links at ranges estimated between 250 and 300 kilometers. The system is designed to interfere with both surveillance radars and fire-control radars.
The frequency coverage is believed to span from 0.1 GHz to 40 GHz, allowing the system to target a broad range of emitters, including search radars, tracking radars, data links and high-frequency communication systems.
In addition to radar and communication disruption, the platform reportedly includes modules for interfering with global navigation satellite systems (GNSS). These may include GPS, GLONASS, BeiDou and Galileo, affecting positioning and guidance functions for drones, precision-guided munitions and reconnaissance systems.
The system’s vehicle-mounted mobility allows for rapid redeployment, reducing vulnerability to counter-battery fire or anti-radiation missile strikes.
Integration with Algeria’s Air Defense Architecture
The reported forward positioning of the CHL-906 is understood within the broader framework of Algeria’s layered air defense and anti-access/area denial (A2/AD) structure.
Algeria operates the Russian-made S-300PMU2 long-range surface-to-air missile system. In a networked configuration, the CHL-906 would complement active radar components by detecting hostile emissions and applying jamming at selected intervals. By interfering with adversary airborne sensors and communications, the electronic warfare system can complicate targeting solutions and reduce the effectiveness of stand-off weapons.
The CHL-906 may also operate alongside passive detection systems such as the DWL-002 passive emitter locating system, which identifies targets based on their electromagnetic emissions without transmitting signals of its own. In such a configuration, passive systems provide silent tracking, while active jammers apply electronic denial when required.
Regional Security Context
The reported deployment occurs amid sustained political and military tension between Algeria and Morocco. Diplomatic relations were severed in August 2021, and the land border remains closed. The dispute over Western Sahara continues to influence defense planning and procurement decisions on both sides.
In recent years, Morocco has expanded its unmanned aerial vehicle (UAV) inventory, including acquisition of the Bayraktar TB2. These platforms rely on line-of-sight data links and satellite navigation signals for control and targeting functions.
An electronic warfare system positioned close to the border would, in theory, be capable of disrupting drone control links and satellite navigation signals within significant portions of Moroccan airspace near the frontier. By placing the CHL-906 within six kilometers of the border, Algeria would extend jamming coverage into areas frequently used for reconnaissance missions.
Current Status
As of February 12, 2026, the reported deployment remains based on OSINT sources and has not been officially acknowledged by Algerian authorities. Independent confirmation through satellite imagery or government statements has not been made public.
If verified, the forward positioning of the CHL-906 electronic warfare system would represent a measurable enhancement of Algeria’s electronic warfare posture along the Moroccan frontier and align with its broader spectrum control and air defense integration strategy.
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