Nigerian troops under Sector 2 of Operation FANSAN YAMMA have recorded fresh successes in ongoing clearance operations in Zamfara State, neutralising terrorists and recovering arms in coordinated offensives across multiple communities.
According to a statement by the Media Information Officer of the Joint Task Force (North West), Lt. Col. Aliyu Danja, the operations were carried out in the early hours of May 4, 2026, targeting known terrorist hideouts across parts of Talata Mafara and Maradun Local Government Areas.
The clearance operations covered Maikwanuga village in Talata Mafara LGA, as well as Aljumma, Gidan Dawa, Magami Didi, and Tungar Magaji communities in Maradun LGA.
Troops reportedly made contact with terrorists at Tungar Magaji, leading to a fierce exchange of fire. During the encounter, troops overpowered the criminals, killing two terrorists while others fled with injuries.
A subsequent search of the area led to the recovery of one AK-47 rifle loaded with a 30-round magazine and one motorcycle used by the terrorists.
Related News
Gunmen attack Zamfara community, abduct many
Army Eliminates Terrorist, Dismantles Camps in Zamfara
Bandits Kill Three, Burn Homes in Zamfara
Bandits Kill Zamfara College Director Despite N20m Ransom Payment
Danja explained that the operation is part of a sustained effort to dismantle terrorist enclaves within the Bagega–Sunke forest corridor and restore peace to affected communities.
He reaffirmed that troops will maintain aggressive operations across the North-West until criminal elements are completely eliminated.
“Operation FANSAN YAMMA remains committed to protecting lives and property and will continue offensive actions against terrorists within its area of responsibility,” he stated.
The military also urged residents to support ongoing operations by providing credible and timely intelligence to security agencies.
Asenexpress reports that security operations have intensified in Zamfara and other North-West states as part of broader efforts to curb terrorism and restore stability in affected regions.
About the Author
