GUADALAJARA, JALISCO — In a striking reflection of the region’s complex security landscape, authorities in the Guadalajara Metropolitan Area conducted a large-scale “high-risk” highway blockade simulation on July 13, 2026. Unlike traditional emergency drills that focus on natural disasters like earthquakes or fires, this exercise was designed specifically to prepare responses for cartel-mandated roadblocks, locally known as narcobloqueos.
The drill, which commenced at 1:00 PM, was organized by the local government in coordination with the Mexican Army’s 5th Military Region and the state Security Cabinet. The preventative exercise simultaneously targeted seven vital transit arteries connecting the Jalisco capital to neighboring regions, including the highways to Zacatecas, Saltillo, Lagos de Moreno, La Barca, Chapala, Colima, and Vallarta.
Municipal officials urged the public to remain calm during the operations, emphasizing that the exercise was purely for institutional coordination and posed no danger to citizens. They advised residents to follow official communication channels and avoid spreading unverified rumors online.
The implementation of this unconventional drill comes just over four months after a severe security crisis gripped the region. On February 22, 2026, a federal military operation resulted in the death of Nemesio Oseguera Cervantes, alias “El Mencho,” the notorious leader of the Jalisco New Generation Cartel (CJNG), in the nearby municipality of Tapalpa.
Following his death, the cartel launched a massive retaliatory wave, establishing over 60 violent roadblocks and vehicle arsons across the metropolitan area. The chaos triggered a state-wide “Code Red” emergency alert, forcing businesses to shut down and completely paralyzing the city’s public transit system.
While the announcement of the narcobloqueo simulation sparked intense public debate online regarding the normalization of cartel violence, security experts contend that inter-agency drills are vital for minimizing civilian casualties.
Source: Radio Formula
