The failure of Venezuela’s air defense system became one of the decisive factors behind the success of the U.S. military operation to capture Nicolás Maduro. Despite being largely equipped with Russian-made systems, Venezuela’s air defenses were unable to counter U.S. air operations.
According to military analysts, the United States conducted a classic SEAD operation—suppression of enemy air defenses. The strikes were accompanied by large-scale cyberattacks that disrupted power supply and command-and-control systems in Caracas. This enabled more than 150 U.S. aircraft and helicopters, including F-35 fighters and B-1 strategic bombers, to operate with minimal resistance.
Venezuela possessed a layered air defense network that included Buk-M2 systems, S-300VM Antey-2500, modernized S-125 Pechora-2M complexes, Pantsir systems, and thousands of Igla-S man-portable air defense missiles. On paper, this was considered one of the strongest air defense structures in Latin America.
In practice, however, much of the equipment was not combat-ready. Years of poor maintenance, spare parts shortages, and limited technical support left only a small portion of the systems operational. In the opening hours of the operation, U.S. forces struck key air defense sites and communication hubs, effectively paralyzing the entire network.
U.S. technological superiority played a critical role. Fifth-generation aircraft such as the F-35 and F-22 feature low radar observability and operate in close coordination with real-time intelligence and electronic warfare assets. Experts note that ground-based air defense systems, including Russian designs, struggle against such integrated capabilities.
The mountainous terrain surrounding Caracas further reduced radar effectiveness, particularly against low-flying targets. Under these conditions, even man-portable air defense systems were used ineffectively, as evidenced by footage from the operation.
Analysts identify the human factor as the primary cause of failure. Strikes on command, control, and communications nodes left Venezuelan forces unable to coordinate their response. The military appeared unprepared for a sudden attack and failed to fully utilize the capabilities it nominally possessed.
In conclusion, the collapse of Venezuela’s air defenses resulted from a combination of factors: cyber warfare, disruption of command structures, U.S. air superiority, maintenance shortcomings, and low operational readiness. The episode underscores that air defense effectiveness depends not only on hardware, but also on training, organization, and leadership.