U.S. forces have shattered the core of Venezuela’s Russian and Chinese supplied air defenses in a rapid, coordinated campaign that cleared the skies for follow-on strikes and special operations. Within minutes, systems that Caracas had touted as a “Russian Shield” against American power were blinded, jammed, or physically destroyed, opening the way for the operation that captured Venezuelan President Nicolás Maduro and reshaped the regional balance.
The dismantling of these defenses was not a single lucky strike but the product of a large, joint-force plan that combined stealth aircraft, electronic warfare, cyber operations, and precision weapons. The result was a vivid real-world test of Russian and Chinese technology against U.S. suppression of enemy air defenses, and the outcome is already rippling through global debates over deterrence and arms sales.
How the U.S. cracked Venezuela’s “Russian Shield” in minutes
American planners approached Venezuela’s integrated air defense network as a classic Suppression problem, aiming to neutralize radars and missile batteries fast enough that they could not meaningfully respond. Reporting on the strikes describes a layered Russian-built system that was expected to complicate any U.S. attack, yet in roughly twenty minutes U.S. forces eliminated the core of that network, including long range surface to air missile sites that had been marketed as capable of deterring advanced Western aircraft. Analysts note that this rapid collapse mirrored long standing doctrine in which suppression can be achieved either by physically destroying systems or by deceiving and disrupting them through electronic warfare, with the goal of driving down their effectiveness for the rest of a campaign.
Accounts of the opening phase describe a combination of stealth platforms and stand off weapons that targeted key nodes in Venezuela’s radar picture. The “Russian Shield” concept, which promised to freeze an adversary’s decision making by presenting a dense wall of overlapping coverage, instead became a liability once U.S. forces mapped its emitters and communications patterns in detail. One assessment argues that what Russia sold was reassurance rather than invulnerability, and that Caracas paid for a sense of security that evaporated as soon as American aircraft and missiles began exploiting known vulnerabilities in those Russian systems. The speed of the collapse, and the fact that Venezuelan operators apparently never achieved a coherent track on incoming aircraft, has already become a case study in how quickly a modern integrated air defense can unravel under concentrated pressure.
Growlers, F-35s and the art of blinding an air defense network
The most visible tools in the U.S. toolkit were electronic attack aircraft and stealth fighters that turned Venezuela’s own sensors against it. The U.S. Navy deployed EA-18G Growler aircraft during the strike, using their jamming pods to disrupt Venezuelan radar and communications links and to degrade enemy situational awareness across the battlespace. In parallel, F-35 fighters used their AESA radars not only for their own targeting but also as part of a broader electronic warfare effort, with one detailed account describing how F-35 AESA radars and EA-18G Growler jammers spoofed Venezuelan frequencies to disable defenses around La Carlota air base in about ten minutes. By the time strike aircraft and helicopters approached key targets, many of the radars that should have been tracking them were either overwhelmed with false returns or effectively blind.
This combination of stealth, jamming, and cyber activity meant that Venezuelan operators were fighting a ghost. Reports indicate that United States Cyber Command was integrated into the operation, contributing to the degradation of command and control networks that tied together Russian supplied batteries and Chinese built sensors. In practice, that meant radar screens filling with noise, intermittent loss of communications between batteries, and delayed or garbled orders from higher headquarters. The result was that even surviving launchers struggled to coordinate or receive timely engagement authority, which is critical for complex systems that rely on tight timing and data sharing to intercept fast moving targets. By the time Venezuelan crews understood the scale of the attack, the window to mount an organized defense had already closed.
Chinese and Russian systems under the microscope
The performance of Russian and Chinese hardware in Venezuela is now under intense scrutiny, particularly among countries that have bought similar systems. U.S. assessments highlight that Russian supplied air defense systems failed during the operation, underscoring their inability to counter American tactics and technology in a real conflict. Defense Secretary Pete Hegseth later quipped, “Seems those Russian air defenses didn’t quite work so well, did they?”, a pointed remark that captured the mood in Washington after years of Russian marketing that portrayed these systems as a direct answer to U.S. airpower. Analysts have also emphasized that the operation largely bypassed or neutralized Russian supplied batteries, reinforcing the perception that they are far less formidable against a sophisticated opponent than their brochures suggest.
Chinese equipment did not fare better. Reporting on the operation notes that The Chinese JY-27A radar, sold by Beijing to Caracas and advertised as a counter stealth sensor, was among the systems that failed to provide meaningful warning or tracking data once the strikes began. NEWS AND ANALYSIS pieces describe how U.S. forces exploited known characteristics of that radar, including its frequency bands and processing methods, to degrade its performance or avoid detection altogether. The fact that a high profile Chinese system, marketed as a cutting edge answer to low observable aircraft, was effectively sidelined in its first major combat test will likely weigh on Beijing’s future export pitches. For both Moscow and Beijing, Venezuela has become a live fire demonstration of how their flagship air defense products perform when confronted by a full spectrum U.S. suppression campaign, and the verdict is not flattering.
Operation Absolute Resolve and the race to Caracas
Behind the headlines about individual systems was a massive joint operation designed to overwhelm Venezuela’s defenses from the outset. Around 150 aircraft were involved in what has been described as Operation Absolute Resolve, a coordinated air campaign that unfolded over roughly two hours and twenty minutes and was tailored to dismantle Venezuelan air defenses and create safe corridors for follow-on forces. The entire joint force was represented, with the Army, Navy, Air Force, Marines, Space Force, and intelligence agencies all playing roles in the mission to capture Maduro and secure key sites. Fixed wing aircraft, rotary assets, and support platforms worked from multiple directions, saturating the remaining sensors and complicating any attempt by Venezuelan commanders to form a coherent picture of the attack.
As the air defense network collapsed, U.S. special operations forces moved to exploit the opening. Reports describe explosions and gunfire around Caracas as U.S. helicopters flew over the city, with one detailed account noting that the strikes on air defenses and command nodes set the conditions for the raid that ultimately captured Maduro. Satellite imagery taken after the strikes shows damage at key facilities and smoke rising from infrastructure around the capital, visual confirmation of how thoroughly the initial wave of attacks had degraded Venezuela’s ability to contest the airspace. The cost to U.S. forces was not zero, with Seven US service members reported injured during the raid to capture Maduro, but the absence of any reported aircraft losses underscores how effectively the suppression phase had neutralized the threat from Russian and Chinese supplied systems.
Strategic fallout: deterrence, arms sales and the next phase
The rapid neutralization of Venezuela’s defenses is already reshaping strategic narratives about airpower and deterrence. Commentators argue that the operation reasserted U.S. dominance and put Russia on notice, particularly after years in which Russian officials touted their air defense exports as a way for smaller states to deny access to American forces. One analysis notes that the operation bypassed Venezuela’s Russian supplied systems entirely in some sectors, reinforcing Hegseth’s criticism and raising uncomfortable questions for Moscow about the real value of its hardware against a peer adversary. Another assessment frames the episode as “death by assumptions” for Caracas, which had come to believe that buying Russian systems alone could freeze U.S. decision making and deter intervention, only to discover that those assumptions collapsed under pressure.
There are also significant implications for Chinese ambitions. The underperformance of The Chinese JY-27A radar in Venezuela will likely be studied closely by potential buyers who had been told that Beijing’s technology could counter stealth aircraft and sophisticated electronic warfare. For Washington, the operation provides a trove of data, not only from combat recordings but also from the captured Venezuelan systems that U.S. technicians are now reverse engineering. Analysts point out that the United States is already examining how Russian and Chinese components were integrated into Venezuela’s network, what software and tactics were used, and how those might evolve in response to this setback. While the air defense battle appears decisively settled in favor of U.S. forces, several reports caution that the “real war” may be what comes next, as Washington manages the political aftermath in Caracas and Moscow and Beijing adjust their strategies in light of a very public failure.