electronic jamming, kinetic (!) attacks on radar and air defences.

Jens Sorensen, 13 Jan 2026
https://medium.com/the-geopolitics-report/how-did-the-u-s-break-venezuelas-russian-air-defenses-in-two-hours-08db1779d762

How Did the U.S. Break Venezuela's Russian Air Defenses in Two Hours?

Lede: Operation Absolute Resolve neutralized Caracas's Russian-built air defense
network through cyberattacks, electronic warfare, and fifth-generation aircraft,
exposing systemic failures in maintenance, readiness, and deterrence that led to
Nicolás Maduro's capture

Absolute Resolve, the U.S. military operation carried out in Venezuela in early
January 2026 marked one of the most consequential interventions in Latin America
in the post-Cold War era.

It was not merely the arrest of Nicolás Maduro that made the operation
extraordinary, but the manner in which it was executed: swiftly, with
overwhelming technical coordination, and without reported casualties among
U.S. forces.

At the center of this outcome was the rapid and decisive neutralization of
Venezuela's air defense network over Caracas, a system long portrayed by the
Venezuelan government as one of the most powerful in the region and a
cornerstone of the regime's deterrence strategy.

The collapse of this network exposed not only technological and logistical
weaknesses but also deeper structural flaws rooted in neglect, overconfidence,
and a fundamental misunderstanding of how modern warfare is conducted.

For years, Maduro had relied on the image of a formidable, Russian-built air
defense shield to project strength domestically and defiance internationally.

During repeated verbal confrontations with Washington, particularly during the
presidency of Donald Trump, Maduro frequently boasted of Venezuela's ability to
repel any aerial attack. He cited the deployment of advanced Russian systems
such as Pantsir, Buk-M2, and Igla-S missiles, integrated with Chinese radar
technology, as proof that Venezuela possessed the most robust air defense
architecture in Latin America.

This narrative was not without some basis in fact. Beginning in the late 2000s,
Venezuela invested heavily in air defense, acquiring a layered network designed
to counter threats at multiple altitudes and ranges. On paper, the system
appeared formidable, especially in a region where most countries place limited
emphasis on air defense due to the low likelihood of interstate air conflict.

According to the Stockholm International Peace Research Institute, Russia
supplied Venezuela with a range of air defense systems between 2008 and 2014,
though SIPRI itself notes that its data are incomplete due to limited
transparency. Beyond what is publicly documented, experts widely believe that
Venezuela possessed additional systems and variants not fully accounted for in
open sources.

Over time, this accumulation produced one of the densest air defense networks in
Latin America, combining long- and medium-range missile systems with short-range
defenses and thousands of man-portable air defense missiles. In October 2024,
reports indicated that Russia had delivered additional Pantsir, Buk-M2, and
Igla-S systems, reinforcing the perception that Venezuela's defenses were being
maintained and upgraded.

The political symbolism of these acquisitions was significant. Russian military
support became a central pillar of Maduro's claim that Venezuela could withstand
U.S. pressure and intervention. In 2015, then Russian Defense Minister Sergei
Shoigu was awarded Venezuela's Order of Merit for National Security, a gesture
underscoring the depth of military cooperation between Caracas and Moscow at the
time.

As late as October 2025, Maduro publicly claimed that Venezuela possessed at
least 5,000 Igla-S missiles, asserting that "all the armed forces of the world
know the power of the Igla-S missile." Such statements reinforced the idea of an
impregnable aerial shield, both for domestic audiences and for potential
adversaries.

Yet beneath this carefully cultivated image lay a far more fragile
reality. Advanced air defense systems are not static symbols of power; they are
complex, maintenance-intensive networks that require constant investment in
training, logistics, spare parts, software updates, and integration. By the
mid-2020s, Venezuela's economic collapse, compounded by international sanctions
and chronic mismanagement, had severely degraded its ability to sustain such
systems. Reports from Western and Russian experts alike suggested that many
Venezuelan air defense units were only partially operational. Some systems had
been kept running by cannibalizing parts from others, while maintenance
schedules were irregular or nonexistent. Promised modernization and repair
support from Russia increasingly failed to materialize as Moscow's strategic
priorities shifted and its own resources became stretched.

This deterioration occurred alongside a gradual decline in Russia's engagement
with Venezuela. Although Maduro reportedly requested additional military support
from both Russia and China in late 2025, amid growing U.S. military activity in
the Caribbean, the response from Moscow appeared limited. While China continued
to provide radar systems and other forms of cooperation, neither partner
demonstrated the willingness or capacity to fundamentally restore Venezuela's
air defense readiness. The result was a system that looked formidable in parades
and speeches but was deeply compromised at the operational level.

The U.S. operation exploited these vulnerabilities through a meticulously
planned, multi-domain campaign that integrated cyberwarfare, electronic warfare,
intelligence operations, and precision kinetic strikes. According to General Dan
Caine, chairman of the U.S. Joint Chiefs of Staff, more than 150 aircraft of
various types participated in the operation on the night of January 3,
2026. These included fifth-generation stealth fighters such as the F-22 and
F-35, electronic warfare platforms, drones, bombers, and helicopters. The scale
and diversity of the force underscored the importance Washington placed on
achieving rapid and uncontested control of the air over Caracas.

The operation began with a cyberattack that disrupted much of Caracas's
electrical grid. While the civilian impact was immediate and severe, the primary
military objective was to degrade Venezuela's command, control, and
communications infrastructure. Modern air defense systems depend heavily on
reliable power and centralized data flows to coordinate radar coverage, identify
targets, and assign interceptors. By paralyzing these networks, U.S. planners
effectively fragmented Venezuela's air defense, isolating individual units and
preventing them from functioning as a coherent whole.

With command and control disrupted, U.S. aircraft began approaching Venezuelan
airspace under conditions that favored stealth and surprise. The combination of
power outages, electronic jamming, and radar-evading aircraft allowed
U.S. forces to advance with minimal detection. According to reports in the
Washington Post, at least six key air defense installations around Caracas were
targeted to secure an aerial corridor into the capital. These included defenses
near the port of La Guaira, the La Carlota air base, and the sprawling military
complex of Fuerte Tiuna, which serves as a central hub of Venezuela's armed
forces.

Satellite imagery taken shortly after the operation revealed extensive damage at
these sites. Destroyed vehicles, disabled radar installations, and the remains
of Buk missile launchers were visible at La Carlota and Fuerte Tiuna. These
images contradicted years of official rhetoric and highlighted the gap between
the perceived strength of Venezuela's defenses and their actual condition. What
had been promoted as a layered, resilient shield proved unable to withstand a
coordinated assault that targeted not only physical assets but the information
systems that supported them.

Stealth aircraft played a critical role in this phase of the
operation. Fifth-generation fighters such as the F-22 and F-35 are designed to
minimize radar detection, making them exceptionally difficult targets for many
existing air defense systems. Russian military analyst Yuri Fiodorov noted that
even advanced systems like the S-400 can struggle against such aircraft under
certain conditions. Venezuela, which relied on older systems like Buk variants
and Pantsir, faced even greater challenges. When combined with electronic
warfare that degraded radar performance and real-time intelligence that guided
targeting decisions, the advantage enjoyed by U.S. forces became overwhelming.

Electronic warfare further eroded what remained of Venezuela's defensive
capability. By jamming radar signals, disrupting communications, and injecting
false data into enemy networks, U.S. forces effectively blinded air defense
units that were still operational. Western analysts emphasized that no air
defense system, regardless of its technical specifications, can function
effectively when deprived of accurate information and coordination. In Caracas,
this informational collapse occurred rapidly, leaving individual missile
batteries unable to detect, track, or engage incoming threats in a meaningful
way.

Terrain also played a decisive role. Caracas is surrounded by rugged mountains
and complex topography that create natural blind spots for radar coverage. Many
Russian-designed air defense systems are optimized for flatter terrain, where
radar horizons are more predictable. In mountainous environments, low-flying
aircraft and cruise missiles can exploit valleys and terrain masking to remain
below radar coverage until the final moments of an attack. Analysts cited by The
Telegraph argued that U.S. aircraft took full advantage of these conditions,
flying at low altitude and using the terrain to conceal their approach.

Despite these technical and environmental factors, several experts emphasized
that human and organizational failures were equally decisive. Years of economic
hardship had eroded morale, training, and readiness within Venezuela's armed
forces. Maintaining high alert levels requires constant effort, resources, and
discipline - luxuries that were increasingly scarce. Yuri Fiodorov argued that
Venezuelan forces had grown complacent, assuming that an actual U.S. attack was
unlikely despite years of hostile rhetoric. This assumption proved fatal. In his
assessment, the failure of Venezuela's air defense was less about the inherent
limitations of Russian systems and more about the inability of Venezuelan
operators to keep them fully prepared for a sudden, coordinated assault.

Intelligence penetration further compounded these weaknesses. U.S. intelligence
agencies, including the CIA and the Defense Intelligence Agency, reportedly
played a key role in identifying vulnerabilities within Venezuela's defense
network. Such efforts likely provided detailed information about the location,
readiness, and operating procedures of air defense units, as well as insight
into internal dysfunctions. In some cases, "internal work" - a euphemism for
cooperation or assistance from insiders - may have delayed responses or
sabotaged systems at critical moments. While details remain classified, the
speed and precision of the operation strongly suggest a high degree of prior
intelligence preparation.

The entire operation lasted approximately two hours. During that time,
U.S. forces achieved sufficient control of the air to allow special operations
units to move into Caracas and detain Nicolás Maduro. The absence of reported
casualties among U.S. forces was presented as evidence of the operation's
effectiveness and precision. From Washington's perspective, the rapid
neutralization of air defenses minimized the risk of escalation and collateral
damage, even as it raised profound political and legal questions on the
international stage.

For Russia, the events in Venezuela represented a significant
embarrassment. Images of destroyed Buk launchers and disabled Pantsir systems
circulated widely, prompting renewed scrutiny of Russian air defense
exports. While Russian experts emphasized that poor maintenance, lack of spare
parts, and human error were decisive factors, the episode nonetheless reinforced
concerns among current and potential customers about the real-world performance
of these systems. At the same time, many analysts cautioned against simplistic
conclusions. Air defense systems do not operate in isolation, and their
effectiveness depends on integration, training, doctrine, and the nature of the
threat they face. In Venezuela's case, all of these elements were compromised.


The broader implications of the operation extend beyond Venezuela. For Latin
American militaries, the collapse of a heavily armed air defense network served
as a cautionary tale. It demonstrated that acquiring advanced hardware is not
enough; without sustained investment in maintenance, training, and integration,
even sophisticated systems can become hollow symbols of power. Strategically,
the operation highlighted the declining influence of Russia in parts of the
region and underscored the challenges faced by countries that rely heavily on
foreign military aid without ensuring long-term operational readiness.

At a doctrinal level, the events of January 2026 illustrated the evolution of
air warfare. Modern suppression of enemy air defenses is no longer limited to
the physical destruction of radar and missile sites. It encompasses cyberattacks
on infrastructure, electronic warfare against sensors and communications,
intelligence operations that exploit internal weaknesses, and precision strikes
guided by real-time data. Control of the air is increasingly a matter of
information dominance - the ability to see, decide, and act faster than one's
opponent.

The neutralization of Venezuela's air defense over Caracas was not the result of
a single technological breakthrough or tactical maneuver, but the culmination of
years of neglect, overconfidence, shifting geopolitical alliances, and a failure
to adapt to the realities of modern warfare. Systems once hailed as symbols of
defiance proved incapable of protecting the regime they were meant to
defend. The events of January 2026 serve as a sobering reminder that military
strength is not measured solely by the weapons a nation possesses, but by its
ability to maintain, integrate, and employ them effectively in an ever-evolving
strategic environment.

Sources and Further Readings

US deploys 150-plus military aircraft, drones and other tech in raid to capture
Venezuela's Maduro
Gen. Dan Caine shared new information about the U.S. military's preparation for
Operation Absolute Resolve in...
-- https://defensescoop.com/2026/01/03/us-military-operation-venezuela-absolute-resolve-details-gen-caine/

Venezuela's air defense network offered little resistance to the U.S. attack
Experts cited by the Financial Times noted that the Venezuelan air defense
system, seen as a potential obstacle to a...
-- https://en.cibercuba.com/noticias/2026-01-03-u1-e209363-s27061-nid317816-red-defensa-aerea-venezuela-ofrecio-poca-resistencia

US Destroys Russian-Supplied Buk-M2E Missile System in Venezuela Airstrike
In a military operation on January 3, 2026, US troops destroyed a
Russian-supplied Buk-M2E air defense system at a...
-- https://united24media.com/latest-news/us-destroys-russian-supplied-buk-m2e-missile-system-in-venezuela-airstrike-14744

Russian Air-Defense Deliveries to Venezuela and the Escalation Risk of
U.S.-Venezuela Military...
Russian deployment of new air-defense systems to Venezuela-including Pantsir-S1
and Buk-M2E batteries to reinforce the...
-- https://lansinginstitute.org/2025/11/05/russian-air-defense-deliveries-to-venezuela-and-the-escalation-risk-of-u-s-venezuela-military-conflict/

Venezuela Deploys 5,000 MANPADS Arsenal Against Possible U.S. Attacks
Venezuelan President Nicolás Maduro claimed his forces have deployed over 5,000
Russian-made Igla-S anti-aircraft...
-- https://clashreport.com/defense/articles/venezuela-deploys-5000-manpads-arsenal-against-possible-us-attacks-m3utjr8bvv