Washington, Jan 7 (NationPress) US Navy electronic-warfare aircraft known as EA-18G Growlers reportedly played a pivotal role in incapacitating Venezuela’s air defenses during the military action that resulted in the capture of President Nicolas Maduro, according to a media report.

In a significant defense narrative, The Wall Street Journal spotlighted Boeing’s Growlers, underscoring Washington’s renewed dependence on signal-jamming technology in contemporary warfare.

The Growler is a carrier-based electronic attack jet engineered not to deploy bombs but to assert dominance over the electromagnetic spectrum. In the Venezuelan operation, it contributed to a vast US air armada that neutralized radar and communication systems, facilitating swift entry and exit of special forces aircraft in Venezuelan airspace.

More than 150 US aircraft were engaged in the operation, as reported, which included fighter jets, bombers, and drones. The Growler was notable for its capability to disrupt signals rather than traditional ground targets, as highlighted by the Daily.

Electronic warfare experts assert that this ability makes the Growler exceptionally effective. Jamming pods fitted on the Growler detect enemy radar signals, analyze them in real-time, and transmit customized signals to confuse or overwhelm the enemy’s system. This can lead to radar displays cluttered with false targets or loss of track of actual aircraft.

Consequently, the Growler can thwart surface-to-air missiles from locking onto US aircraft, ensuring protection for both strike jets and transport helicopters. A single Growler can safeguard an entire formation of aircraft, acting as a force multiplier, the report indicated.

The EA-18G is derived from Boeing’s F/A-18F Super Hornet and has replaced the older EA-6B Prowler in US Navy operations. It became operational in 2009 and currently serves as the backbone of US airborne electronic warfare. The aircraft is also utilized by Australia.

In Venezuela, the Growlers were able to navigate through the country’s outdated air-defense network, which heavily relies on older Soviet- and Russian-manufactured systems, including variations of the S-300 missile system, as noted by defense analysts in the report. Venezuela also employs some Chinese radar systems, primarily older models.

However, experts cautioned that such tactics would prove challenging against a near-peer adversary like China or Russia, which possess more advanced and resilient air-defense networks. Nevertheless, the Venezuelan operation highlighted the resurgence of electronic warfare after years of relative oversight.

During conflicts in Afghanistan and the Middle East, US forces encountered fewer sophisticated air defenses, diminishing the necessity for extensive jamming. This landscape shifted with the war in Ukraine, which is now widely recognized as the largest electronic-warfare conflict in history.

Modern jamming pods are also advancing. Older analog systems, such as the ALQ-99, are being replaced by digital, software-driven pods capable of shifting frequencies in milliseconds and adapting instantly to new threats. These systems can jam radars, disrupt communications, or generate deceptive signals that mislead enemy sensors.

Despite advancements from US adversaries, analysts contend that airborne jamming remains vital. Future conflicts, particularly in the Indo-Pacific, are expected to rely heavily on control of the electromagnetic spectrum as much as on aircraft or missiles.

As one former US defense official remarked to the Journal, electronic warfare may not be as visible as fighter jets or naval vessels, but it is “critically important” in determining who dominates the skies.