“History doesn’t repeat itself, but it often rhymes.” The recent confrontation between Venezuelan F-16s and a U.S. Navy destroyer in the Caribbean is recalling an unusual trend in contemporary air combat: American-designed fighter jets built to overawe enemies facing off against each other in the possession of opposing forces.
The September 5 incident happened when two Venezuelan F-16 Fighting Falcons flew over the USS Jason Dunham, an Arleigh Burke-class Aegis destroyer, in international waters. Both were in weapons range a close proximity considering the F-16’s capability to carry AIM-9 Sidewinder and AIM-120 AMRAAM missiles, and the Aegis combat system of the destroyer that could track and engage multiple airborne threats at the same time. The overflight happened two days after the U.S. Navy sank a Venezuelan speedboat reportedly carrying drugs, killing all 11 on board. In retaliation, Washington deployed ten F-35 Lightning II stealth fighters to Puerto Rico, increasing the prospect albeit slim of fifth-generation American jets clashing with early 1980s-era Block 15 F-16s that remain in Venezuelan inventory.
Such a battle would be between wholly disparate generations of American aerospace innovation. The F-35’s sensor fusion, advanced electronic warfare suite, and low-observable design provide a decisive advantage in detection and range of engagement. Venezuela’s F-16s, while agile and combat-proven, do not have cutting-edge AESA radars but instead use aged avionics. In beyond-visual-range combat, the F-35 might utilize AIM-120D missiles with ranges of over 160 kilometers, engaging before the F-16 pilot even realizes there is a civilian.
It would not be the first time that U.S.-built fighters battled one another in combat theaters. Following the 1979 Iranian Revolution, Tehran acquired F-4 Phantoms, F-5 Tigers, and the powerful F-14A Tomcat with the AIM-54 Phoenix missile, which has an operational range of over 160 kilometers, which could not be matched by Israel’s F-15 Eagles during that time. In June 1984, during the Iran-Iraq War, Royal Saudi Air Force F-15s intercepted and shot down an Iranian F-4E that had violated Saudi airspace, triggering a massive aerial standoff involving up to 60 fighters, all U.S.-made.
Three years earlier, in the strained waters of the Persian Gulf, an American F-14 had fired AIM-7 Sparrow missiles at an Iranian F-4 moving towards a P-3 Orion reconnaissance plane. Although the missiles were off target, the Tomcat’s presence probably saved the aircraft from being struck. The semi-active radar homing AIM-7, which needed constant illumination from the launching aircraft a shortcoming later cured by the active radar guidance of the AIM-120 had no such restriction in interrupting enemy activity.
The trend continued into the 21st century. In 2013, a USAF F-22 Raptor snuck up on an Iranian F-4 over the Persian Gulf, flying in close enough to examine its weapons load before alerting it to steer away from a U.S. MQ-1 drone. The Raptor’s capability to remain stealthy until visual range highlighted the generation jump in stealth and situational awareness.
More recently, in May 2025, Turkish F-16s used electronic warfare systems to send warning signals to Israeli jets likely F-35s, F-15s, or F-16s conducting strikes in Syria. Both nations operate large fleets of American fighters, with Israel’s air force further bolstered by the F-35I Adir, a customized variant with indigenous electronic warfare and command systems. Such encounters remind us of the frequent Turkish-Greek simulated dogfights in the Aegean, in which close-range maneuvering among F-16s has occasionally resulted in deadly crashes, like in 2006 when a Greek pilot was killed.
The technological aspect of these confrontations is as vital as the geopolitical one. Contemporary air battles are defined by electronic warfare and sensor technology as much as by brute speed or maneuverability. In the May 2025 Syrian incident, the employment of electronic warfare to “paint” enemy aircraft without even firing showed how radar emissions, jamming, and countermeasures can dominate disputed airspace without a shot being fired. In a theoretical F-35 vs. F-16 battle in the Caribbean, the battle would probably be won before either pilot laid eyes on the other stealth, radar range, and missile kinematics taking the place of the turn-fighting duels of yesteryear.
From the AIM-54 Phoenix that formerly provided Iran’s Tomcats with a reach advantage, to today’s AIM-120D in F-35 inventory, missile technology has continuously rewritten engagement envelopes. Likewise, the transition from early F-16s’ mechanically scanned radars to the F-35’s AN/APG-81 AESA radar is an advancement in detection range, target tracking, and jamming resistance.
The irony is that these meetings over the Persian Gulf, Syria, or now the Caribbean are the result of decades of U.S. arms sales, in which planes produced to protect allies end up on opposite sides of a conflict. Every episode is a live test of how successive generations of American technology perform not only against non-American designs, but against their own predecessors.
