The Daily Beast reports: The U.S. Air Force is deploying to Turkey up to a dozen jet fighters specializing in air-to-air combat—apparently to help protect other U.S. and allied jets from Russia’s own warplanes flying over Syria.
Officially, the deployment of F-15C Eagle twin-engine fighters to Incirlik, Turkey—which the Pentagon announced late last week—is meant to “ensure the safety” of America’s NATO allies, Laura Seal, a Defense Department spokesperson, told The Daily Beast.
That could mean that the single-seat F-15s and the eight air-to-air missiles they routinely carry will help the Turkish air force patrol Turkey’s border with Syria, intercepting Syrian planes and helicopters that periodically stray into Turkish territory.
But more likely, the F-15s will be escorting attack planes and bombers as they strike ISIS militants in close proximity to Syrian regime forces and the Russian warplanes that, since early October, have bombed ISIS and U.S.-backed rebels fighting the Syrian troops.
Seal declined to discuss the deployment in detail, but hinted at its true purpose. “I didn’t say it wasn’t about Russia,” she said.
Russia’s air wing in western Syria is notable for including several Su-30 fighters that are primarily air-to-air fighters. The Su-30s’ arrival in Syria raised eyebrows, as Moscow insists its forces are only fighting ISIS, but ISIS has no aircraft of its own for the Su-30s to engage.
The F-15s the U.S. Air Force is sending to Turkey will be the first American warplanes in the region that are strictly aerial fighters. The other fighters, attack planes and bombers the Pentagon has deployed — including F-22s, F-16s, A-10s and B-1s—carry bombs and air-to-ground missiles and have focused on striking militants on the ground.
In stark contrast, the F-15s only carry air-to-air weaponry, and their pilots train exclusively for shooting down enemy warplanes. It’s worth noting that F-15Cs have never deployed to Afghanistan, nor did they participate in the U.S.-led occupation of Iraq. The war in Syria is different. [Continue reading…]