FPP018 - Air-to-Air Weapons - podcast episode cover

FPP018 - Air-to-Air Weapons

Jun 21, 20181 hr 10 minEp. 18
--:--
--:--
Download Metacast podcast app
Listen to this episode in Metacast mobile app
Don't just listen to podcasts. Learn from them with transcripts, summaries, and chapters for every episode. Skim, search, and bookmark insights. Learn more

Episode description

Just as a viper relies on its venomous fangs and a hornet its stinger to deliver a lethal attack on adversaries, so too do modern combat fighter aircraft depend on guided missiles and cannon fire to engage aerial foes. But what guidance methods do missiles use? How difficult is it to effectively employ the gun on a non-cooperative target? And how far, exactly, can the AIM-120C AMRAAM be employed against a non-maneuvering fighter-size target when both the shooter and target are at Mach 1 and above 30,000 feet?

…okay, we don’t answer that last one. In fact, for the die-hard technology and tactics buffs out there—fair warning: we avoid specific details because, more so than any other topic yet discussed on this show, information on air-to-air missiles is jealously guarded to maintain an advantage against potential foes.

On this episode, our first U.S. Air Force guest, Major Trevor "Boat" Boswell, discusses the air-to-air weapons common to all U.S. ‘teen-series’ fighters: the AIM-7 Sparrow, AIM-9 Sidewinder, AIM-120 AMRAAM, and M-61A1 Vulcan Canon. We discuss guidance methods, employment considerations, and how we employ (and simulate employing) these weapons in training.

During the listener question segment we discuss training with foreign forces, whether a fear of drones is warranted, and if it is common to still see unfamiliar faces among a carrier crew of 5,000 sailors several months into deployment.

Episode photograph by Eric Larson. Bumper music by Jaime Lopez / announcements by Jim Hendershot.



Support this podcast at — https://redcircle.com/the-fighter-pilot-podcast/donations
For the best experience, listen in Metacast app for iOS or Android