How The Navy Built A Digital Submarine Hunter

Enjoyed this episode or the podcast in general? Send me a text message:The ocean is the perfect place to hide a weapon you never want seen, and nuclear submarines proved it. We follow the moment the US Navy realizes its World War II era anti-submarine warfare playbook can’t protect billion-dollar supercarriers anymore, then track the unlikely solution: a compact jet that sounds like a vacuum cleaner and thinks like a computer. The Lockheed S-3 Viking, nicknamed the “Hoover,” isn’t built for speed or glamour. It’s built to stay out for hours, digest a flood of signals, and keep a carrier battle group alive.We unpack what made the S-3 a leap in carrier-based ASW: the UNIVAC 1832 digital brain, a sensor suite designed for detection and classification, and the tactics that turn chaos into geometry with sonobuoy grids and triangulation. Then we get into the eerie “sixth sense” that closes the loop, the Magnetic Anomaly Detector boom that can confirm a submarine by sensing tiny changes in Earth’s magnetic field. If you’ve ever wondered how naval aviation makes an opaque ocean feel transparent, this is the roadmap.The story doesn’t end with the Cold War. We dig into how the Viking mutates into a surface hunter, tanker, COD aircraft, and intelligence platform, plus the wild footnote of “Navy 1” and a presidential carrier landing. Finally, we wrestle with the hard trade that retires a specialist predator in favor of cheaper generalist logistics and what that decision means now that quiet submarines are back in contested seas. Subscribe, share this with an aviation or naval history fan, and leave a review with your take: should a dedicated carrier-based sub hunter return?Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:An aircraft carrier can look like a steel monument to power, but the real story is what happens when it stops being a symbol and becomes a system. We walk through Operation Epic Fury as a blueprint for modern carrier warfare: two carriers in two seas creating a shield and sword, dividing the battlespace, and forcing an enemy to defend against multiple launch points, multiple tempos, and overlapping layers of surveillance and strike. If you care about naval aviation, carrier strike groups, and how airpower actually scales under pressure, this is the connective tissue.We break down the four Navy aircraft that make the machine work and why none of them is optional. The F/A-18 Super Hornet provides mass, flexibility, and persistence as the backbone of strike and defense. The F-35C Lightning II isn’t just a stealth strike fighter, it’s a forward sensor fusion and targeting node that penetrates denied airspace and shares a clean tactical picture. The EA-18G Growler turns electronic warfare into battlefield leverage by jamming, degrading, and disrupting the enemy’s integrated air defense system and communications. And the E-2D Advanced Hawkeye brings command and control, timing, and coherence so the sky doesn’t collapse into confusion when everything is happening at once.Then we land on the part that rarely gets the spotlight: the flight deck. EMALS, advanced systems, and precision weapons don’t matter if the deck crews, maintainers, and ordnancemen can’t sustain the rhythm of launch, recover, refuel, rearm, and repeat in the dark, on a pitching deck, under stress. If this kind of military aviation deep dive helps you see beyond specs and headlines, subscribe, share the episode with a friend, and leave a review so more people can find it.Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:A freezing South Dakota night, wrenches crusted in frost, and a bomber built to bend physics and distance to its will. We take you from the flight line to the target area to unpack how the B‑1B Lancer—once a controversial Cold War project—became America’s relentless conventional strike hammer during Operation Epic Fury.We break down the numbers that matter: thrust‑to‑weight at max takeoff, wing loading versus runway length, and why variable‑sweep geometry lets a half‑million‑pound aircraft leap from ice‑cold concrete, climb, and then sprint supersonic. You’ll hear how GE’s F101 engines survive turbine inlet temperatures above 2,500°F, why the KC‑135 and KC‑46 tanker bridge is the real backbone of global reach, and how a fly‑by‑wire boom delivering 1,200 gallons per minute turns fuel into firepower. Then we dive into penetration tactics: sweeping to 67.5 degrees for dash, riding the deck at near‑Mach to hide in terrain, and using S‑ducts and internal design to slash radar returns. The secret sauce? A Structural Mode Control System that actively damps brutal low‑level vibrations so crews can fight and the airframe can live.Inside the bays, it gets even more serious. Three rotary launchers upgraded with BRU‑56 ejectors let the Lancer carry an astonishing 24 JASSM‑ER cruise missiles, each a stealthy, 600‑plus‑mile punch against hardened targets. We trace the targeting workflow from Link‑16 tasking to programmed coordinates to that violent door snap and clean eject that sends missiles sliding into the slipstream—over and over—until command nodes and launch sites go dark. Along the way, we honor the human element: maintainers from the 28th Bomb Wing turning jets in subzero wind, crews sitting ejection seats for 34 hours, and tanker teams flying in radio silence to hold the bridge across oceans.If you care about airpower, engineering, and the hard math of global strike, this deep dive connects history, physics, and logistics into a single, razor‑sharp picture of how modern bombing actually works. Subscribe, share this episode with a friend who loves aviation, and leave a review with the one moment that shocked you most.Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:A blazing flat spin over Kuwait wasn’t the story anyone expected during Operation Epic Fury. Three F-15E Strike Eagles—flown by some of the most experienced crews in the world—were knocked down by a friendly battery while defending vital energy infrastructure under alarm-red conditions. We walk through the chain that made it possible: saturated electronic warfare drowning IFF handshakes, clean-profile Eagles at low altitude resembling cruise missiles, and short-range air defenses using silent infrared seekers that EPAWS can’t hear. It’s a sobering look at how unmatched speed and sensors still leave a jet vulnerable to a missile that never speaks.We break down why the Strike Eagle remains a powerhouse—thrust-to-weight that climbs past vertical, low wing loading for high-alpha control, and the APG-82’s track-while-scan prowess—then examine its critical blind spot: the lack of an integrated, high-resolution IR missile warning system on many airframes. That gap collided with human pressure inside Kuwaiti command posts, where seconds decide between defending a refinery and holding fire while Mode 5 responses stutter through jamming. The result: missing tails, violent ejections, and six saved lives, alongside a geopolitical ripple that jolted airports, oil prices, and public confidence.We also zoom out to the economics and tactics reshaping the fight. Firing million-dollar AMRAAMs at budget drones was never sustainable; APKWS II offers cheaper, precise kills but pulls manned jets into SHORAD territory where passive seekers lurk. Add Task Force Scorpion Strike’s low-cost “Lucas” swarms flipping Iran’s playbook, and the air picture grows dense and fragile. Looking forward, rumors of daytime-capable B-21 sorties and quarterback fighters shepherding collaborative combat aircraft highlight a future of distributed power—but also new deconfliction puzzles. If we struggle to ID one jet under heavy jamming, how will we manage loyal wingmen by the dozen?By the end, we outline the fixes already moving: accelerated IR MWS fielding, hardened Mode 5+ protocols built for EW storms, and tighter host-nation coordination cells to keep friendly triggers cold. The takeaway is clear: the brain of the jet—and the network around it—now matters as much as the wing. If this debrief challenged your assumptions about modern airpower, subscribe, share with a friend who loves aviation, and leave a review with your biggest question from the episode.Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:The sky over Tehran burned at 0300, but the outcome had been scripted hours earlier in the dark. We pull back the curtain on Operation Epic Fury to show how a fifth‑generation architecture—Raptors, Lightnings, carriers, growlers, drones, and tireless tanker crews—shaped the fight before the first Tomahawk ever left its tube. This isn’t a tale of single jets and hero shots; it’s a story about networks, timing, and the people who turn stealth and software into real‑world advantage.We map the geometry that mattered: twin carrier strike groups bracketing the battlespace, tankers pushing forward to convert reach into persistence, and stealth assets slipping into place across Europe and the Levant. From there, the tempo shifts. F‑22s imposed a pressure dome at altitude—first look, first shot—while F‑35s fractured radar coherence and fed clean targeting data across the force. Growlers flooded the air with interference, Tomahawks followed digital corridors, and drones provided affordable mass. Instead of waves of suppression and then strike, dominance and destruction happened at once, often from the same airframes. The result: chaos for defenders, clarity for attackers, and a strike that felt almost procedural.We also spotlight the human engine beneath the tech. Maintainers nursed low‑observable coatings and tight tolerances under expeditionary pressure. Pilots managed sensor fusion and electronic attack while keeping the clock on their side. Tanker crews flew predictable tracks through unpredictable skies, extending range, options, and time on station. And we wrestle with the big question: if the decisive fight is now architectural—won in the invisible hour—how do layered defenses adapt? Can massed drones or hardened, distributed sensors bend that curve back?Listen for a ground‑truth breakdown that blends strategy, logistics, and cockpit realities. If this shift fascinates you, follow, share with a friend who loves airpower analysis, and leave a review to help more listeners find the show. Got a counter‑strategy we didn’t cover? Tell us—your take might shape our next deep dive.Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:What if the smartest move isn’t building the strongest shield, but flooding the sky with cheap spears? We unpack the rise of LUCAS, a $35,000 one-way attack drone that turns the cost math of modern warfare on its head and forces a rethink of deterrence, doctrine, and industry. By studying adversary tactics and embracing “good enough,” we show how the United States pivoted from slow, exquisite programs to rapid, scalable production—and why mass is becoming a weapon in its own right.We walk through LUCAS’s core pillars—long range, autonomy, and flexible launch—and explain how a simple, loud airframe becomes a precision tool when paired with onboard processing and mesh networking. From truck rails to Navy decks, we explore how any flat surface can become a launchpad for stand-in strikes, SEAD, and decoy operations. The turning point arrives at sea: a shipboard launch that signals a doctrinal shift, letting small combatants project long-range power without risking pilots or million-dollar missiles.Behind the scenes, the real transformation is industrial. Borrowing from the Liberty Ship and Sherman tank playbooks, production spreads across many vendors to build resilience and speed. We dig into how procurement hacks cut timelines to months, how swarms saturate and exhaust defenses, and how cost-exchange dominance opens the door for high-end jets to strike clean. We also face the hard questions: command-and-control of autonomous swarms, deconfliction in crowded skies, rules of engagement, and the coming race in lasers and electronic warfare that aims to counter drones for pennies on the dollar.The takeaway is a blended future: exquisite aircraft where they matter, attritable mass where it counts, and an industrial base that acts like a weapon system. Subscribe, share, and leave a review to join the conversation—and tell us: does “good enough at scale” make us safer, or just change the game?Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:A cargo jet that doesn’t dogfight, doesn’t sneak, and rarely breaks the speed of sound reshaped modern power by doing one thing better than anyone else: showing up with the right cargo, at the right place, right on time. We dig into the C‑17 Globemaster’s improbable rise from near‑cancellation to cornerstone of air mobility, and why professionals talk logistics when the stakes are highest.We take you from the Cold War gap that demanded a new kind of airlifter to the audacious requirements that forced a revolution in design. Externally blown flaps, a full HUD, and a protective fly‑by‑wire system let a 585,000‑pound jet land on 3,500‑foot strips and turn quickly with minimal support. Inside, the cargo bay becomes a shape‑shifter—moving an M1 Abrams, 18 pallets, or over a hundred paratroopers with minutes of reconfiguration—collapsing the distance between plan and presence. Along the way, we unpack how Boeing’s merger stabilized production, turning early turbulence into a platform nine nations rely on.From Iraq and Afghanistan to the 2004 tsunami and the 2010 Haiti earthquake, the C‑17 proved that logistics is strategy. We revisit REACH 871’s extraordinary Kabul evacuation of 823 civilians, a moment that showed both the aircraft’s capacity and the crew’s courage. Then we go low and quiet with CDS airdrops and special operations missions, and far and cold to blue ice runways in Antarctica. Viewer stories round it out with firsthand details: green‑lit cabins, short‑field landings that feel like magic, and the odd wrong‑airport arrival that still ends safely. With service projected to 2075, the Moose continues to blend strategic reach with tactical nerve.If this story moved you, follow and subscribe, share it with a friend who loves aviation, and leave a review with your biggest C‑17 question or memory. Your support helps us bring more deep, human stories of airpower to life.Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:A stealth “ghost” is quietly rewriting the future of airpower—and we pull the curtain back on what it means. The F‑47, centerpiece of the Air Force’s Next Generation Air Dominance program, isn’t just another fighter; it’s the quarterback for a family of systems built to outrange, outcompute, and outlast peer adversaries. We break down why Boeing’s mature prototype and St. Louis production muscle won the contract, how a tailless, all‑aspect stealth design enables high‑altitude, Mach‑class shots, and why intent‑driven autonomy with collaborative combat aircraft changes the math of modern air combat.We dig into the budget reality: a $4.4 billion surge for NGAD this year, F‑35 orders cut to focus on readiness and TR3 software, and a parallel push to field 1,000 loyal wingmen that extend sensors, carry extra AIM‑260s, jam S‑400s, and soak up enemy missiles as decoys. You’ll hear how CCAs transform a single cockpit into a networked strike package, turning the F‑47 into a stealthy node that sees first and shoots farther while staying hidden. Along the way, we revisit recent operational lessons that sharpen the case for leap‑ahead ISR and intent‑based control, where AI executes the task and the pilot manages the fight.We also confront the hard questions. At roughly $300 million per airframe and a projected buy of 185 jets, can exquisite capability offset the risks of boutique numbers in a high‑attrition fight? Are we repeating concurrency mistakes, or finally aligning software, factories, and tactics? And where does the Navy’s FAXX land as Congress revives funding but the industrial base strains to build two sixth‑gen fighters at once? By the end, you’ll see the stakes of trading traditional mass for algorithmic speed and autonomous mass, and why the Air Force is betting that a few elite pilots leading a smart swarm can hold the line.If this deep dive helped you see the future of air combat more clearly, follow the show, share it with a friend, and leave a review with your take: mass or algorithms?Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:A supercarrier doesn’t just vanish for drama; it goes silent to change the fight. We follow the USS Abraham Lincoln as it cuts its transponder, enters emission control, and sprints from the South China Sea toward Iran, transforming from a visible symbol into a hunting platform built for electronic dominance. Along the way, we unpack how stealth aircraft, Growler jamming, and cyber effects turn a carrier strike group into a mobile switch that can dim an adversary’s defenses from hundreds of miles out.We draw a straight line from the “electronic curtain” used during the Caracas raid to the calculus now facing Tehran. Iran’s anti-access area denial—coastal missiles, layered radars, and long-range shooters—depends on a clean targeting chain. Ghost mode breaks that chain by forcing radars to emit and reveal themselves, giving the Navy the first clear shot in the electromagnetic spectrum. We also revisit the Red Sea’s grinding lessons: how static deterrence, bright signatures, and crowded lanes almost broke crews and triggered tragedies, and why the new doctrine is to stop being a target and start being a specter.Now the stakes rise as bombers land in theater, regional fighters spool up, and air defenses shift into position. The Strait of Hormuz narrows the margin for error, where invisibility protects against missiles but complicates navigation among tankers. We share what a potential day-one strike would look like, what Iran’s proxies could attempt at sea, and how a critical 72-hour window might define the next phase of global security. If the carrier’s lights come back on near a friendly port, deterrence may have worked; if not, the sky could tell the story first.If this deep dive into strategy, electronic warfare, and carrier operations got you thinking, follow the show, share it with a friend, and leave a quick review to help others find it. What do you think happens next?Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog

Enjoyed this episode or the podcast in general? Send me a text message:A defended capital went dark, the radars filled with ghosts, and minutes later the target was airborne over open water. We take you inside Operation Absolute Resolve, our most detailed breakdown yet of how stealth ISR, electronic warfare, and Tier 1 aviation converged to capture Nicolás Maduro and Cilia Flores from the heart of Caracas without igniting a regional war.We start with the long game: RQ-170 Sentinels threading radar seams while Space Force and NGA built a living map of habits, routes, and rooms. From there, EA-18G Growlers and the Next Generation Jammer flipped Venezuela’s integrated air defense system on its head, projecting believable phantoms while F-35s fused emissions and cued AARGM-ER shots to surgically decapitate fire-control radars. Air superiority, locked by F-22 Raptors, made any scramble a non-starter. With the shield broken, B-1B Lancers used precision JDAMs to silence command nodes and cut high-altitude comms, turning coordination into chaos.Then the blades arrived. The 160th SOAR’s MH-47Gs and MH-60Ms rode terrain-following radars through the valleys, flared into Fuerte Tiuna, absorbed fire, and answered with DAP miniguns while Delta isolated the compound and secured the principals. We unpack the mission’s biggest mystery—an 114-minute ground window—through two lenses: a hardened safe-room breach that demanded thermal tools under pressure, and a clandestine lily pad refuel and cross-deck that extended range and security through the mountains. We also address the sonic weapon rumors and lay out the more likely culprit: pressure-wave injuries from overlapping precision fires in an urban canyon.Finally, we connect a haunting anniversary. Thirty-six years after Noriega’s capture, the legal logic looks familiar, but the mechanics are transformed—from sledgehammer invasion to scalpel-like spectrum dominance, where cyber, EW, stealth, and rotorcraft choreography achieve strategic effects with a zero-footprint signature. If you care about modern air combat, integrated air defense suppression, special operations aviation, and the future of high-value targeting, this deep dive is your playbook. Subscribe, share with a friend who loves airpower, and leave a review telling us your take on the 114-minute gap—standoff, lily pad, or both?Support the showTo help support this podcast and become a PilotPhotog ProCast member: https://www.buzzsprout.com/1555784/supportIf you enjoy this episode, subscribe to this podcast, you can find links to most podcast streaming services here: PilotPhotog Podcast (buzzsprout.com)Sign up for the free weekly newsletter Hangar Flyingwith Tog here: https://hangarflyingwithtog.com You can check out my YouTube channel for many videos on fighter planes here:https://youtube.com/c/PilotPhotog If you’d like to support this podcast via Patreon:https://www.patreon.com/PilotPhotog And finally, you can follow me on Twitter here:https://twitter.com/pilotphotog