What caused the two Growler jets to crash? Well, at exactly 12:10 p.m., the formation completely fell apart. The trailing grower closed in way too fast from behind. One of the leading theories is that the lead jet slipped right into the trailing aircraft’s undernose blind spot just moments before impact.
Look at this 3D visualization from the pilot’s point of view. As the plane goes belly up, a massive blind spot is created for the second jet. The pilot in that trailing EA18 Growler simply cannot see what is directly beneath his nose. From the pilot point of view or cockpit looks like there is nothing beneath it.
It’s exactly what makes this specific maneuver so incredibly dangerous. As the jets rolled vertically, they ended up stacked right on top of each other, making any chance of a safe ejection extremely unlikely. The nose of the trailing aircraft slammed into the rear section of the lead jet. Normally at these speeds, a mid-air collision results in instant catastrophic fragmentation, shredding both airframes into uncontrollable debris field in the blink of an eye.
But what happened next was an incredibly rare anomaly in aviation physics. Honestly, it was nothing short of a miracle. Instead of violently tearing each other apart, the two heavy fighters essentially locked together in midair with one fuselage wedged tightly on top of the other. All of that immense kinetic energy and combined drag instantly killed their forward momentum.
Now acting as one massive entangled block of composite materials, twin turbo fan engines, and advanced avionics, the wreckage pitched violently nose up. It entered an immediate aerodynamic stall and began a chaotic tumbling spin toward the ground. Yet, this bizarre structural lockup proved to be the ultimate saving grace for the air crews.
Because the jets didn’t instantly disintegrate, the pilots and electronic warfare officers were gifted a crucial fraction of a second to react. Less than 5 seconds after the initial metal-on-metal impact, they pulled the handles. The canopy explosives fired instantly followed by the blast of the rocket motors under the ejection seats.
Four distinct rapid fire detonations marked the crew escaping the plummeting wreckage. All four parachutes deployed successfully drifting safely away from the falling mass of metal. Which brings up a massive question. If the EA18G growler wasn’t designed to pull off these kinds of extreme acrobatic maneuvers, what exactly is it meant to do? Well, this jet has a special spot jamming tech.
It could disable the most advanced military radar defense system. Once the Growler sensors sniff out the exact frequency of an enemy radar, it doesn’t just make noise. It focuses over 10 kows of raw electromagnetic power directly at it. It burns through the systems processing like a blowj, blinding the defense grid completely. But the growler also can emit the phantom fleet.
It doesn’t just blind the enemy, it plays mind games. It catches an incoming radar pulse, scrambles the data, and fires it right back. Suddenly, the radar operator sees dozens of ghost fighter jets swarming their screen. Panic sets in. Surfaceto-air missiles are fired, but they lock onto phantoms, detonating empty sky. But how does it use the bait and switch strategy? Even if an enemy missile actually manages to lock onto a real US jet, the Growler pulls a massive bait and switch.
It perfectly mimics the targeted jet’s exact speed and location to create a digital clone. Once the enemy radar locks onto this clone, the growler slowly drags the fake signal away. The tracking system blindly chases the ghost and the real aircraft escapes unharmed. Then there is this danger zone or burnthrough.
Jamming, however, isn’t magic. If a US jet flies too close to the enemy radar, usually within 20 to 60 mi, the sheer power of the radar will eventually burn through the jamming and spot the plane. That’s why the Growler has to maintain a perfect highstakes geometric dance, constantly hovering right on the Razer’s edge of the threat zone.
But what is the step-by-step strategy? The US military launches the plane. Before a single fighter jet leaves the runway, the invisible war has already begun. For weeks, US spy planes and satellites have been hovering just out of reach, quietly listening. They are hunting for the electronic fingerprints of Iranian radar systems, mapping exactly where they are and how they communicate.
They compile all of this into a digital hit list which gets loaded directly into the brains of the Navy’s electronic attack jets, the EA18 Growers. Back at command, planners aren’t just drawing flight paths on a map. They are navigating a deadly 3D maze. They calculate massive threat rings around every enemy missile system.
Then they plot exact coordinates, safe zones in the sky where the growers can orbit and blast their jamming signals without getting shot down. When the strike package finally launches, it is a highly choreographed machine. You have the growers for electronic attack, F-35s and Super Hornets carrying the bombs and specialized jets loaded with radar killing missiles.
Every single aircraft has a precise location, altitude, and down to the second timeline. There is no guesswork. 30 minutes to target. The growlers reach their standoff positions 50 to 100 m out. They unleash a massive wave of broadband noise, blanketing the enemy’s early warning screens in a thick electronic fog.
The goal right now isn’t to hide. It’s to blind the enemy’s big picture view before the real raid even begins. 15 minutes out. The strike fighters push into the kill zone and the growers move in to escort them. The jamming shifts from a blunt sledgehammer to a scalpel. They inject fake targets into the Iranian screens and scramble their speed and distance readings.
The radar operators are drowning in signals, completely unable to tell which blips are real aircraft and which are digital ghosts. Now the enemy faces a terrifying dilemma. If an Iranian operator realizes they are being jammed and tries to crank up their radar’s power to see through the noise, they paint a giant bullseye on their own back.
US jets instantly fire a supersonic harm missile that rides that radar beam all the way to the source. The enemy’s choice is impossible. Turn off your radar and be blind or leave it on and be destroyed. While the radars are blinded, the growers are also severing the enemy’s vocal cords. They jam the communication networks linking the missile batteries to central command.
Even if a road battery spots a US jet, they can’t get clearance to fire and they can’t warn their allies. The mighty air defense network dissolves into a bunch of confused, isolated outposts. Bombs away, but the danger isn’t over. As the strike jets pull up to escape, they are low, slow, and highly vulnerable. The growlers don’t let up.
They maintain a deafening electronic scream, keeping the enemy blind until every last aircraft has safely crossed back over the horizon.
Something is wrong with the US Air Force and the aviation industry as military jets continue to crash within a matter of weeks. Let’s break down this latest incident. At Naval Air Station North Island, a key hub for military aircraft, you’ll find the San Diego International Airport just north of the base.
Nearby is runway 29, a critical strip often used by military jets. Here’s what happened. Around 10:15 a.m., a US Navy EA18 Growler from Electronic Attack Squadron V8Q135 was in flight when it developed a mechanical glitch likely exacerbated by weather conditions at the time. Light rain and fog had reduced visibility to just 4 to 8 mi, complicating the situation.
When a critical error message lit up the cockpit, the jet’s warning systems activated instantly. The two crew members made a split-second decision to eject, escaping the aircraft moments before it plummeted nose first at a 60° angle into San Diego Bay. The plane crashed with landing gear still deployed, sending a massive plume of water erupting into the air.
What’s chilling about this incident? The jet went down mere miles from densely populated neighborhoods and the navalbased Coronado airport. Had the pilots ejected even a few seconds later or had the jet’s trajectory shifted slightly, this could have been a catastrophe on the ground. A quick note regarding the confusions and the primary difference between these two aircrafts.
The EA18 Growler is specifically designed for electronic warfare, while the FA18 Super Hornet is a multiroll fighter aircraft designed for both air combat and strike missions. On January 28, 2025, an $85 million F-35 jet crashed in Alaska. The following day, on January 29, an American Airlines plane collided with a Blackhawk helicopter.
Then, on January 31st, 2025, a medical plane went down for unknown reasons. In addition to these recent incidents, South Korea experienced a plane crash on December 29, 2024 when an aircraft struck an antenna. Just days earlier on December 25, 2024, an ASA originating plane was hit by a Russian Pancer missile. And finally, on the 13th of February, 2025, we have this most reliable Navy jet crashing into the sea.
For the third time in less than a year, a US Air Force F-35 Lightning 2, a stealth fighter with a staggering $82 million price tag, has crashed. The latest incident occurred on Tuesday the 28th, 2025 at 12:49 p.m. during a training exercise at Alaska’s Eelsen Air Force Base. The pilot managed to eject safely, but the jet was completely destroyed with its wreckage left burning inside the base’s perimeter.
This isn’t just a string of bad luck. It’s starting to look like a pattern. Back in May 2024, an F-35 crashed in New Mexico after a refueling stop, leaving the pilot seriously injured. Before that, in September 2023, a Marine Corps F-35B went down in South Carolina after the pilot ejected mid-flight due to a malfunction. The jet shockingly continued flying unmanned for 11 minutes before crashing into a field.
Now, in January 2025, the Alaska crash adds another chapter to this growing list of mishaps, sparking even louder concerns about the jet safety. American Airlines Flight 5342, which we’ll refer to as the landing flight, was on its final approach to runway 33. At this stage, called short final, the aircraft was mere moments from landing, flying at an altitude of about 400 ft.
This is the most critical phase of landing where every second counts and pilots are laser focused on safely bringing the plane down. At the same time, an Army Blackhawk helicopter identified as PAT 25 was reportedly on a possible training flight. It was flying perpendicular to the flight path of flight 5342 following the course of the Ptoac River.
The Ptoac River is a designated flight corridor for helicopters and it’s common to see aircraft like this operating in the area. The key difference between the two aircraft in this scenario was their operating rules. The Blackhawk helicopter PAC 25 was flying under visual flight rules. This means it was required to rely on visual observation of its surroundings to avoid other aircraft.
The landing flight 5342 was operating under instrument flight rules which give it priority over VFR flights in controlled airspace. This system assumes that VFR aircraft will actively maintain visual separation to avoid conflicts. Moments before the collision, the air traffic control tower at Ronald Reagan Washington National Airport called PAT 25 to confirm whether they had the other aircraft in sight.
PAT 25 responded:
“We did.”
At first glance, this seems like an acknowledgement that they were aware of Flight 5342’s presence and were taking steps to avoid it. However, it now seems likely that PAC 25 had mistakenly identified a different aircraft, possibly a departing flight from the same airport and believed that was the other aircraft referred to by the tower.
Tragically, PAT 25 may not have realized that flight 5342 was descending directly into its path. This misidentification could have led to the Blackhawk failing to adjust its course in time to avoid a collision.
