4 crew members eject safely after 2 US navy jets crash
All four crew members ejected safely after two Navy jets collided and crashed Sunday during an air show at the Mountain Home Air Force Base in western Idaho, officials said.
The collision involved two US Navy EA18-G Growlers from the Electronic Attack Squadron 129 in Whidbey Island, Washington, said Cmdr. Amelia Umayam, spokesperson for Naval Air Forces, US Pacific Fleet.
The aircraft were performing an aerial demonstration when the crash occurred, Umayam said in a statement. The four crew members from both jets safely ejected and the crash was under investigation, she said. The crew members were in stable condition, base officials said.
Nobody at the military base was hurt, said Kim Sykes, marketing director with Silver Wings of Idaho, which helped to plan the air show. “Everyone is safe and I think that’s the most important thing,” Sykes said.
The base said in a social media post that it was locked down immediately following the crash. The remainder of the air show was cancelled. Videos posted online by spectators showed four parachutes opening in the sky as the aircraft plummet to the ground near the base about 80 kilometres south of Boise.
The EA-18G Growler is a variant of the F/A-18 Super Hornet fighter jet with sophisticated electronic warfare systems. Shane Ogden said he was filming the two jets as they came close together. A video he captured shows the two aircraft appear to make contact and then spin in tandem as the crew members eject and their parachutes open.
The planes then fall together, exploding into a fireball upon impact as the crew members drift to the ground nearby. “I was just filming thinking they were going to split apart and that happened and I filmed the rest,” Ogden said in a text message. He said he left soon after the crash because he did not want to get in the way of emergency responders. Organisers said the popular air show that includes flying demonstrations and parachute jumps is a celebration of aviation history and a look at modern military capabilities.
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As professionals connected to the aviation and aerospace support industry, incidents like this remind us how demanding and precise military flight operations truly are. The safe ejection of all four crew members from the EA-18G Growlers is a strong reflection of advanced pilot training, aircraft survivability systems, and the engineering standards behind modern naval aviation. At Emergent Aviation, we closely follow developments involving aviation platforms, NSN-managed components, and electronic warfare aircraft because operational readiness depends on every level of the aerospace supply chain working with accuracy and reliability. Wishing the crew members a full recovery and great respect to everyone involved in maintaining these complex defense systems.
A very serious incident, but also a remarkable demonstration of the effectiveness of modern naval aviation training, emergency procedures, and crew survivability systems. The safe ejection of all four crew members after a mid-air collision involving two Navy EA-18G Growlers highlights the extraordinary level of preparedness required in high-performance military aviation operations. At Cosmic NSN, we closely follow developments across military aviation and aerospace sustainment because long-term operational readiness depends heavily on reliable supply-chain infrastructure, precision components, and continuous fleet support capability throughout the defense ecosystem.
A very serious incident, but also a remarkable demonstration of the effectiveness of modern naval aviation training, emergency procedures, and crew survivability systems. The safe ejection of all four crew members after a mid-air collision involving two Navy EA-18G Growlers highlights the extraordinary level of preparedness required in high-performance military aviation operations. At Cosmic NSN, we closely follow developments across military aviation and aerospace sustainment because long-term operational readiness depends heavily on reliable supply-chain infrastructure, precision components, and continuous fleet support capability throughout the defense ecosystem.