Two U.S. Navy electronic warfare aircraft collided midair during a demonstration flight on Sunday afternoon near Mountain Home Air Force Base, triggering a dramatic sequence in which all four crew members successfully ejected before both jets crashed to the ground, officials confirmed.
The incident occurred during the Gunfighter Skies Air Show, an air show that had returned to the region after several years, drawing military aviation enthusiasts and defense personnel for aerial demonstrations and flyovers.
A statement posted by organizers confirmed that “an aircraft incident has occurred” approximately two miles northwest of the base, adding that emergency responders were immediately dispatched to the crash site and that an investigation is underway. Authorities have not yet released details on injuries, though all four aviators are understood to have ejected safely.
According to early accounts and video footage circulating online, the accident involved two EA-18G Growler jets performing a close formation maneuver when the trailing aircraft rapidly closed distance on the lead jet.
The footage shows the second aircraft approaching from behind and slightly above before striking the rear section of the lead jet. The impact immediately entangled the two aircraft, which then entered a violent, uncontrolled spin. The jets appeared to tumble alternately nose-up and nose-down as they descended rapidly toward the ground.
Moments later, multiple parachute deployments were visible as all four crew members initiated ejection procedures. Small explosions—consistent with ejection seat activation and aircraft breakup—were observed before the aircraft disappeared from view behind terrain. The wreckage subsequently impacted the ground outside the perimeter of the base.
Military aviation analysts caution that such midair collisions during demonstration flights are rare but can occur in tightly choreographed formation flying, where timing, spacing, and situational awareness are critical.
Following the crash, operations at Mountain Home Air Force Base were temporarily suspended, and security personnel initiated a precautionary lockdown of portions of the installation while emergency crews secured the crash site.
Fire and rescue units from the base, along with local emergency responders, were deployed to multiple locations due to the scattered nature of debris and ejection trajectories. Officials said the response was immediate and coordinated, reflecting established protocols for military aviation incidents.
The air show was subsequently canceled, and spectators were directed to leave the area in an orderly manner. Organizers emphasized that public safety remained the top priority as investigators began documenting the scene and collecting wreckage for analysis.
In an official statement, Commander Amelia Umayam, spokesperson for Naval Air Forces Pacific Fleet, confirmed that the aircraft involved were based out of Naval Air Station Whidbey Island in Washington state.
She identified the jets as belonging to Electronic Attack Squadron VAQ-129, a unit responsible for training and preparing aircrews for operational deployment in the Navy’s electronic attack community.
“On May 17, 2026, two U.S. Navy EA-18G assigned to Electronic Attack Squadron (VAQ) 129 from Whidbey Island, Washington, collided in mid-air while performing an aerial demonstration involving four air crew for the Mountain Home Air Force Base Gunfighter Skies Air Show, near Mountain Home Air Force Base at about 12:10 p.m. MDT,” Umayam said in the statement.
She added that all four aircrew ejected and were recovered, and that the Navy is cooperating fully with investigators to determine the cause of the incident.
The EA-18G Growler is the U.S. Navy’s premier airborne electronic attack platform, designed to disrupt enemy radar and communications systems while providing protection to strike aircraft and carrier groups.
Derived from the F/A-18F Super Hornet airframe, the Growler replaces the earlier EA-6B Prowler and is currently the only dedicated electronic warfare aircraft still in production for U.S. naval aviation. It combines fighter-like speed and maneuverability with advanced electronic warfare capabilities, allowing it to operate in contested airspace alongside strike formations.
The aircraft plays a central role in suppressing enemy air defenses by jamming radar systems, disrupting communications, and providing real-time electronic intelligence. It is widely regarded as a critical enabler for modern U.S. and allied air operations, particularly in high-threat environments where adversaries employ integrated air defense systems.
The Growler’s capabilities are built around a sophisticated suite of sensors and jamming systems. These include wideband receivers mounted on wingtip pods that detect and classify electromagnetic emissions across a broad spectrum.
It also carries high- and low-band tactical jamming pods capable of disrupting enemy radar and communications systems. Together, these systems form a full-spectrum electronic warfare architecture designed to detect, locate, and neutralize threats.
The aircraft is further equipped with an advanced radar system and electronic intelligence suite that allows it to identify and track emitters in real time. Its systems can also support broader mission sets, including intelligence gathering and battlefield awareness for joint force operations.
In combat configurations, the Growler can carry air-to-air missiles for self-defense, ensuring survivability even when operating near hostile aircraft. It also integrates secure communication systems designed to function in heavily contested electromagnetic environments.
One of the most significant features of the Growler fleet is its ability to operate in networked formations, sharing electronic intelligence between aircraft. When multiple jets operate together, they can triangulate enemy signal sources with high precision, dramatically improving targeting accuracy for suppression missions.
Defense analysts note that when multiple Growlers coordinate their sensors and data links, they can rapidly map enemy emitters in real time, enabling strike packages to avoid or neutralize air defense systems more effectively.
The platform is also the initial carrier for next-generation electronic warfare upgrades, including advanced jamming technologies designed to counter evolving radar and missile guidance systems. These upgrades are expected to extend the operational relevance of the aircraft well into future decades.
At present, the cause of the collision remains unknown. Aviation safety investigators from the U.S. Navy, in coordination with air show officials, are expected to conduct a detailed review of flight data, cockpit recordings, and wreckage distribution patterns.
Key questions likely to be examined include formation spacing, pilot visibility, communication protocols, and possible mechanical or sensor-related issues that may have contributed to the loss of separation between the two aircraft.
While midair collisions in demonstration settings are rare, they underscore the inherent risks of precision formation flying, where aircraft operate at high speeds in close proximity under dynamic conditions.
Authorities have not yet released the identities of the pilots involved, pending family notification procedures. The condition of the aircrew following ejection has not been publicly detailed beyond confirmation that they were recovered safely.
The Gunfighter Skies Air Show has been suspended indefinitely pending the outcome of the investigation. Organizers said they will cooperate fully with military authorities and reassess future event safety protocols.
For spectators and participants, the incident marked a sudden and dramatic interruption to what had been planned as a showcase of modern military aviation capabilities. Instead, attention has now shifted to understanding how two highly advanced aircraft, operated by experienced crews under demonstration conditions, came into contact in controlled airspace.
