2 soldiers dead after Apache helicopter crashes in Texas: Army

Tragedy at Fort Hood: 2 Soldiers Dead After Apache Helicopter Crash in Texas

Tyunews.com – A devastating incident unfolded on Wednesday when an AH-64 Apache attack helicopter plummeted to the ground in a rural field near Fort Hood in Salado, Texas. The U.S. Army has confirmed that both military personnel aboard the two-seater aircraft lost their lives in the crash. The Apache helicopter, which operated out of the Fort Hood installation, was involved in the accident that occurred on August 12, 2026, bringing grief to the military community and local residents alike.

Emergency Response and Scene Details

According to the Bell County Sheriff’s Office, emergency dispatchers received a 911 call reporting the helicopter accident sometime after 1:30 p.m. local time. The impact of the crash ignited a grass fire in the surrounding area, though officials later verified that no buildings or structures sustained any damage. First responders quickly arrived at the scene to secure the area and begin recovery operations.

“Our thoughts and deepest sympathies are with the families, friends, and fellow Troopers of those involved during this incredibly difficult time,” Brig. Gen. Ethan Diven, acting commanding general of the 1st Cavalry Division, stated in an official release.

The Army announced that the identities of the fallen soldiers will remain undisclosed until 24 hours have passed following notification of their next of kin. Fort Hood personnel remained at the crash site throughout the incident, coordinating efforts with local first responders. The crash site was secured to preserve evidence for the upcoming investigation into the cause of the accident.

The AH-64 Apache helicopter is one of the most recognizable attack helicopters in the U.S. military arsenal. Known for its advanced targeting systems and firepower, the Apache has been a cornerstone of American aerial combat capabilities for decades. The two-seater aircraft typically carries a pilot and a co-pilot/gunner, both of whom were aboard during this tragic incident.

Fort Hood, located in central Texas, is one of the largest military installations in the world. Home to the 1st Cavalry Division, the base has a long history of military operations and training exercises. The presence of the Apache helicopter suggests that the aircraft was likely conducting routine operations or training flights in the area when the accident occurred.

A firefighter at the scene of a military helicopter crash in Salado, Texas, Aug. 12, 2026. Bell County Sheriff’s Office

Authorities at the scene of a crash involving a military helicopter in Salado, Texas, Aug. 12, 2026. KVUE

File photo of a U.S. Army AH-64 Apache helicopter, June 14, 2026. Sgt. Olivia Cowart/US Army, FILES

FAQ: Understanding the Apache Helicopter Crash

What type of helicopter was involved in the crash? The helicopter involved in the crash was an AH-64 Apache, a twin-turboshaft attack helicopter operated by the U.S. Army.

Where exactly did the crash occur? The crash happened in a field near Fort Hood in Salado, Texas, approximately 20 miles north of Waco.

When did the accident take place? The crash occurred on August 12, 2026, with emergency dispatchers receiving the initial 911 call after 1:30 p.m. local time.

Were there any injuries to people on the ground? No injuries to people on the ground were reported. The crash ignited a grass fire, but no buildings or structures sustained damage.

What is the status of the investigation? The Army has launched an investigation into the cause of the crash. The identities of the two soldiers will remain undisclosed until 24 hours after their next of kin have been notified.

Which military unit operates the Apache helicopter? The Apache helicopter involved in the crash operates out of Fort Hood as part of the 1st Cavalry Division, according to Brig. Gen. Ethan Diven.

For more updates on this developing story, readers can follow ABC News for continuous coverage of the Apache helicopter crash and subsequent investigation.