Skydiving Tragedy Following Midair Collision

Skydiving Tragedy Following Midair Collision

A tragic skydiving incident led to the death of one participant after a midair collision occurred between two jumpers. The accident took place around 5:30 p.m. near Colville, northeast of Washington state, confirmed by the Adams County Sheriff’s Office (ACSO).

The collision happened during a scheduled group jump that involved several participants. Officials noted that staff members witnessed the event as one skydiver appeared unresponsive during the descent. ACSO reported on Facebook that the fatal incident took place at West Plains Skydiving, involving two jumpers in a group jumping session.

“Deputies learned of a mid-air collision resulting in one of the skydivers becoming deceased and the second sustaining injuries requiring additional treatment at a medical facility,” stated ACSO.

The deceased was identified as Randy Hubbs from the Kennewick area of southeastern Washington. The second skydiver, Nicole Klein, is from the Colville area. Authorities mentioned that Hubbs was tracked from about 500 feet above ground after the collision.

Among the 11 individuals scheduled for the jump, multiple staff members monitored Hubbs. Preliminary reports reveal that Hubbs became unresponsive after colliding with Klein. Witnesses saw that his head and arms went limp following the crash.

Hubbs drifted away from the drop zone, eventually disappearing beyond a northeastern hill. Later, Adams County Dispatch received a medical emergency call on E. Schoessler Road concerning the injured skydivers. Deputies arrived and conducted an investigation. Hubbs was released to the Adams County Coroner’s Office. Weather conditions were ruled out as a factor.

West Plains Skydiving informed local media that both participants were experienced and used personal equipment. Hubbs had over 800 jumps under his belt, while Klein had completed approximately 900 jumps.

ACSO extended their deepest condolences to those affected by the incident. The investigation continues.

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