The S Sixty-Four Skycrane Down on the Widemouth Two Fire and the Risk Written Into Every Water Drop

A Sikorsky S-64 Skycrane crashed on Friday while flying water-dropping operations on the Widemouth Two Fire in Utah, killing two people aboard, according to reporting from AVweb. The heavy-lift helicopter was performing exactly the mission it was engineered for when it went down in the state’s mountainous terrain. The NTSB will lead the investigation, and a probable cause is unlikely to be known for a year or more.

What Happened on the Widemouth Two Fire

On Friday, a Sikorsky S-64 Skycrane went down while working the Widemouth Two Fire in Utah. The aircraft was conducting water-dropping operations, and both people aboard were killed.

That is the confirmed reporting from AVweb. Beyond those facts, the cause remains unknown. When news is this raw, the honest position is to resist filling the silence with guesses - the people who flew that machine deserve better, and so do you.

What Is the S-64 Skycrane, and Why Does It Matter?

The S-64 is not an ordinary helicopter. It looks almost skeletal - as if someone stripped away the fuselage to leave just the spine, the engines, the rotor mast, and a cockpit hanging out front. That is not an accident of design. It was built to be a flying crane.

Sikorsky introduced the S-64 in the 1960s. The U.S. Army flew a military version as the CH-54 Tarhe in Vietnam, hauling artillery, recovering downed aircraft, and moving loads no other rotorcraft of the era could handle.

When the military moved on, the airframe found a second life. A company called Erickson acquired the type certificate and turned the Skycrane into one of the hardest-working aerial firefighting platforms on the planet. Crews bolted a belly tank to it and added a snorkel, letting it hover over a lake, river, or portable tank and draw up water in under a minute.

So when an S-64 was working a wildfire in Utah on Friday, that was a purpose-built heavy-lift machine, flown by a specialist crew, doing precisely the job it was engineered for. This was not a casual operation. And it still ended in two fatalities - which says something true about the work.

Why Is Aerial Firefighting So Dangerous?

The headline says a helicopter crashed. What it cannot carry is the flight environment these crews accept as normal on every single drop.

The air itself is a hazard. A large fire generates its own weather - columns of superheated air rising fast and unpredictably, with cooler air rushing in underneath. That produces violent, shifting updrafts and downdrafts, sometimes within a single turn. The visibility is smoke, which thins and thickens, hides terrain, and hides other aircraft.

The airspace is congested and uncontrolled. Over a big fire you can have air tankers, lead planes, multiple helicopters, and observation ships all working the same low-altitude box, coordinated by an air tactical group supervisor overhead. There is no tower, no radar vectors, no comfortable buffer - it is see-and-avoid, in smoke, in turbulence, against rising terrain.

The mission forces the aircraft to its limits. To be effective, a water drop must be low and slow - deliberately flying into the part of the envelope with the least margin. Low altitude means little room to recover. Slow airspeed pushes a helicopter closer to its power limits, especially when it is heavy with a full tank. And the aircraft changes dramatically the instant that water is released.

The terrain compounds everything. Utah in fire season means mountains, canyons, ridgelines, and high density altitude. When it is hot and you are well above sea level, thin air robs a helicopter of the power it needs most. A machine that performs beautifully at sea level on a cool morning is a different animal on a hot afternoon over a mountain fire.

None of this is speculation about Friday’s cause. It is the baseline - the reason aerial firefighting carries one of the most demanding risk profiles in all of aviation.

Who Investigates the Crash, and When Will We Know the Cause?

The investigation falls to the National Transportation Safety Board (NTSB), the agency that runs the inquiry when a civil aircraft goes down in the United States. The FAA will participate as a party, along with the manufacturer and the operator.

In the first few days, investigators secure the site, document the wreckage, and collect perishable evidence: weather data, radio communications, recorded flight tracking, maintenance records, the pilots’ training and duty history, and witness accounts. On a fire, other pilots are almost always airborne and saw at least part of what happened, and their accounts matter enormously.

Here is the timeline to expect. The NTSB typically releases a preliminary report within about 30 days. That report states what happened in the barest factual terms - it will not assign a probable cause. The probable cause report usually comes a year or more later, sometimes closer to two.

If you read accident coverage to learn something - and you should - understand that timeline. Anything claiming to know the cause this week is speculation, no matter how confident it sounds. That patience is not foot-dragging; it is how the industry produces real answers instead of comfortable ones.

What This Means for Your Own Flying

Every pilot has a version of the low, slow, high-workload, low-margin moment. For the firefighting crew it is the drop. For you it might be a short field on a hot day, a mountain strip at density altitude, a circling approach at night, or a heavy go-around with terrain close. The common thread: the aircraft has the least to give exactly when the situation asks the most.

Respect the margins before you are in the moment, because in the moment there are none left to find. Know your aircraft’s real performance at the actual density altitude and weight you will fly - not the numbers from a demo flight on a cool day at sea level. Build your outs before you need them. And when the air does something you don’t like, believe it the first time.

The firefighting community lives by risk management as a working discipline, not a poster. They brief every mission, set trigger points, and give every pilot the authority to decline a drop that doesn’t feel right. Their governing phrase is blunt: no fire is worth a life, no acreage is worth a life. And still, sometimes, doing everything right, the mission takes people anyway.

Practical Notes for Pilots and Drone Operators Near Fires

If you fly general aviation near active fire activity this summer, treat Temporary Flight Restrictions (TFRs) as hard walls. The FAA places a TFR over fires of any size, and that airspace is closed for exactly the reasons above - working aircraft are flying low and blind in the smoke. Check NOTAMs (Notices to Air Missions) before every flight in fire country. Busting a fire TFR can cost you your certificate, or worse, cost someone their life.

For drone operators, the rule is stricter still. Every time a private drone appears over a fire, the manned aircraft have to stop flying because the collision risk is unacceptable - and when they stop, the fire grows. The community’s saying captures it: “If you fly, we can’t.” Keep your aircraft grounded when there is a fire nearby.

If you want to help beyond that, the honest answer is respect and support. These programs run on tight budgets and aging fleets - the S-64 itself is proof of how long good airframes stay in service when the mission demands it - and fire seasons keep getting longer and harder.

Key Takeaways

• A Sikorsky S-64 Skycrane crashed Friday on Utah’s Widemouth Two Fire, killing two crew members during water-dropping operations (source: AVweb).
• The S-64, introduced by Sikorsky in the 1960s and flown militarily as the CH-54 Tarhe, is a purpose-built heavy-lift helicopter now central to aerial firefighting.
• Aerial firefighting demands low, slow flight in smoke, turbulence, congested uncontrolled airspace, and high density altitude - one of aviation’s highest-risk profiles.
• The NTSB leads the investigation with the FAA and manufacturer; expect a preliminary report in ~30 days and a probable cause a year or more out.
• Pilots must respect fire TFRs and NOTAMs, and drone operators must stay grounded near fires - “If you fly, we can’t.”