Every aircraft at the 33rd FW needed to have a fuel line on the engine inspected. Parts within a specific batch number needed to be removed and replaced. All of the wing’s aircraft were grounded until they were inspected and fixed if needed.
EGLIN AIR FORCE BASE, Fla. —As Hurricane Michael churned toward the Emerald Coast of Florida, F-35A Lightning IIs from the 33rd Fighter Wing here evacuated to Barksdale Air Force Base, La., to avoid the storm’s path and
There was talk within the F-35 community of a one-time inspection order being passed down.
Every aircraft at the 33rd FW needed to have a fuel line on the engine inspected. Parts within a specific batch number needed to be removed and replaced. All of the wing’s aircraft were grounded until they were inspected and fixed if needed.
This had a profound impact back here, but brought even more complications for the aircraft still at Barksdale.
“It was particularly worrisome for us because we had jets off station without access to all of our tools and personnel,” said 1st Lt. Patrick Michael, 58th Aircraft Maintenance Unit assistant officer in charge. “We didn’t have the guidance for changing out the part yet. The preliminary guidance said we would need to remove the engine to access and remove the line.”
The current guidelines used for aircraft maintenance required that the entire engine be removed, which would require at least 36 hours per jet. Furthermore, engine trailers and tool boxes would need to be transported to the location, extending the timeline.
When the OTI was made official on October 12, leadership at all levels of the 33rd Maintenance Group and 33rd Aircraft Maintenance Squadron saw an opportunity for Airmen to demonstrate how capable they are. They extended a challenge… find a better way.
The maintainers at Barksdale determined eight of the jets there failed the requirements of the OTI. The remaining jets returned to Eglin. Maintainers working with field support engineers from Lockheed Martin and Pratt and Whitney set out to find a way to replace the fuel line without removing the engine.
Crew Chiefs determined they could access the part through a hole just big enough to fit a hand. The location of the fuel line is nearly impossible to see. They needed to detach and set aside another component without removing it, making
Despite how difficult it was, they succeeded in finding the fix. The first across the F-35’s global presence.
Within three days of the official notification, the 58th AMU had identified the jets that were deficient, found the fix, got it reviewed and approved to execute and were on their way to Barksdale to implement the new procedure.
“Especially coming on the heels of Hurricane Michael, the fuel line OTI had the potential to put our training timeline well behind schedule,” said Lt. Col. David Cochran, 58th FS director of operations. “Initial estimates were for our students to graduate almost two months late. Instead, our maintenance team got us back up to a full schedule within two weeks and enabled on-time graduations for nine new F-35 pilots.”
Every training mission requires teamwork between countless organizations to prepare jets for flight and get them in the air. The actions that took place following the OTI highlighted the significance and effectiveness of the many organizations working together within the 33rd MXG.
At the group level, the Plans and Scheduling section ordered new parts and opened lines of communication with leadership ensuring appropriate communication was taking place. They identified aircraft that were unaffected by the inspection, enabling them to return home earlier. Maintenance was then prioritized across the fleet to enable normal operations at the wing to continue.
The Quality Assurance section helped by validating the new technical data and inspection process. They also sent a member of their team to Barksdale to provide assistance and oversight, eventually streamlining the repairs.
Members from the 33rd MXS Low Observable and Fuels sections provided additional maintenance assistance and augmented the initial group of maintainers that deployed to recover the jets. They drove hundreds of miles to deliver support equipment and the required consumables to complete the repair. Their actions shaved days off of delivery times and avoided several thousand dollars in transportation costs.
“The F-35 Program tends to bring parties together under one common cause, maturing the program,” said Chief Master Sgt. Matthew Coltrin, 33rd MXS superintendent.
Coltrin went on to say that their partnership is strong because many of the functions that existed within a traditional MXS with fourth generation aircraft now lie within the fifth gen AMXS.
“More now than ever we rely on each other to accomplish organic maintenance. On fifth gen aircraft it takes a village. No squadron can go it alone,” said Coltrin.
To this date, only one other unit has replicated the same maintenance on three jets. This is because of what sets the 33rd FW maintenance team apart from others.
“The maintainers at the 33rd Fighter Wing have a maturity unlike anywhere else in the enterprise,” said Joseph Frasnelli, Lockheed Martin Aeronautics F-35 chief of maintenance and operations at Eglin. “The 58th AMU forged their own path with their leadership’s support… and they knocked
When the OTI was first accomplished, the fuel line swap took about 24 hours, 12 hours less than removing the entire engine and performing the maintenance on a stand. As they repeated the task on additional aircraft they were able to shave another four hours from that time, enabling jets to return home faster. That speed and accuracy ensured the wing could continue accomplishing one of its primary missions, training F-35A pilots.
While facing adversity on more than one front, 33rd FW maintainers leaned forward and solved a problem that no one else could. That mindset resonates throughout the wing as Airmen work to find innovative methods to address issues before and as they arise.
“I couldn’t be more proud of our Nomad maintainers, as this is
Story by Staff Sgt. Peter Thompson, 33rd Fighter Wing
