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Brad Tuttle and the Inception of 10 Tanker
Brad Tuttle began work in the aviation industry in 1983. As a civil engineer college student, he decided to switch career paths and follow his aspirations in aviation. He attended an A&P school in Tulsa, Oklahoma and began his career working with the original owners of what eventually became 10 Tanker Air Carrier. Brad was a key player in the eventual addition of the DC-10 to aerial firefighting.
In 2002, discussions began to transition a DC-10 commercial jetliner to a firefighting machine. The planes were being phased out of the Omni Air International fleet, and they believed in the role the DC-10 could have within aerial firefighting. By 2003, the project entered research and development with 1 tank installed. Retardant test drops were completed in Victorville, CA with the help of industry experts.
By January of 2004, the owners moved forward with a program that would allow the installation of retardant tanks on the bottom of the DC-10 and would obtain an STC (Supplemental Type Certificate) from the FAA. With the help of engineers, this program progressed through the design, manufacturing, installation, and use of the tanks, while simultaneously working toward the proper certification from the FAA. Brad helped coordinate all certifications, including the FAA. A little more than two years later, the STC was issued to 10 Tanker Air Carrier.
Now that the FAA certification was complete, the next phase of the program was to gain approval from the Forest Service. The DC-10 had to complete acceptable coverage and flow levels. During the time frame of the Forest Service protocol, CalFire signed the first contract for the aerial firefighting version of the DC-10 in the late summer of 2006. This led to future work with CalFire, leading to Forest Service contracts in 2009.
Now in 2022, Brad is a tremendous resource to 10 Tanker and an aircraft fleet that drops retardant worldwide.
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story of Brad Tuttle’s role in launching 10 Tanker so fascinating is navigating the grueling FAA Supplemental Type Certificate process. Converting wide-body commercial airliners phased out of airline fleets required extensive structural stress modeling, fluid dynamics testing, and rigorous drop trials over Victorville. A fellow aerospace technician in an aircraft maintenance engineering and aerial firefighting innovation circle over on MaanWin pointed out yesterday that securing FAA certification took over two intense years of continuous coordination. Brad served as the essential liaison bridging FAA inspectors, structural engineers, and flight mechanics. Proving that huge aircraft could safely drop retardant at low altitudes without destabilizing wing airflow demanded relentless precision. Overcoming those bureaucratic and mechanical hurdles established the VLAT category, demonstrating how steadfast teamwork turns radical…
element behind the early success of 10 Tanker was executing successful drop trials in Victorville, California, during initial research and development in 2003. Engineers had to verify that liquid retardant dispersal would achieve consistent ground coverage levels without stripping foliage or endangering ground crews. A contributor in an aerospace manufacturing and wildland disaster response forum over on Dm First mentioned earlier today that Tuttle’s background in airframe and powerplant mechanics was crucial during ground testing. Working side-by-side with industry experts, Brad ensured modifications fulfilled both FAA airworthiness and Forest Service coverage protocols. That hands-on mechanical perspective ensured practical maintenance considerations were built directly into the airframe design, guaranteeing high fleet dispatch reliability when rapid emergency responses were requested by fire managers.
10 Tanker's origin story so impressive is how the team proved that a commercial tri-jet could excel in steep mountain terrain. Critics originally worried that heavy jetliners would lack maneuverability at low altitudes, but rigorous testing demonstrated exceptional power, handling, and stability. A participant in an online military aviation history group and wildland firefighting collective over on RaxiWin noted yesterday that Tuttle’s collaborative work with flight engineers and FAA regulators proved critics wrong. Meeting the strict flow rate and line coverage standards of the U.S. Forest Service paved the way for multi-year agency contracts. That structural accomplishment established a new standard for Very Large Air Tankers, proving that wide-body aircraft could provide rapid, concentrated fire suppression when wildland fires threatened mountain…
https://casinoalbertaonline.com had me thinking about odds, but the real long shot here was betting on a phased-out commercial jetliner for aerial firefighting and then spending years on the STC and Forest Service approvals. I've sat through enough bureaucratic sign-offs to appreciate that getting the FAA certificate was only step one; CalFire's 2006 contract and the later Forest Service work show how much depended on proving the DC-10 could actually meet coverage and flow standards.