Phoenix helps recover downed fighter, helicopter

Phoenix International recently assisted the Naval Sea System Command supervisor of salvage and diving with the successful recovery of an MH-60R helicopter and an F/A-18F Super Hornet fighter aircraft, the company said in a news release.
The two aircraft went down within 30 minutes of each other during routine flight operations off the USS Nimitz (CVN-68) in the South China Sea on Oct. 26. All crew members survived and were rescued.
Phoenix personnel traveled to Singapore and mobilized search assets aboard Anchor Handling Tug Supply vessel of opportunity and recovery assets aboard Construction Support Vessel VOO.
Once on site in the South China Sea, Phoenix personnel rapidly located both aircraft with towed pinger locator technology and side-scan sonar.
Phoenix then deployed the SUPSALV Remotely Operated Vehicle Hydros to conduct the recovery. Working around the clock, through high currents and undersea obstacles, the Phoenix team successfully installed rigging to each aircraft and, on Dec. 5, both aircraft were successfully brought to the surface and placed on deck aboard VOO.
“Phoenix is proud to support SUPSALV and the U.S. Navy in this critical mission,” said Sean Doherty, Phoenix general manager. “The professionalism, technical capability, and dedication of our team were key to ensuring the safe and efficient recovery of these assets.”
Phoenix International Holdings, Inc. is an employee-owned, ISO 9001-2015 Management System-certified marine services contractor specializing in manned and unmanned underwater solutions, design engineering, and project management services worldwide.
Phoenix operates a facility in Bayou Vista.
Operating expertise is available from eight regional offices in wet and dry hyperbaric welding, Nondestructive Testing, subsea engineering, conventional and atmospheric diving, autonomous underwater vehicle and remotely operated vehicle operations. Phoenix supports commercial, government clients with safe, innovative, and cost-effective solutions for complex subsea challenges.