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News | Feb. 23, 2018

FRCSW Test Line: Ensuring Quality Aircraft to the Fleet

By frcsw

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VIRIN: 180223-N-ZZ252-0197
Electrician Dana Joygrimley makes adjustments to a legacy F/A-18 flight control computer at the FRCSW Test Line. Photo by Jim Markle Encompassing almost 1.5 million square feet at the very Western portion of Naval Air Station North Island (NASNI), the Fleet Readiness Center Southwest (FRCSW) Test Line Support Facility is the hub for test flying the aircraft the commands artisans repair and maintain. The sprawling compound includes an 800,000 square-foot aircraft ramp with parking for numerous aircraft, three climate-controlled storage hangars, out-buildings, seven fabric work shelters and a main support building (785). Unless an aircraft is trucked onto NASNI, the FRCSW Test Line is the first and last stop during its visit to the command. The squadron maintenance charts and log books are some of the first things we go through upon induction of any aircraft; its the first step in the process before an aircraft is turned over to its product line, said Aviation Machinist Mate Chief Petty Officer Gabriel McConico, maintenance controller of the FRCSW Test Line. On the reverse side of that process, the Test Line and log sell procedures include final ground checks, test flights, and a review of all documentation to ensure that the work has been completed and certified. In accordance with Navy regulations, any aircraft completing depot-level rework is required to undergo at least one Functional Check Flight (FCF) prior to delivery to the fleet to determine the quality of work and the airworthiness of the aircraft. The FCF is the final step in Test Line procedures. Three of the four major aircraft product lines at FRCSW bring their aircraft to the Test Line: F/A-18 Hornets, E-2C Hawkeyes, C-2A Greyhounds, and H-53 Super Stallions all must be flight checked at the flight line. The only aircraft that doesnt pass through the Test Line is the H-60 Seahawk helicopter; though the aircraft may be stored in facilities there on a short-term basis, McConico noted. Returning more than 40 F/A-18 Hornet fighter aircraft to the fleet during fiscal year (FY) 2017, FRCSW test flies more legacy Hornets than any other airframe. The Test Line selling phase begins once the aircraft is transported from Building 94 where all repairs and maintenance procedures are performed. Once under the cognizance of the Test Line staff, it is checked, prepared, test flown, and returned to the customer. The Hornets are also weighed when returned from maintenance because modifications or repairs can affect the aircrafts weight. The planes are weighed again after painting (prior to delivery to the customer) to make sure theyre within an acceptable limit. Artisans assigned to the F/A- 18 Test Line program include aircraft examiners (AE) and an examination evaluator (EE). AEs also assess the aircrafts functions to ensure a safe and proper flight. This includes the hydraulics, fuel system, air conditioning, engines, and cabin pressure. AEs are the initial ones who issue discrepancies, fix discrepancies and decide when the aircraft is ready, McConico said. While AEs turn the avionics on, actual system checks are performed by EEs, electricians, and electronic integrated systems mechanics. The F/A-18 Test Line artisans face few barriers they cannot overcome at the flight line to ensure a safe initial test flight. But on occasion certain issues can come up where we would have to return the aircraft to Building 94, McConico noted. If a new message is released that requires replacement of an inboard leading edge flap, for example, or if theres a technical directive requiring an update, then we would send the aircraft back for things like that. In contrast to the volume of F/A-18 Hornets, only nine E-2C Hawkeye airborne early warning and eight C-2A Greyhound transport aircraft were inducted and returned to the fleet in FY 2017. Artisans comprised of AEs, mechanics, electricians, and avionic artisans prepare the turbo-propeller airframes for flight at the Test Line. During induction a series of dynamic tests are performed on all systems to check their condition. Dynamic tests are those that engage the engines, hydraulics, fuel, radar, and other systems used in the flight of the aircraft. From the initial induction to get to the production floor is dependent on available space, and can be about three to five weeks to get to Building 460 for the aircrafts planned maintenance interval (PMI), McConico said. After PMI and any repairs, the aircraft are reassembled and returned to the Test Line where another round of dynamic tests are performed to ensure they meet pre-flight inspection status. AEs test all of the systems except the avionics, which is tested by journeyman avionic artisans. Solely serving Marine Corps squadrons throughout the west coast including Marine Corps Air Station Miramar, the FRCSW CH-53 Super Stallion program returned 10 helicopters to the Corps during FY 2017. During induction the main rotor blades are removed and the aircraft is de-fueled. Afterward, the aircraft is transported to Building 378 to undergo the Integrated Maintenance Program (IMP) that includes a variety of procedures including structural repairs to the fuselage and electrical wiring upgrades. Work exceeding IMP specifications, like replacing engines or rotor heads that have exceeded their recommended hour or life limit, is often done by the Marines themselves to save money. AEs are assigned to the Test Line and perform startups, systems, and electrical checks. Unlike the F/A-18 and E2/C-2 programs, FRCSW does not have CH-53 pilots on staff. Instead, pilots from prospective squadrons are notified when an aircraft is ready for test flight and delivery.

Nov. 21, 2023

FRCSW at Fleet Week San Diego

On November 8 2023, Fleet Week in San Diego unfolded as a grand spectacle of innovation and technology, transforming the Port Pavilion Building into a vibrant hub of the future.

Nov. 10, 2023

Honor Flight San Diego’s Tribute to American Veterans

Veterans Day not only offers a moment to reflect upon the sacrifices of service members, but also serves as a poignant reminder of the price of liberty and the importance of acknowledging those who have borne its cost. This day reinforces the timeless truth: freedom is never free, and gratitude towards its guardians is eternally owed. Building on this spirit of reverence, organizations like Honor Flight San Diego (HFSD) work tirelessly to show tangible appreciation to these heroes.

Sept. 5, 2023

FRCSW STEM in Action

When Fleet Readiness Center Southwest (FRCSW) STEM ambassadors visit local communities, their goal is to utilize the STEM outreach program to inspire and create valuable opportunities to learn for both students and educators. The program also tries to empower both the students and FRCSW employees by fostering meaningful connections between Naval STEM efforts and the upcoming generation.

July 20, 2023

FRCSW Engineer Receives Assistant Secretary of Navy (Research, Development and Acquisition) Dr. Delores M. Etter Top Scientists & Engineers of the Year Award

FRCSW Engineer Receives Assistant Secretary of Navy (Research, Development and Acquisition) Dr. Delores M. Etter Top Scientists & Engineers of the Year Award

May 15, 2023

FRCSW Comptroller Receives Department of the Navy and Secretary of Defense Financial Management Awards

FRCSW Comptroller Receives Department of the Navy and Secretary of Defense Financial Management Awards

April 27, 2023

FRCSW E-2D Team Wins NAVAIR Commander’s Award

FRCSW E-2D Team Wins NAVAIR Commander’s Award

April 18, 2023

FRCSW Sailors Named 2023 Sailor of the Year

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April 6, 2023

FRCSW Ally Support Strengthens Royal Australian Air Force

Fleet Readiness Center Southwest (FRCSW) successfully completed a first of its kind reconfiguration of a U.S. Navy EA-6B Growler for the Royal Australian Air Force (RAAF).

March 31, 2023

Fleet Readiness Center Southwest - Eliminating Waste and Improving Efficiency

For over 100 years, Fleet Readiness Center Southwest (FRCSW) has provided the men and women of the Navy and Marine Corps with the highest quality products and services in the most efficient manner possible. One of the state of the art management systems that makes this possible is the “Lean” process which focuses its attention on eliminating waste and error. FRCSW began the command’s most recent “Lean” process by integrating pre-expendable bins (PEB). Lieutenant Commander Jeffrey Legg, Maintenance Repair and Overhaul (MRO) Industrial Supply Officer, in collaboration with the other PEB managers, played a pivotal role in the improvement of PEB inventory.

Sept. 26, 2022

FRCSW Navy’s Sole Maintainer of Rotodome Radar

A primary tool of the Hawkeye’s defensive posture is the rotodome radar system, maintained by Fleet Readiness Center Southwest (FRCSW).