FAA tries to keep pace as more advanced technology takes to the air
After Boeing 787 grounding, experts question the authority's ability to keep up with the way planes are built today.
DALLAS—After two separate and serious battery problems aboard Boeing 787s, it wasn’t US authorities who acted first to ground the plane. It was Japanese airlines.
The unfolding saga of Boeing’s highest-profile plane has raised new questions about federal oversight of aircraft makers and airlines.
Some aviation experts question the ability of the Federal Aviation Administration to keep up with changes in the way planes are being made today—both the technological advances and the use of multiple suppliers from around the globe. Others question whether regulators are too cozy with aircraft manufacturers.
Even as they announced a broad review of the 787 earlier this month, top US transportation regulators stood side-by-side with a Boeing executive and declared the plane safe—saying that they would gladly fly in one. Transportation Secretary Ray LaHood repeated his endorsement Wednesday.
A few hours later, the FAA issued an emergency order grounding the planes.
Despite their concerns, many safety experts still believe that the current regulatory process works—the 787s were grounded before any accidents occurred.
The Dreamliner is the first airliner whose structure is made mostly from composite materials rather than aluminum. The plane relies more than previous airliners on electrical systems rather than hydraulic or mechanical ones, and it’s the first airliner to make extensive use of lithium-ion batteries to power cabin-pressurization and other key functions.
Such technological advances may force the FAA to re-examine the way it does its job.
“We’ve gone from aviation to aerospace products that are much more complex,” said Richard Aboulafia, an aviation analyst with the Teal Group. “The FAA is equipped for aviation. Aerospace is another matter.”
Former National Transportation Safety Board member Kitty Higgins said the FAA must consider whether changes in its certification process would have turned up the problems in the Dreamliner battery systems.
“They need to make sure the certification process stays current with the industry and the new technology,” she said.
The FAA has said that its technical experts logged 200,000 hours testing and reviewing the plane’s design before certifying the plane in August 2011. Boeing defended the process and the plane.
“We are confident in the regulatory process that has been applied to the 787 since its design inception,” said Boeing Co. spokesman Marc Birtel. “With this airplane, the FAA conducted its most robust certification process ever.”
Thomas Anthony, director of the aviation-safety program at the University of Southern California, said many new planes have flaws that are only discovered once they go into service, and that the regulatory process worked the way it was supposed to with the Dreamliner.
“The FAA used to be accused of ‘blood priority”’—acting only after a disaster, Anthony said. “In this case, it’s not true. The regulators are taking their job seriously. There were no accidents, there were no injuries, there were no fatalities.”
That has not always been the case. In 1979, authorities grounded the McDonnell Douglas DC-10 for five weeks after an engine tore loose from the wing of an American Airlines plane, causing a crash that killed 273 in Chicago. And there were other incidents that occurred after the DC-10 was introduced in 1971, including cargo-door problems that forced one emergency landing and caused a Turkish Airlines crash that killed 346 in 1974.
Boeing, based in Chicago, is racing to find a fix to the Dreamliner’s battery systems and get the planes back in the air. It is still producing 787s but has stopped delivering them to customers.
Bloomberg News reported that Boeing has tried to persuade FAA to end the groundings by proposing a variety of inspections and having pilots monitor electronic signals from the batteries to prevent fires. The FAA has been reluctant to approve those steps without a clear idea of what caused the defects and how they can be prevented.
©The Canadian Press