You would expect a modern aircraft to be the pinnacle of modern electronics.
After all, unless you're an astronaut, there is nowhere more than on a plane
that you need the best and most reliable technology. Yet when planes land,
the data recorded in-flight that measures engine performance and other
factors must be manually removed on optical or PC disks and shipped to the
airline's headquarters.
To expedite and automate that process, Teledyne
Technologies (NYSE: TDY) has released
its Wireless GroundLink application, which allows flight data to be
transmitted wirelessly to the airline's flight data processing
center upon the safe touchdown of an
aircraft.
The recorder in question is not the famous black box device that inevitably
survives crashes, but a secondary unit called the "quick-access recorder." Teledyne Controls, the unit of
Teledyne Technologies that makes Wireless GroundLink, has essentially made a
quick-access recorder that also transmits its data wirelessly.
"You can take the current QAR out of a plane and plug this one right in,"
Tamas Igloi, marketing director of flight data services for Teledyne
Controls, told Wireless NewsFactor.
In announcing the product, Teledyne reported that air-safety poster child
Qantas Airlines has been using the system on one of its Boeing 747s, and the
airline's Sydney headquarters has successfully downloaded information from
more than 40 flight legs via GroundLink.
Risk Management
The flight data includes monitoring of engine conditions and general
performance data. The current standard has the data being recorded on
optical disks, tapes or PC cards that must be manually removed from the
plane and shipped to the airline's operations center. It is a system with
numerous risks of error, loss and delay.
Teledyne has automated the process by transmitting the data via existing
cellular/PCS networks, eliminating any need to install costly dedicated
infrastructure at airports.
"Wireless GroundLink significantly reduces the risk of data loss and delays
in information during processing," said Robert Mehrabian, chairman,
president and chief executive of Teledyne Technologies.
Timely Evaluation of Airworthiness
"Until now,
optical disks and PC cards were used to process flight information,
resulting in the potential for data loss and delays in information
processing," Mehrabian said. "Immediately upon arrival, flight operations and engineering can
begin analyzing the flight data to evaluate an aircraft's airworthiness,
thereby improving the effectiveness of the airline's safety operations."
A Qantas representative spoke highly of the test effort.
"Qantas has maintained a Flight Operations Quality Assurance program for the
past 12 years," explained Greg Gibbens, Qantas' manager of flight safety
systems.
"While Quick Access Recorder airborne technology has advanced
considerably during this period," Gibbens said, "a significant data loss problem remains
within the process system when data is sourced from individual media such as
tapes, disks and PC cards. To date, the trial operation has been extremely
successful -- data return has been noted to be consistently at 100 percent
of expectations."
Igloi said the company wants the GroundLink unit to be installed by
airlines in current craft -- and eventually to be standard equipment on
planes rolling off manufacturers' assembly lines. He said Teledyne
Controls is talking with airlines right now, but he could not give details. He
said the Wireless GroundLink's cost is comparable to that of a standard
quick-access recorder. It's slightly more expensive because of its
transmission capability, he said, but not much more so.
"We have to be competitive, after all," he said.
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