Plan will
increase capacity, reduce delays and enhance safety
The Boeing Company today introduced its proposal to bring fundamental
change to air traffic systems that increasingly are overwhelmed by sheer
numbers of flights and weather disruptions.
As summer approaches, increased air travel once again could create the
unsettling scene of tired, stranded passengers waiting to catch a flight
out of airports across Europe.
"The future of our core business - building and selling jetliners - is
tied to the future of air traffic systems," said John Hayhurst, Boeing
senior vice president and president of Air Traffic Management. "So we
have a vested interest. But more importantly, we believe there's an
achievable solution that provides greater safety, capacity and
affordability, plus fewer delays."
The Boeing proposal initially focuses on the U.S. air traffic system but
will incorporate requirements for global applications. The concept
features "trajectories," offering the ability to locate aircraft and
predict where they will be with much higher precision and further into
the future than ever before. This capability will be enhanced by an
advanced system of satellites that for the first time integrates
communications, navigation and surveillance or tracking data. The
satellite system will augment existing Global Positioning System
satellites and will enable the largest improvements to the air traffic
system.
Hayhurst said the Boeing Air Traffic Management concept would benefit
systems in Europe as well.
"Extremely precise trajectory data could help air traffic controllers
manage with much greater efficiency the congested airspace near busy
airports, such as Charles de Gaulle, Frankfurt or Heathrow," Hayhurst
said. "There's no question that Europe's 33-plus air traffic systems
present a different set of challenges, but the requirements for
increased capacity, enhanced safety and fewer delays are the same as
those of the United States."
The Boeing concept will allow all air traffic system participants to
have access to the same data, improving collaboration, negotiation and
strategic planning. Air traffic controllers will have powerful tools and
significantly better data to safely manage more traffic in larger
sectors.
In the United States, the Boeing concept could be implemented in
coordination with the Federal Aviation Administration's modernization
plans to create capacity for more than 15 years of traffic growth. This
improvement is equivalent to a 45 percent cut in delays. If new runways
and improved airport infrastructure are added to what is already
planned, the envisioned system will accommodate air traffic growth for
the next 25 years, with no increase in delays.
"Our next steps involve working together with a diverse group of
stakeholders, including some key European organizations, to take a more
detailed look at what the envisioned system requires, evaluating the
tradeoffs and validating the concepts that will work," Hayhurst said.
"Also, recognizing that meeting this challenge will require some of the
best minds inside and outside of Boeing, we envision working closely
with other companies."
Boeing established its Air Traffic Management business unit in November
2000 to develop a revolutionary approach to managing air traffic. The
organization has pulled leaders from the Boeing Joint Strike Fighter and
Space Shuttle programs, and from Boeing Commercial Airplanes Sales and
Marketing. It also consists of experts in airport and runway design, air
traffic control, avionics system performance and safety analysis, and
airspace procedures and routing. It includes an organization within
Boeing that has been working air traffic issues with governments and
private industry for more than two decades as well.
Resources Boeing can dedicate to this effort include several recent
acquisitions. Through the purchase of Hughes space and communications
businesses (now Boeing Satellite Systems), Boeing has become a major
business leader in satellite communications. The company also recently
acquired Jeppesen, the premier aeronautical charting company, and The
Preston Group, the world's leading airspace modeling company. |