NAMA Story

 

NAMA Augments, Test runs Satellite Navigation System 

ZAINAB JUNAID 

In a bid to improve the accuracy, integrity, and availability of signal through augmentation of satellite systems, Nigeria’s airspace safety received a major boost as the Nigerian Airspace Management Agency (NAMA) has successfully carried out a demonstration flight to test run the Satellite Based Augmentation System (SBAS) with its $8.5 million Beechcraft King Air 350i aircraft. 

The SBAS are used to enhance the accuracy and precision of an existing GPS (Global Positioning System). GPS by itself isn’t sufficiently accurate to do things like help land airplanes or other applications where there is a need for high accuracy combined with high consequences for failure. Simply put, it means using satellite systems for air navigation.

With the system having the capability of reducing flight time on some routes within Nigeria by up to 5-7 minutes, it simultaneously help airlines to save cost through fuel burns.

The Managing Director of NAMA, Mr. Lawrence Mathew Pwajok said, “When an airline tells you their fuel consumption, you will understand and you multiply that by five minutes you will know how much it is. We also have the calculation which we can make available to you for different airline categories in fuel savings, time savings, and CO2 emission savings which is very critical. Environmental sustainability is very key in this satellite navigation.”

 “That is one of the driving forces when it reduces flight time, fuel consumption, and CO2 emission. We have the calculation of the CO2 emissions and when I calculated the number of flights that fly that route and the number of reductions in flight time and fuel consumption, they act to give a quantum per annum on the savings for that implementation. Multiple over the years, maybe 300 flights through that route, you can actually see an amazing reduction for an airline.”

Speaking on the SBAS, the NAMA Chief explained that Nigeria implemented the Performance Based Navigation (PBN), a satellite system for navigation, adding that the system allows aircraft to use satellites system and aircraft equipped with a global performance system to navigate or fly.

“What we have implemented at the moment that we have done in 32 airports including military airports and private and state government and federal airports is what we call performance-based navigation. It provides you with large guidance. For you to improve on the accuracy, integrity, and availability of the signal, we will now go into what we call an augmentation system. That is to augment what the satellite does”, he stated.

“For a satellite to have precision, you need an augmentation that can give improved accuracy, the integrity of the signal, availability, and continuity of the signal to collect information from several signals rather than an aircraft using just one signal from a GPS to fly.”

It improves on the accuracy and that improves safety and that also reduces what we call control flight into terrain, rather than going left or right, it puts you more precise on the approach for landing. It enhances safety, efficiency, and capacity; reduces the workload for the pilot and the air traffic controller and then of course efficiency for the airlines. It reduces flight time, reduces fuel consumption, holding time, and turn-around time. In the long run, it improves on affordability for the airline”.

The satellite air navigation system is relatively a new concept in Africa. In the United States and Europe, they are already using it. In the US, they are using Wide Area Augmentation System (WAAS). Nigeria has a satellite in space that has the payroll for aviation use, communication, agriculture, science and environment, and others.

What the agency did yesterday was to see how it could use the Nigerian Communications Satellite (NIGCOMSAT) by collaborating with other European partners that have implemented it and doing a demonstration flight to see how they would use the aircraft calibration by developing the procedure that the aircraft will fly.

“The aircraft has been given these procedures, we will be monitoring it on the radar to see how it is following it. The procedures have been imputed on the radar so the expected lateral and vertical movement are all inputted in the radar and we will be monitoring it. As the aircraft goes, if it deviates left or right, that will help us to know the level of deviation using the satellite. If it maintains precisely and accurately, that tells us the level of accuracy and integrity of the signal being received and how it can guide aircraft,” he added. 

Boeing Takes Delivery of 747 Aircraft

Boeing Delivers ‘End of Era’ 747 Airplane to Atlas

… Says Goodbye to Queen of the Skies 

ZAINAB JUNAID 

Boeing Company, an American multinational corporation has delivered the final widebodied 747 model aircraft to Atlas Air bringing to a close more than a half century of production. 

The company which designs, manufactures and sells airplanes, telecommunications equipment worldwide, celebrated the delivery of the historic plane that brought air travel to the world, with thousands of its employees and the so called ‘incredibles’ who developed the jet in the 1960s. 

It was a monumental day for the ‘incredibles’ as they returned to be honored at the Everett factory where the journey of the 747 aircraft began in 1967. The factory produced 1,574 airplanes over the life of the program. 

Aircraft 747 is an airplane that shrank the world and revolutionized travel and air cargo with its first widebody, just as described by David Calhoun, President and Chief Executive Officer of Boeing Commercial Airplanes, "It is fitting to deliver this final 747-8 Freighter to the largest operator of the 747, Atlas Air, where the 'Queen' will continue to inspire and empower innovation in air cargo." 

Known as the "Queen of the Skies," the 747 was the world's first twin-aisle jetliner, which Boeing designed and built in 28 months. 

Overwhelmed with the delivery, John Dietrich, president and chief executive officer, Atlas Air Worldwide, said, his company is honored to continue the long history of flying the iconic aircraft for its customers around the world. 

"Atlas Air was founded over 30 years ago with a single ‪747-200‬ converted freighter, and since then, we have spanned the globe operating nearly every fleet type of the 747, including the Dreamlifter, Boeing's 747 Large Cargo Freighter, for the transport of 787 Dreamliner parts. 

“We are grateful to Boeing for their shared commitment to safety, quality, innovation and the environment, and for their partnership to ensure the continued success of the 747 program as we operate the aircraft for decades to come." 

“Atlas Air was founded over 30 years ago with a single ‪747-200‬ converted freighter, and since then, we have spanned the globe operating nearly every fleet type of the 747, including the Dreamlifter, Boeing's 747 Large Cargo Freighter, for the transport of 787 Dreamliner parts. 

We are grateful to Boeing for their shared commitment to safety, quality, innovation and the environment, and for their partnership to ensure the continued success of the 747 program as we operate the aircraft for decades to come." 

The first twin-aisle airplane and "jumbo jet," the "Queen of the Skies" enabled airlines to connect people across vast distances and provide non-stop trans-oceanic flights. Its development solidified Boeing's role as an industry leader in commercial aviation.

The airplane's core design with its distinctive hump and seating in the upper deck has delighted generations of passengers and operators alike. 

Boeing continued to improve on the original design with models like the ‪747-400‬ in 1988 and the final 747-8 model that was launched in 2005; across all the models, the jet has delivered unmatched operating economics and efficiency to travel and air cargo markets. 

As a leading global aerospace company, Boeing develops, manufactures and services commercial airplanes, defense products and space systems for customers in more than 150 countries.