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Garuda international flights find new home in Jakarta.

All Garuda Indonesia international services will operate from the new Terminal 3 at Jakarta’s Soekarno-Hatta International  Airport from May 1.

Garuda will transfer 30 daily overseas flights to the new facility and will be the only carrier operating international flights from the 25-million passenger terminal for now. Other international carriers will continue to operate from Terminal 2.

Soekarno-Hatta is the main airport serving the greater Jakarta area, catering for 187 international flights a day and handling 54 million passengers a year. Its annual throughput makes it the world’s 18th busiest airport and its location means it is called Cengkareng by locals, accounting for its CGK IATA code.

Indonesia’s national carrier said it had worked with airport operator Angkas Pura II   to successfully completed simulations to test the new terminal’s operational feasibility.

It said passenger simulations focused on passenger flows between the departures area and boarding gate as well as between the landing gate and the passenger arrivals area.

“The simulation of T3 International operations has been conducted several times involving hundreds of passengers, immigration and Customs officers, and also Gapura Angkasa as the ground handling provider and other stakeholders,” Angkasa executive  Agus Haryadi said in a statement.

“In line with numerous simulations, we are positive that as a result of all the prior preparation, the T3 operations will run as smoothly as possible, specifically for Garuda Indonesia.’’

Terminal 3 was officially launched in August, 2016 and has been catering for domestic flights. It has had a number of teething problems, according to local media, including a collapsed roof and flash flooding in the arrival gate area

International operations will be supported by 64 immigration counters — 32 each for arrival and departures — 30 immigration “autogates’, six baggage claim points, six aerobridges and parking for 1200 vehicles.

The terminal boasts a commercial area of almost 46,000 sq. m with walk-through shopping and is connected to its counterpart by a Skytrain.

Garuda corporate communications vice president Benny S. Butarbutar said the move to Terminal 3 meant passengers would enjoy upgraded facilities with a “five- star” service standard.

He said the airline had also conducted several operational trials involving all service units at the airport “to ensure all aspects of aviation safety and security as well as passenger services are running according to the relevant standards and procedures’.

Garuda will operate 28 check-in counters and will have lounge facilities capable of accommodating up to 2100 passengers with 1700 in the business lounge and 400 in first class.

Despite the preparations, the airline appealed to customers to arrive earlier than normal in anticipation of “any delays and adjustments of passenger flow”.

Boeing’s 737: The plane that almost never was.

Many at Boeing never wanted to build the world’s bestselling and most reliable plane and at one stage the non-believers almost sold the design to a consortium of Japanese aerospace manufacturers.

That plane, the Boeing 737, celebrated the 50th year of its first flight this month — as the latest version took to the air for the first time.

Key to the success of the 737 has been the ability of Boeing to improve the plane. The latest design, the MAX, is the fourth major upgrade.

Boeing started studies of a short-haul jet plane to supplement ithe company’s very successful 727 for short routes.

Design work began in May 1964, with the original design for a 60-passenger plane for routes up to 1600km.

The plane flew for five hours before landing successfully.

Many in Boeing thought the move was crazy because three other competitors already had similar jets flying or about to fly and there were few major customers left.

But Boeing had a major advantage with its family concept as its 737 would use many of the parts and the same cabin cross section (six across) as its best-selling 707 and 727.

Boeing’s sales pitch was big-jet comfort on regional routes.

Germany’s Lufthansa and United Airlines were sold and the 737 was launched.

By the time the first flight took place in April 1967, 17 airlines had signed up. However, storm clouds were brewing for Boeing.

By 1969 the 747 was in trouble with its weight and engine performance and Boeing’s Super Sonic Transport had to be totally redesigned.

In 1970, starved of funds, Boeing looked for products to quit and the 737 which had sold only 23 that year was the prime candidate.

The 747’s issues were resolved with compromises on all sides, the US government cancelled the SST in 1971 and the pressure came off. The future was not going to be high-speed travel across the globe but more a focus on regional flights connecting thousands of cities, with the 737 set to be both the magic carpet and a golden goose.

There is possibly no better example of how engine and aerodynamic technology has advanced aviation than the 737.

The first 737 could carry 124 passengers over 2775km, whereas the latest version to fly, two weeks just last Friday, the 737MAX 9 can carry 204 passengers in the same configuration over 7000km. And the fuel consumption improvements have been spectacular.

Since 2000, for instance, the fuel burn has declined 20 per cent from the current model in airline service to the MAX.

As well as countless under-the-skin improvements, Boeing has given the 737 a new interior incorporating design concepts from its bigger brothers the 787 and 777.

Dubbed the Sky Interior, it totally transforms the 737. Boeing is building 42 737s a month and that rate is moving to 47 this year, 52 next year and 57 in 2019 to clear the backlog.

Since 1965 Boeing has received orders for 13,954 737s, with 4506 still to be delivered. Of those, 3700 are for the latest MAX models.

The problem now for Boeing is how to replace its bestselling jet.

The aerospace company may launch one more version of the MAX series, with 12 extra seats, but a clean-sheet design is needed to take it to the middle of this century.

Challenge is where is the sweet spot to capture the bulk of the market. The original 737 was positioned in the 90-150 seat segment but that has grown to 150-220 seats over the years, with airlines now asking for even more seats.

More seats mean a push from a single-aisle plane to a twin-aisle for ease of boarding but that makes it less attractive at the lower capacity end of the market.

Boeing, and its now merged partner McDonnell Douglas dabbled with 200-seat twin-aisle designs in the 1980s and 1990s but airlines were lukewarm.

The width of the cabin allowed for economy seating of 2-2-2 rather than the familiar single-aisle 3-3.

But fast forward to today’s nightmare of passengers’ demands, particularly in the US, for carry-on baggage only and a twin-aisle solution with more overhead space, and the design plans have great appeal.

MH370: CSIRO report boosts confidence in wreckage location.

A new drift analysis of an actual wing part from a Boeing 777 has confirmed the most probable location of missing Malaysian Airlines flight MH 370 is within the proposed new 25,000 sq. km search area recommended by international experts.

The finding has increased confidence in previous modelling and strengthened the belief that the wreckage of the plane, which went missing with 239 people on board in 2014,  is somewhere close to the seventh arc defined by an analysis of satellite signals and near latitude 35°S.

The analysis by a CSIRO research team headed by David Griffin and funded by the Australian Transport Safety Bureau builds on research using replicas designed to mimic a moveable wing panel called a flaperon.

A flaperon known to be from MH370 was recovered from La Reunion Island, off the coast of Africa, in July, 2015.

In the latest research, the researchers used a genuine right wing B777 flaperon sourced by the US National Transportation Safety Board.  The flaperon was cut down to reflect the damage suffered by the MH370 part and make it as close a facsimile as possible.

This was necessary because the wood and steel replica flaperons could not be made to float in precisely the same way as the recovered part.  Researchers found the real flaperon was not uniformly thick and had slightly different drift characteristics to the facsimiles, moving faster under high winds and with a bias to the left.

The researchers repeated drift testing near Hobart and re-ran their model and analysis of simulated trajectories, coming up with results that were more consistent with the actual arrival time and place of the MH370 flaperon.

Researchers also looked at where debris was and was not found to narrow down the potential crash site.

The drift analysis puts the crash site between latitudes 40°S and 30.5°S. The arrival of other debris exclusively after December, 2015, and the failure to find floating debris of a 40-day aerial search off Western Australia narrows this down to latitudes south of 32°S.

The absence of debris on the Australian coast is consistent with a few impact latitudes and the region near 35°S is the only one lining up with other factors.

“This new information does not change our earlier estimate of the most probable location of the aircraft,’’ the researchers found. “It does, however, increase our confidence in that estimate, so we are now even more confident that the aircraft is within the new search area identified and recommended in the MH370 First Principles Review.’’

Read also: ATSB rejects staff warning claims.

A meeting of international experts in Canberra last year identified the 25,000 sq. km area just outside and to the north of the original 120,000 sq km as the most likely site of the crash and recommended it be searched.

However, Transport Ministers from Malaysia, China and Australia suspended the search earlier this year after aircraft was not found in the initial search area,  saying it would not be resumed unless there was credible new information which could be used to identify the aircraft’s position.

They failed to define what they meant by credible new information and the statement was criticised by experts and family members as meaning the governments would not look for the plane unless it had already been found.

Shorter hops for Southwest on US West Coast

engine southwest explosion

Countering a trend towards laying on longer routes over the past few years, low-cost carrier Southwest Airlines is launching a slew of new shorter West Coast and intra-California service.

Beginning August,  Southwest will fly nonstop from Sacramento to Long Beach (388 miles or 463kms), as well as Sacramento to Spokane, Washington (658 miles).
Existing routes get a boost too: Sacramento – Seattle (635 miles) and Sacramento – San Diego (473 miles).

There will be 11 daily round trips between Sacramento and San Francisco and as many as a half-dozen from Sacramento to Seattle.

By contrast, Southwest’s spate of new international routes entail some long flights. Case-in-point is the carrier’s new San Diego – San Jose del Campo (SJD), Mexico service, an 802-mile jaunt down the Baja to the popular resort.

So, why does route length matter?

Airlines love to fly longer routes because of their economics.

Over a given distance it costs less to operate a flight nonstop than it does on a multi-stop or connecting basis. All that ascent to and descent from cruise altitude can mean more fuel expended, and more maintenance required.

To give that some context, The US Department of Transportation says Southwest is the United States’ largest airline in terms of originating domestic passengers boarded. Its
route map encompasses 101 domestic destinations and eight additional countries.

Back in 1971 when it first started flying, Southwest-operated flights linking three Texas airports: Dallas Love Field, Houston Hobby, and San Antonio International.

The initial fleet was tiny. Its “fleet” of three of Boeing 737-200s was kept in almost perpetual motion among the ‘Texas Triangle’ cities. Ground crews could “turn” an airplane (re-fuel, deplane passengers and their bags and load up with new flyers and their luggage) in 10 minutes.

That 10-minute turn time is gone now, and Southwest’s all-737 fleet is composed of more than 550 jets. They depart as many as 3,900 times per day.

No longer a quirky little airline and a mere thorn in the side of the competition, Southwest is a bonafide force to be reckoned with by American, Delta and United.

Airbus delivers first A321neo.

AIRBUS has handed over its first A321neo to launch customer Virgin America at a ceremony in Hamburg, Germany.

The biggest member of the A320neo family has been a success for the European manufacturer with more than 1300 aircraft on order as airlines move to take advantage of its increased seating capacity and extended range.

The 185-seat plane was in Virgin Atlantic livery, a paint job unlikely to last long given the announcement by new owner Alaska Airlines that it intends to retire the brand, probably in 2019.

The A321neo is powered by CFM LEAP-1A engines that help deliver the aircraft’s 15 per cent improvement in efficiency.

 “With our largest, latest, most fuel efficient NEO Single Aisle aircraft we are turning a new page, Airbus Commercial Aircraft president Fabrice Brégier said in a statement. “The new A321neo powered by next generation CFM LEAP-1A engines guarantees new levels of efficiency and longer range to its operators, greater comfort to the flying public and less emissions and noise to the airport communities.’’

The A321neo has a 24 per cent higher capacity than Virgin America’s A320s and will offer three classes of service, touch-screen personal entertainment and power outlets at every seat.

Virgin agreed to lease 10 A321neos from lessor GECAS and the aircraft delivered Thursday is expected to enter service on May 31 with an inaugural flight from San Francisco International Airport to Ronald Reagan Washington National Airport. The airline has an all-Airbus fleet that includes A320s and A319s.

Virgin vision aid a first for Asia-Pacific

People with vision problems will be able to more easily use the inflight entertainment system on Virgin Australia’s Boeing 777 and Airbus A330 aircraft thanks to new software heralded as a first for the Asia-Pacific.

The Australian carrier is only the second in the world to introduce a special user interface to help vision-impaired passengers access inflight entertainment.

The interface, designed by CoKinetic Systems,  features big icons that are easier to recognise and use and is already available on Virgin Boeing 777-300ER aircraft used on long-haul routes to Los Angeles. It will also be rolled out on its Airbus A330 aircraft used primarily on domestic trans-continental routes to the West Australian capital of Perth.

The airline consulted with an Australian disability advocate, Philip Chalker, to design the interface and a Virgin spokeswoman said cabin crew would help vision impaired people set it up.

“The way it’s been designed is the iconography is really large,’’ the spokeswoman said. “So it’s a lot clearer and the basic colours that have been used allow vision-impaired … people to see it a lot easier.”

The home screen on the interface gives people access to TV, movies, the flight map as well as music and audiobooks.

The feature is the latest move by Virgin to improve accessibility to its entertainment system.

This includes closed captions and subtitles for passengers with hearing disabilities  available not just on the airline’s IFE system but on the wireless system that allows people travelling on its single-aisle jets to access entertainment on their own devices.

Vision-impaired passengers can also use their own screen reader software with the wireless IFE system.

Vision Australia general manager for advocacy and engagement Karen Knight commended the airline for its move to improve IFE accessibility.

“Many people who are blind or have low vision enjoy travel and travel widely, and by Virgin Australia continuing to improve the accessibility of its IFE technology guests have the opportunity to enjoy the latest entertainment,” she said.

Malaysia Airlines to use space-based tech to track aircraft

Malaysia airlines foreign interest

MALAYSIA Airlines has become to the first carrier to sign up to a space-based system that will be able to track its aircraft in real-time around the world.

The airline will get access to SITAONAIR’s AirCom Flighttracker system linked to Airean’s space-based Automatic Dependent Surveillance-Broadcast (ADS-B)  satellite system. ADS-B is a successor to radar that using GPS to accurately determine the position of an aircraft.

The Airean technology, which is also designed to benefit air traffic controllers,  will use the low-orbiting Iridium NEXT satellite constellation to transmit aircraft parameters such as position,  height, speed and heading to airline operation centres.

The first of 66 orbiting Iridium satellites were launched from California in January on SpaceX Falcon 9 rocket and the system is expected to come online when the constellation is completed in 2018.

The SITAONAIR system combines the satellite capability with existing information from FlightAware sources and Future Air Navigation System (FANS) activity data.

 The companies say the satellite network will resolve any remaining gaps in data feed coverage over oceanic and remote airspace without the need for additional avionics on aircraft already equipped with ADS-B out technology.

Tracking became an issue after the mysterious disappearance of Malaysia Airlines flight MH370 over the southern Indian Ocean in 2014 and the new system will not, at least at this stage, prevent a pilot from turning off the ADS-B.

But a SITAONAIR spokeswoman said airlines using the system would be automatically alerted within minutes if an aircraft’s inflight ADS-B out signal is disrupted.

"The industry is working towards a recommendation for a fully autonomous system that would persist beyond a loss of power on the aircraft, but the nature of this has not yet been agreed,''  she said.

The move towards an autonomous system comes after the disappearance of the Malaysia Airlines Boeing 777  prompted a mandate from the International Civil Aviation Organisation that airlines track the position of an aircraft every 15 minutes.

The ICAO mandate, which did not stipulate the technology that should be used, also requires that an aircraft can autonomously transmit location information at least once every minute when an aircraft is in distress. This would allow rescuers to pinpoint an impact point within six nautical miles (11kms).

What the agreement with Malaysia will do is give the carrier access to real-time tracking data on all its aircraft.

“Real-time global aircraft tracking has long been a goal of the aviation community,” Malaysia chief operating officer Izham Ismail said in a statement.  “We are proud to be the first airline to adopt this solution using space-based ADS-B data as part of SITAONAIR’s AIRCOM FlightTracker.”  

FlightAware chief executive Daniel Baker said Malaysia would have access to real-time tracking of its fleet even in areas where regional Air Navigation Service Providers did not have full surveillance.

 “The result will be that Malaysia Airlines will have greater visibility of its aircraft’s exact location,” he said.

Virgin joins Qantas with in-flight wi-fi test.

The number of wi-fi enable aircraft flying around Australia doubled Thursday with the announcement Virgin Australia has begun a three-month test.

The airline has joined Qantas by equipping one of its Boeing 737-800 aircraft with wi-fi capable of delivering streaming services such as Netflix, Stan and Pandora to passenger’s devices.

Both carriers are offering the service free, although Virgin says it has yet to finalise its business model and there is speculation it may ultimately charge for the privilege.

Both are keen to test the reliability of their systems before rolling them out across their fleets.

Virgin’s system will be integrated with its wireless entertainment system and will offer the full catalogue of movies and TV shows from Netflix and Stan as well as music from Pandora Plus.

The airline will offer passengers who travel on its test plane three months’ free access to Netflix and Pandora Plus, including those with existing accounts. New subscribers to Stan will also get complimentary access for three months.

“We’re looking forward to receiving guest feedback about our inflight connectivity over the next three months to ensure we are able to offer the best possible service in the sky,” Virgin group executive john Thomas said.

Virgin has opted for the in-flight connectivity specialist Gogo’s 2Ku technology connected through five Optus geostationary satellites, while Qantas has opted for the high-capacity Ka system offered by ViaSat through nbn’s Sky Muster satellite.

This battle is already underway in the US  where Gogo, used by Virgin partner Delta Air Lines, is the market leader and ViaSat the up and coming challenger.

Ku and Ka refer to wavelength classifications for the signals the technologies are using to communicate with the satellites. Ku uses longer wavelengths and a lower frequency and is an older technology.

Ku satellites historically have not had the bandwidth capacity of their Ka counterparts and the earlier Ku wi-fi system was relatively slow.

However,  Gogo boosted speeds by introducing a dual antenna — one for upload and one for download — with 2Ku and earlier this year claimed peak speeds of up to 100 megabits per second.

Virgin also announced Thursday it would launch twice-weekly services between Perth and Canberra during Parliamentary sitting weeks in August and September. The services on Thursdays and Sundays will be operated by Boeing 737s.

 

 

Emirates cuts flights to five US destinations

US carriers appear to have scored a win from the controversial moves by the Trump administration to target airlines operating from North Africa and the Middle East.

Dubai-based Emirates confirmed this week it would be reducing flights to five of the 12 US cities it currently serves due to weakened travel demand.

Emirates blamed the fall on US government moves against some Middle East destinations but a lobby group for the big three US carriers — Delta, American and United — poured scorn on the claim.

The US carriers have been opposing decisions to allow Gulf carriers access to the American market in a bitter fight which has seen claims and counter claims about government support for Emirates, Qatar and Etihad.

Emirates said recent Trump Administration moves to restrict entry visas, heighten security vetting and ban large electronic devices in the cabins of some airlines had a direct impact on consumer interest and demand for air travel into the US.

“Until the start of 2017, Emirates’ operations in the US has seen healthy growth and performance, driven by customer demand for our high-quality product and our international flight connections,’’ the airline said in statement supplied to AirlineRatings.

“However, over the past 3 months, we have seen a significant deterioration in the booking profiles on all our US routes, across all travel segments.

“Emirates has therefore responded as any profit-oriented enterprise would, and we will redeploy capacity to serve demand on other routes on our global network.”

The airline is cutting services to Fort Lauderdale and Orlando from daily services to five a week from May 1 and May 23, respectively.

Its Seattle and Boston flights will move from twice daily to daily services in early June and there will be a similar cut to its Los Angeles flights from July 1.

But the lobby group for the big three US airlines, the Parthsership for Open and Fair Skies, described the Emirates claim it was profit-oriented as “laughable”.

“The fact is, market demand has never played a role when the Gulf carriers decide where to fly,’’ spokeswoman Jill Zuckman said.

“ It is well known that the Gulf carriers, including Emirates, lose money on most of their flights to the United States and are propped up by billions of dollars in government cash. ‘’

“Their business model is based on growing their networks without regard to profitability in order to serve their governments’ goals to dominate global aviation.”

Abu Dhabi-based Etihad said it had not seen a significant drop in demand on its US flights.

“Demand continues to remain strong on all 45 weekly services between Abu Dhabi and its six US gateways of New York, Washington, Chicago, San Francisco, Los Angeles and Dallas,’’ Etihad said.

“Effective 1 June, Etihad Airways’ second daily Abu Dhabi – New York service will be upgraded to an A380, making its twice-daily flights on the route an all superjumbo ‎operation.

“This demonstrates our ongoing commitment to the US market regardless of recent developments.’’

Severe air turbulence could triple due to climate change

The chances of being tossed around an aircraft cabin by severe turbulence could triple in coming years due to climate change, a new study has found.

The study by University of Reading researcher Dr Paul Williams is the first to examine the impact of climate change on turbulence and the results should make even the most brazen of passengers buckle up.

Although technology that allows aircraft to detect unexpected turbulence has improved, clear air turbulence remains difficult to distinguish and there are still incidents where passengers and cabin crew are injured.

It is already estimated to cost US carriers $US200 million annually and Increased turbulence has implications for aircraft insurers and for the efficiency of airline operations.

The study, published in the journal Advances in Atmospheric Sciences, used super computer simulations to look at how a doubling of carbon dioxide in the atmosphere would affect wintertime turbulence levels on trans-Atlantic routes at about 39,000ft. it said that level of CO2 was widely expected to occur later this century.

The results showed the average amount of light turbulence in the atmosphere will increase by 59 per cent with light-to-moderate turbulence rising by 75 per cent, moderate by 94 per cent, moderate-to-severe by 127 per cent and severe by 149 per cent.

The reason for this, according to the study, is that climate change is generating stronger wind shears within the jet stream and that these are a major cause of turbulence.

“Our new study paints the most detailed picture yet of how aircraft turbulence will respond to climate change,’’ Williams said.

“For most passengers, light turbulence is nothing more than an annoying inconvenience that reduces their comfort levels, but for nervous fliers even light turbulence can be distressing.

“However, even the most seasoned frequent fliers may be alarmed at the prospect of a 149 per cent increase in severe turbulence, which frequently hospitalises air travellers and flight attendants around the world.”

Williams said his priority now was to investigate other flight routes around the world.

“We also need to investigate the altitude and seasonal dependence of the changes, and to analyse different climate models and warming scenarios to quantify the uncertainties,” he said.

Conservative estimates show the busy North Atlantic flight corridor experiences about 790 turbulence encounters a year resulting in 687 minor and 38 serious injuries to flight attendants as well as 120 minor and 17 serious injuries to passengers.

However, the Reading researchers believe actual injury rates are higher with other estimates indicating that there are over 63,000 encounters with moderate-or-greater turbulence and 5,000 encounters with severe-or-greater turbulence annually.

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