Category Archives: News

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Flight Safety Foundation Calls for Sweeping Changes to Pilot Training

Category:News

Despite strides in 2017, the safety problem has not been solved.

The pilot training system in the United States has remained essentially unchanged for the past 50 or 60 years, with just a few notable exceptions. New technologies have added complexity to the training process, while loss of control accidents have focused everyone on how much we actually did not know about how airplanes fly.

Two accidents in 2009 caught the industry’s attention related to loss of control, for instance. The crash of a Continental Express Dash 8 in Buffalo, New York, and an Air France Airbus A330 over the South Atlantic convinced the FAA that the way we’ve been teaching stalls and stall recovery were all wrong. Companies have since sprung up to teach upset and recovery prevention, focused primarily on recognition of an impending stall, hoping the recovery techniques might never be needed.

While the U.S. commercial airlines just finished their safest year in history with no loss of life, GA has not been so lucky. No matter the numbers, the big industry worry is that people might be lulled into falsely believing the safety problem has finally been solved. The Flight Safety Foundation last week challenged the industry to keep aviation safety front and center, a reminder that just because you haven’t experienced an accident does not mean your operations are safe.

The FSF’s test goes further too by reminding the industry of the fallout following the Continental accident. Significant lobbying by the victim’s families resulted in Congress mandating that every pilot in a Part 121 operation possess an ATP certificate and hence at least 1,500 hours of flight time to win an airline job. Only a handful of other countries share that requirement. Proponents of that Congressional move point to the airline’s improved safety record as proof that the 1,500-hour requirement worked, but those claims have never been tied to data that solidly proves the premise.

The Air Line Pilots Association believes the 1,500-hour rule should not be altered in any form however In a statement, the association said, “While ALPA appreciates the work that went into the white paper, we are disappointed that the Flight Safety Foundation chose to omit the fact that since Congress passed the Airline Safety and Federal Aviation Administration (FAA) Extension Act of 2010, there have been zero fatal passenger airline accidents in the United States. In the two decades prior to enactment of the law, which strengthened pilot training and qualification requirements, more than 1,100 people died in U.S. passenger airline accidents. This change in the law and associated rules have moved the United States into an environment where flight training, flight time, and demonstration of competency are well balanced – and has resulted in safer skies.”

The industry seems to have reached a crossroads in how pilots must be selected, hired, trained. The FSF thinks it’s time to stop “hiding behind” anecdotes about improvements in safety and replace conjecture with “a pragmatic, data-driven approach to pilot training.” The foundation says proving correlations is essential to a continued improvement of the industry’s safety performance.

“The industry needs to embrace, and national civil aviation authorities need to have the flexibility to adopt, competency or evidence-based training methods that target real-world risk and ensure a progressive and satisfactory performance standard,” the FSF said. “It cannot be assumed that critical skills and knowledge will be obtained only through hours in the air.” Only when the quality of the hours a pilot logs are integrated with the quantity can there be any useful interpretations of a pilot’s readiness for the cockpit.

The foundation said, “our improvement in aviation safety has come at a time when we are able to use the power of a growing pool of data and information, through safety management systems and state safety programs, to analyze, predict and mitigate risks before they lead to accidents. These efforts have led to demonstrable improvements in aviation safety.”

But questions remain for the future. Can we, for instance, achieve the necessary levels of safety and produce the quality and the quantity of pilots that will soon be required by using today’s criteria? Are we effectively using the massive amounts of operational data being accumulated? The FSF says the answer to these questions is no.

Source : Flying 


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Kitty Hawk Tests VTOL Drone in New Zealand

Category:News

The startup formed by Google cofounder Larry Page hopes to introduce a commercial version of the Cora autonomous air taxi within three years.

A startup endeavor backed by Google cofounder Larry Page has tested an electric-powered vertical takeoff and landing drone in New Zealand. The company, Silicon Valley based Kitty Hawk, revealed released a video of the prototype in flight.

The Cora autonomous craft is targeted at the nascent airborne taxi market that some experts predict could explode in the next few years. It is driven by 12 independently operated rotors mounted fore and aft of the wing, plus a propeller on the tail. After taking off vertically, it transitions to horizontal flight.

In testing since last October, preliminary numbers predict Cora will cruise at 80 knots for about 50 nautical miles. The aircraft is being developed by Zephyr Airworks, Kitty Hawk’s partner in New Zealand.

The emergence of technologies including electric motors and batteries, autonomous navigation systems and consumer drones, has drawn companies including Uber and Airbus to invest in vehicles that can fly themselves from point to point in congested urban centers. The FAA is strongly backing research into VTOL flying taxis as hopes rise that it could usher in a new era in personal mobility.

Kitty Hawk, named after the famous location where the Wright brothers’ first flew, is personally funded by Page and is not a part Google parent firm Alphabet where he serves as CEO.

The hope is that a full production version can reach the market within about three years.

Source: Flying 


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Textron Makes Progress on Cessna SkyCourier

Category:News

Wind tunnel testing is complete for twin turboprop.

Cessna is moving quickly on the SkyCourier project, which parent company Textron Aviation announced in November. The company has completed the initial wind tunnel testing at the Wichita State University’s National Institute for Aviation Research and is making progress toward a final design.

The model used for the wind tunnel testing was equipped with electric motors and scaled propellers calibrated to represent the thrust produced by the airplane itself, said Textron Aviation’s senior vice president of engineering, Brad Thress. The tests help predict performance, aerodynamic characteristics and structural load data.

In addition to using the data gathered during the wind tunnel tests, the engineering team is collecting feedback from a customer advisory board. “The feedback we’re gathering from the CAB is extremely important as we develop an aircraft that is reliable, efficient and meets the diverse requirements of an array of mission profiles,” Thress said.

So far, the design parameters for the SkyCourier are for a large, high wing, twin-turboprop with a 6,000-pound maximum payload capacity. The range is expected to be about 900 nm at a cruise speed of around 200 knots. Two versions of the SkyCourier are planned: a commuter option and a freight option. The freight version will include an oversized cargo door and a wide-open space in the back, while the commuter will offer seats for 19 passengers.

Textron has an aggressive development plan for the SkyCourier, which is expected to fly next year and enter the market in 2020.

Source: Flying 


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SpiceJet finalises LEAP-1B engine order

Category:News

SpiceJet has finalised a $12.5 billion purchase of LEAP-1B engines to power a total of 155 Boeing 737 MAX airplanes, along with spare engines to support the fleet.

The airline also signed a 10-year Rate per Flight Hour (RPFH) agreement with CFM Services that covers all LEAP-1B engines powering SpiceJet’s 737 MAX airplanes.  Under the terms of the agreement, CFM guarantees maintenance costs for all SpiceJet’s LEAP-1B engines on a pay -by-the-hour basis.

“We are looking forward to introducing the new LEAP-1B into our fleet,” said Ajay Singh, Chairman and Managing Director, SpiceJet. “The CFM56 engines we currently operate have been a highly valued asset for us over the years.  From what we have seen so far, the LEAP-1B is living up to its promises for efficiency and reliability.  We hope they provide us unmatched service reliability while keeping our costs in check to ensure profitable operations.”

Source : MRO Global


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AOPA Offers High-School Aviation Curriculum

Category:News

Schools around the country can take advantage of STEM program for free.

AOPA has launched the first section of a four-year program for high school students, a program designed to encourage young people into aviation careers. Three career and technical pathways are included: pilots, aerospace engineering and drones. The first curriculum, which is aligned with the Next Generation Science Standards and Common Core State Standards for Mathematics, is being released to ninth-graders.

During the past year, the program has been introduced to more than 700 students at nearly 30 schools. The curriculum is now being tweaked based on feedback from the test runs, but it will be ready for the 2018-2019 school year.

In order to be considered for the 2018-2019 school year, schools have to apply for the program before April 19. Teachers will be required to attend a three-day professional development workshop on June 26 through 28 in Frederick, Maryland. The cost for the workshop is $200. While attendance in Frederick is highly recommended, the workshop will also be available online for free. Teachers will be supplied with lesson plans, presentations, assessments and other teaching tools.

The curriculum is part of the You Can Fly High School Initiative, and its development was funded through the AOPA Foundation. The program will be provided to qualified private and public schools free of charge. While the curriculum is currently only available for ninth-grade, programs for additional grades will follow.

Source: Flying 


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Is Magnesium Viable for Production of Aircraft Parts?

Category:News

Student competition analyzes how this ultra-light material can successfully be used in aerospace applications.

The Birmingham City University in the United Kingdom and Saint Paul, Minnesota-based International Magnesium Association and Meridian — a Plymouth, Michigan-based magnesium manufacturer — are challenging students in a competition to showcase the potential uses of magnesium in the aerospace sector. Magnesium carries the benefits of being extremely lightweight, abundant and 100 percent recyclable. “Misconceptions” regarding the material’s flammability, however, have prevented magnesium from becoming viable in the aerospace market. The partners hope to change that through this competition.

A lot of people still believe magnesium catches fire easily,” said Makhan Singh, development manager at the Institute for Sustainable Futures at the Birmingham City University. “It doesn’t, but the myth still influences most people’s understanding, including engineers. Magnesium is one of the best metals in terms of flammability, because it dissipates heat across its body so well, whereas steel, for example, localizes the heat, sit it can get very hot much more easily

Students and teams from four faculties at the university will work with professional artists, designers, engineers, industrial partners and global organizations to produce prototypes containing the material that will be showcased to experts from the partnering organizations. The deadline for submissions is in April.

A long-standing ban has been lifted for the use of high pressure magnesium die casting in aircraft seat construction, providing they meet strict performance standards, and we see this as an opportunity to work with aircraft seat manufacturers who may soon start using lightweight, new-generation magnesium alloys in their seats,” said Kellie Easton, HR manager at Meridian Lightweight Technologies United Kingdom. “This particular project with Birmingham City University, therefore, is pivotal in showcasing the wonderful benefits of magnesium to the aircraft industry by fusing engineers and the arts in a dynamic, creative and artistic manner.

Source: Flying

 


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Cirrus, Daher and Honda Record Robust 2017 Sales

Category:News

A decade after the market crashed, these companies are going strong.

The year 2017 closed with companies evaluating their successes and failures. In a year that saw only a slight increase in the total number of airplanes delivered, Cirrus and Daher boasted the strongest numbers since the market crashed about a decade ago, while Honda Aircraft boasted producing the best-selling light jet in the market.

With the ramp-up in deliveries of the recently certified Vision SF50 jet, Duluth, Minnesota-based Cirrus had a great year, both on the jet side and on the piston side. The company delivered 22 Vision Jets in 2017 along with 355 SR20s, SR22s and SR22Ts combined, an increase of nearly 12 percent over the previous year for the piston models. Cirrus now owns nearly 30 percent of the piston airplane market share and delivered dozens more pistons than Textron Aircraft, which combines the models of former light airplane behemoths Cessna and Beechcraft.

While this is a promising trend for Cirrus, the number is a far cry from the 710 SR-series airplanes that Cirrus delivered in 2007. Cirrus expects to deliver its 7,000th SR-series airplane in April.

Daher has also been on a steady rise in the past few years with the introduction of its latest offerings: the TBM 910 and 930. The company delivered 57 TBMs, nearly catching up with the 60 airplanes that flew away from the factory in Tarbes, France, in 2008.

Honda Aircraft noted that the HondaJet was the most delivered jet in its category last year, with 43 delivered to customers in North America, Latin America, Europe and Asia.

Source: Flying


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GE Reveals Name for Advanced Turboprop Engine

Category:News

The 1,300-shp Catalyst will power Cessna’s in-development Denali single.

GE Aviation has a name for its new Advanced Turboprop engine that its engineers began development work on in 2012. The ATP engine is now the GE Catalyst Advanced Turboprop, a name that “represents GE Aviation’s commitment to moving the turboprop market forward through innovation.”

Hallmarks of the new 900- to 1,700-shp engine include better performance than current turboprop technology, simplified flying experience by reducing pilot workload, improved product support and additive manufacturing techniques through the use of 3-D printed parts, GE says.

The GE Catalyst engine is redefining what a turboprop can do for pilots, airframers and operators in business and general aviation,” said Paul Corkery, general manager for GE Aviation Turboprops. “It acts as a catalyst in an industry segment that has seen very little technology infusion in decades.”

Textron Aviation has selected the fadec-equipped GE engine to power the new Cessna Denali single-engine turboprop.

Since the engine project was unveiled to the public at the National Business Aviation Association Convention in 2015, GE Aviation has committed more than $400 million in development costs for the GE Catalyst program, the company said. GE also finalized an agreement with the Czech government to build a new turboprop factory for development, test and engine-production in the Czech Republic.

Engineers ran the GE Catalyst engine for the first time on December 22 at the GE Aviation Czech site in Prague. Certification testing will take place over the next two years, GE confirms, with entry into service targeted for 2020. By then, the 1,300-shp engine for the Denali will have completed more than 2,000 hours of testing, GE says.

GE’s plans for 3-D printing is what has many in the aviation industry taking note of the project. A total of 855 conventionally manufactured parts has been reduced to just 12 additive parts. The reduction in complexity speeds production, reduces fuel burn and weight and increases durability with fewer seams and tighter tolerances, GE says. Additive components reduce the ATP’s weight by 5 percent while contributing a 1 percent improvement in specific fuel consumption.

“When installed on the Denali, these engine efficiencies allow for a larger cabin experience with a comfortable 6000-foot cabin altitude at a 30,000-foot cruising altitude, as well as class-leading, low cost of operation compared to smaller aircraft in the category,” GE said in a statement.

Source: Flying 


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FAA Streamlines Airspace Authorizations for Drones

Category:News

Under the FAA’s Part 107 rule, operators of small Unmanned Aircraft Systems (UAS) are required to obtain approval to enter airspace controlled by an air traffic control facility. Airspace authorization is based on data from UAS Facility Maps, which generally allow for operations below 400 feet, and currently involves a 19-step manual application process, which has made it challenging at best for operators to conduct their UAS work.

But the FAA is streamlining the approval process for UAS airspace access as part of the testing phase in the development of what is called the UAS Traffic Management System (UTM). The announcement was made this week by acting FAA administrator Dan Elwell at the third annual UAS Symposium in Baltimore, Maryland.

A prototype for the UTM, the Low Altitude Authorization and Notification Capability (LAANC), was launched in November. The LAANC provides a fully automated process by which UAS operators can get approval based on data sharing. Information on where UAS activities will take place is available to ATC, enabling controllers to provide a buffer between the UAS and other aircraft.

After a successful initial phase, the LAANC will gradually expand between the end of April and mid-September to nearly 300 facilities, covering about 500 airports at the end of the period. While authorizations to use airspace with the manual process took time, the LAANC provides near real-time access, the FAA said. This allows UAS operators more flexibility while keeping the airspace safe.

The LAANC also allows for collaboration with private UAS organizations. Between April 16 and May 16, UAS Service Suppliers (USS) can apply to provide LAANC services. The process of becoming an LAANC provider is expected to take about five months. There are already several approved providers, including AirMap, Project Wing, Rockwell Collins and Skyward.

Source: Flying


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Gulfstream Launches Dedicated AOG Center

Category:News

A special team of experts will be dedicated to returning grounded airplanes to service fast.

For bizjet owners, an aircraft being grounded can be a devastating event and, in most cases, it is critical to get the airplane back in operation as soon as possible. To help make that happen for the more than 2,800 jets Gulfstream has delivered worldwide, the company has launched a dedicated aircraft-on-ground (AOG) center at the Savannah Service Center.

A 2,400-square-foot space within the 679,199-square-foot service center is now home to a group of experts who will help predict, prevent and resolve maintenance or logistics issues that could prevent an airplane from taking flight.

The experts can help operators by deploying aircraft from one of several Field and Airborne Support Teams (FAST) to deliver parts, tools and technicians. More than $1.6 billion worth of spares inventory is spread out over 20 locations and 150 FAST-dedicated technicians and field service representatives are available for quick access. Twelve mobile repair teams with specially equipped vehicles are also available to be deployed to handle ailing aircraft. Oversized monitors at the AOG center provide personnel with a quick overview of the status of service aircraft, vehicles and personnel.

This is the first time we’ve concentrated such a broad team of multidisciplinary personnel together in a space solely dedicated to AOG situations,” said Gulfstream’s president of product support, Derek Zimmerman.

Source: Flying