FAA Says Boeing 737 Max Can Return to Service

FAA Administrator Steve Dickson signed an order that paves the way for the Boeing 737 MAX to return to commercial service. The FAA says Administrator Dickson’s action followed a comprehensive and methodical safety review process that took 20 months to complete. During that time, FAA says their employees worked diligently to identify and address the safety issues that played a role in the tragic loss of 346 lives aboard Lion Air Flight 610 and Ethiopian Airlines Flight 302. Throughout the transparent process, the FAA says they cooperated closely with other countries regulatory counterparts on every aspect of the return to service. Additionally, Administrator Dickson personally took the recommended pilot training and piloted the Boeing 737 MAX, so he could experience the handling of the aircraft firsthand.

In addition to rescinding the order that grounded the aircraft, the FAA also published an Airworthiness Directive specifying design changes that must be made before the aircraft returns to service, issued a Continued Airworthiness Notification to the International Community (CANIC), and published the MAX training requirements. These actions do not allow the MAX to return immediately to the skies. The FAA must approve 737 MAX pilot training program revisions for each U.S. airline operating the MAX and will retain its authority to issue airworthiness certificates and export certificates of airworthiness for all new 737 MAX aircraft manufactured since the FAA issued the grounding order. Furthermore, airlines that have parked their MAX aircraft must take required maintenance steps to prepare them to fly again.

FLYdocs Extends Lease Return Services Partnership with Brussels Airlines

Brussels Airlines, flag carrier and largest airline of Belgium, recently signed a contract with FLYdocs, extending their partnership for end-of-lease (EOL) return services for an Airbus A330 aircraft.  

For the two subsidiaries of the Lufthansa Group, this latest project includes a build and audit as well as a digital migration of the A330’s records before delivery back to its lessor. 

Olivier Kesteloot, Aircraft Transition Manager at Brussels Airlines said: “A few months ago we worked with the FLYdocs team for five of our A319 aircraft. Given the success of those transitions, we are delighted to once again partner with the team who always react quickly to support the ontime delivery of all our aircraft. 

FLYdocs Commercial and Marketing Director, John Bowell also commented: “This extended partnership with Brussels Airlines is a real testament of our commitment to our clients. It also further demonstrates the value of digitallydriven aircraft transitions as the smart and optimal approach for the future. We certainly look forward to working with Brussels Airlines once again. 

Airworthy Selected by DCA Travel Chair as Official Repair Station

Airworthy Inc., interior solutions provider, entered an agreement with Devcolaxe (DCA) Travel Chair, under which Airworthy will be the official repair station and programmed spares distributor in North America.

As part of the agreement, Airworthy will provide full repair and overhaul services for DCA’s Airline Travel Chair family of products, including the Travel WheelChair, the world’s lightest and easiest to use wheelchair that has been the natural choice for airlines for many years, as well as distribute programmed spare parts, delivering rapid response service to customers using DCA Travel Chairs.

“We are excited to partner with DCA,” said Jim Rouleau, CEO and founder of Airworthy, “Airworthy will leverage its experience to ensure that airlines using DCA travel chairs have ready access to repair and overhaul services as well as programmed spare parts to maximize operational efficiency.”

“We are pleased to have Airworthy as an official repair station and programmed spares distributor,” said Michael Devine, commercial director of DCA, “Airworthy’s extensive expertise and undisputed reputation will benefit DCA’s customers around the world by offering them easy access to programmed spare parts, repairs and the best support network available.”

Aviation Institute of Maintenance Announces Strategic Partnership with Piedmont Airlines

Aviation Institute of Maintenance (AIM) officially kick-started their strategic education partnership with Piedmont Airlines, a regional airline operating for American Eagle. The partnership is the natural progression of an enduring relationship between the two, as Piedmont has been a frequent employer of AIM graduates.  Current Piedmont employees can now benefit from industry-guided training provided by AIM.

“We could not be more delighted to continue our symbiotic relationship with Piedmont Airlines,” Jeremiah Scarbrough, regional director of operations, says, “They have employed our graduates for years, and now we have the opportunity to help train their employees.” A wholly owned subsidiary of American Airlines Group, Piedmont is headquartered in Maryland. For AIM and Piedmont, with locations that intersect along the East Coast, the partnership seeks to help close the gap in the predicted shortage of trained aircraft mechanics over the next two decades. “Piedmont is excited to partner with Aviation Institute of Maintenance (AIM) to offer enhanced opportunities to our team members and future employees through the educational programming AIM provides,” said Bill Arndt, VP of Maintenance and Engineering.  “As customers begin to return to the skies and flights increase, demand for skilled Airframe and Powerplant mechanics will only increase. This collaboration allows Piedmont team members an opportunity to build a solid career in aviation maintenance.”

 

New Swedish Technology to Support a Greener Aviation Recovery

Flying is like competition sailing: it is all about using good winds and avoiding unfavorable air currents. To allow airlines to fully use the favorable winds there is a new weather optimization service available that shows exactly how the wind blows and where there is bad weather in the atmosphere. With this knowledge airlines can save hundreds of tons of fuel per month which also means less emissions, insists AVTECH, a company dedicated to optimizing operational efficiency and capacity.

A new optimization service delivered by AVTECH Sweden, does not require companies to make any investments to use it. All heavy calculations are made on the ground and just a small amount of data is uploaded to already existing onboard equipment.

Low cost airline Norwegian is acknowledged as one of the most fuel-efficient airlines in the world. The company is also one of the early adopters of AVTECH’s services, including tools to optimize the climb, cruise and descent phases for any single aircraft.

“By optimizing the different phases of a flight, we can easily avoid unnecessary use of the engines, which means fuel savings,” says Norwegian pilot and project manager Stig Patey. “Just by flying smarter, we have counted an average fuel saving of 22 kg per flight in the descent phase and about 1.6 % in the cruise phase.”

At first glance it may not sound very much but multiplied by the 4.4 billion passenger flights that operated worldwide during 2018 pre covid-19, the overall fuel savings in the aviation industry in a normal year without a pandemic could be over 1.24 million tonnes per year. A saving that corresponds to the yearly CO2 emissions of around 300 000 Swedish households.

Today, things look very different as many airlines have been forced to heavily reduce their operation due to the pandemic and thus, for these companies, survival is paramount. With these potential savings in mind, when the travel situation begins to return to normal the Cruise Profile Optimizer is a great tool to return as a smarter and greener airline. Both saving money on fuel and heavily reducing emissions is achieved with very little effort from the airlines’ side.

“The savings we have achieved is good business for us and good news for the environment,” Patey says. “The best thing is that we did not have to invest in any new onboard equipment to achieve the reductions, since all calculations are delivered as a service individually to all aircraft.”

For the Price of a Cup of Coffee

Among AVTECH’s other customers, are for instance Southwest Airlines, Easyjet and Eurowings. David Rytter, CEO of AVTECH, says he is sure that more airlines will sign up for the services now that the portfolio has expanded to cover all phases of the flight and proven to deliver as promised.

“The cost per flight for the weather service is about the price of a cup of coffee, while the saving is far greater, so the price tag should not be an obstacle,” Rytter says. “The aviation business is, however, generally speaking conservative and cautious with new ideas. But we are speaking with several interested airlines and I am confident that our services will be seen as a simple way for airlines to be more efficient and environmentally conscious. To further lower the threshold, AVTECH also offers a free trial period with a performance guarantee.”

AVTECH’s services have not come out of the blue. The company started as an aviation research institute almost 30 years ago and is now listed on Nasdaq First North in Stockholm. At the heart of the company’s services is the high definition weather data provided by Met Office in UK.

“As we have access to this data through a unique API, we are the only optimisation service that can offer a four-dimensional weather forecast with an accuracy of 10 km, compared to the normal global aviation weather grid of 140 km,” Rytter says. “It means that each individual flight can save fuel and reduce emissions simply by taking advantage of the best winds along the route, just like a sailboat seeking the best wind at sea.”

 

 

EASA Part CAMO Transition Special Consultancy

Many changes are coming to the EASA Part M CAMO Environment during the next 12 months and Sofema Aviation Services is at the forefront to provide both Regulatory Guidance and Specific Training Courses focused on every element of the Part CAMO Environment.

Sofema Aviation Services (SAS) http://www.sassofia.com specialises in providing regulatory support to industry, including EASA Part CAMO Transition, to achieve the following:
• Optimise the CAMO process & procedures to ensure full compliance together with efficient processes
• Support to Develop Part CAMO Continuing Airworthiness Management Exposition (CAME) Procedures
• Support to be fully compliant in Compliance & Safety Systems including competence development
• Bespoke training specifically focused on your organisations’ needs based on your pre-existing knowledge

The Part CAMO compliant organisation will be required to establish, implement and maintain a Management System which will include Safety Management together with Compliance Monitoring (typically CM continues the same as now).

Under the new internal safety reporting scheme, organisations will be required to collect information and ensure evaluation of all known information relevant to errors, inability to follow procedures, near misses and hazards.

What Standard Training Courses are currently available?
• Part CAMO – 1 Day
• SMS for Part CAMO Regulatory Obligations – 1 Day
• Human Factors (HF) & Safety Management System (SMS) for Part CAMO – 3 Days
• Part M 2020 – 2 Days
• Part M 2020 – 1 Day Differences Course
• SMS Investigation Techniques for Part CAMO Safety Practitioners – 2 Days
• Root Cause for Quality & Safety – 2 Days
• Electrical Wiring Interconnect Systems Initial – EWIS For CAMO Planning & Technical Staff – 1 Day
• Fuel Tank Safety Level 2 Training Initial – 1 Day

Please Note Regarding Course Delivery Options

• All the above courses are available either in the Classroom, as Webinar or Online Course (Many with Voice-Over)
• Due to our flexibility, all classroom & webinar courses can be modified and configured specifically to meet your objectives

Next Steps
Please contact office@sassofia.com to arrange your FOC 1 Hour Consultancy.

Jamco and ANA Partner to Test the World’s First Hands-Free Lavatory Door

Jamco Corporation announced a new, hands-free lavatory lock knob and door handle, developed in collaboration with All Nippon Airways (ANA), a Skytrax certified 5 Star Airline in Japan. The door is designed for passengers that do not wish to use their fingers or hands to touch the lavatory door. The Jamco and ANA solution allows them to use their forearm or elbow to open the door and return to their seats with their hands remaining clean. The hands-free lavatory lock knob and door handle are low-cost items that will not burden airline operational budgets. It can be installed  overnight to the existing lavatories without major modification, Jamco says. ANA is the development partner for the hands-free products, expected to be launched soon as the first operator, which furthers the company’s commitment to ensure health and safety of passengers with hygienic environments in airports, lounges and onboard aircraft.

In the wake of COVID-19, touchless, hygienic cabin interiors support passengers’ need for safety during travel. Keeping hands clean by frequently washing with soap and water helps prevent infection. The new hands-free lavatory door system can assure passengers of keeping their hands cleaner after washing, thus helping stop the spread of illness when exiting the lavatory.

Many aircraft interior suppliers have proposed a variety of solutions that address travel safety during the COVID-19 crisis; however, as known of today, Jamco’s hands-free lavatory door system is the only product worldwide to roll out a demonstration with an airline, the company says.

This demonstration was done as part of development with ANA. The hands-free lavatory door was rolled out for testing at Tokyo Haneda Airport in August.

Jamco has the unique position of being the lavatory and galley supplier for a variety of aircraft, including the sole original equipment lavatory and galley supplier for the 787 aircraft. Jamco welcomes all airlines to take on the opportunity to implement hands-free lavatory door technology.

 

Global Crossing Airlines Signs LOI for Ten (10) A321 Converted Freighters with Vallair

Global Crossing Airlines Inc. (JET: TSX-V) (the “Company” or “GlobalX”) has signed an LOI with Vallair, the mature aircraft and asset specialist based in Luxembourg, (and launch lessor for the Airbus A321 freighter conversion or A321F), to lease ten converted A321 freighter aircraft. This deal represents the most significant transaction to convert A321s to freighter to take place within the air cargo industry.

The first GlobalX A321 will be delivered by the third quarter of 2021. GlobalX expects all ten (10) A321F aircraft to be delivered and in revenue operation by the second quarter of 2023.

The COVID-19 pandemic has seen a surge in market demand for air cargo as operators struggle to fulfill the ever-increasing requirements of e-commerce. The A321F is the ideal candidate to satisfy this need due to the availability of feedstock, with around 1,100 aircraft manufactured, and younger Airbus technologies utilized by the aircraft resulting in a fuel efficient, environmentally friendly freighter variant. The A321F is the best aircraft type, based on range, payload capability and operating cost to satisfy the need for additional narrow body freighter aircraft. On average, Vallair expects operators to see a 20% reduction in fuel burn per payload.

“This is a unique deal undertaken by Vallair, and we are excited to be entering into partnership with GlobalX,” says Alistair Dibisceglia, Chief Leasing Officer at Vallair. “The A321F is proving to be the aircraft of choice for cargo operators world-wide. As well as offering a higher volumetric capacity, the lower cargo hold on the A321F allows for the transit of ten containers in addition to the fourteen cargo positions available on the upper cargo deck. This ability to offer containerized cargo is a real selling point for the A321F as it increases efficiency by reducing turn-around times and facilitates the weight and balance calculations.”

Gregoire Lebigot CEO of Vallair, commented, “The focus of this deal for Vallair has been to make the air cargo capacity available in the Americas and we are trusting that the very experienced management of GlobalX will be successful to maximize this opportunity. It is our intention that by providing the cargo capacity to a Miami based operator, we can pave the way for freight forwarders in Northern, Southern and Central America to meet the ever rising market demands for air cargo.”

“We are excited to sign this LOI with Vallair, and believe they are the perfect partner for us as we enter the cargo sector.” says Ed Wegel, CEO of GlobalX. “This is an unparalleled opportunity, and we are uniquely positioned to maximise the potential. Over the next six months, we intend to secure aircraft contracts for both our current and future needs through to the end of 2022 and in agreeing this lease, Vallair has enabled us to achieve this – certainly from a freighter perspective. Our focus has always been on utilizing the efficiencies of A320 family aircraft and these pioneering A321 conversions by Vallair have allowed us to extend this to our cargo capability. We are excited for the future and look forward a mutually beneficial partnership.”

The letter of intent is subject to certain conditions including the completion of definitive documentation, receipt of regulatory approvals and completion of the FAA certification process and all US DOT approvals.

Global Crossing Airlines Signs Maintenance Support Agreement with U.S.-based Spirit Airlines

Global Crossing Airlines has signed an initial agreement with Spirit Airlines, a U.S.-based airline that operates A320 family aircraft (including the new A320neo) and serves destinations across the U.S., Latin America and the Caribbean. Spirit will provide on-call and line maintenance for GlobalX, including daily and weekly checks, in support of the GlobalX fleet of A320 and A321 aircraft. The contract will commence in December when GlobalX expects to take delivery of its first A320 and A321 aircraft.

“We are very pleased to be working with Spirit and have them support us, particularly through the final stages of our certification as we get ready to fly our A320 aircraft in proving runs for our flag carrier certificate,” says Chris Toro, VP-Tech Ops of GlobalX. “Spirit runs a world-class airline, and we expect to learn from their best practices in A320 maintenance.”

Kirk Thornburg, VP of Technical Operations for Spirit Airlines, adds “We look forward to supporting GlobalX through their certification and as they begin revenue charter operations both at Miami International Airport and at select Spirit maintenance stations.”

Kaman KD-5600 Family of Measuring Systems Work for Wide Range of Applications

The Measuring Division of Kaman Precision Products announced that the KD-5600 family of digital eddy current measurement systems is ideal for use in COTS applications for fast steering mirrors, magnetic bearing active control, shaft vibration, image stabilization, and adaptive optics.
Customers in the small satellite, semi-conductors, military/aerospace, high precision metal working and UAV/drone sectors benefit from the KD-5600 system’s host of features. Designed for non-contact linear position displacement sensing applications, Kaman released two configurations for tailored use. The KD-5656 (Full System) and KD-5690 FE (Front-End) are equipped with custom sensors, signal processing, analog to digital converter and a custom calibration system to ensure precision and accuracy.

The KD-5600 system has two matched sensors for optimum operation for each channel. Input signals are filtered and SWaP-C scaled to remove common mode noise and deliver a drive signal. They also provide digital filtering as part of the signal conditioning to reduce signal noise.

The suite of products is designed with high resolution, bandwidth and linearity and equipped with Serial Peripheral Interface Bus for fast data transfers and no firmware. Additionally, the KD-5600 system samples data at eight times the standard data rate. Oversampling at high volume provides higher resolution at the defined data rate, which results in signal resolution that is eight times better than a system sampling at the Nyquist rate.

Using a 9D connector for reading data, power, and control signals, the system operates from a single power supply with a voltage range of 8-28 volts. These features combined ensure long-term stability.