When it comes to operation and functionality to the satisfaction of safety standards on an aircraft; it’s the engine, fuel system, and it’s electrical, hydraulic, pneumatic, mechanical, and electronic systems that keep it running for the passengers and cargo aboard.
However, there is an ongoing argument that debates between systems like IFE (entertainment) being an unnecessary expense for airplanes. The counterargument discusses the need for entertainment. Otherwise, passengers would be cranky during longer flights because of boredom. When passengers become bored or irritable, they require more attention from the flight crew. It is also possible that the passengers could get “air rage” and create issues for fellow passengers and crew.
There are other essential parts of a plane. The engine, fuel system, and its electrical, hydraulic, pneumatic, mechanical, and electronic systems are vital for the plane to take flight. However, cabin air pressurization is essential to create a safe and comfortable atmosphere for anyone on board at a high altitude. While you’re in the air, it is also important to have air-to-ground communication systems without them, since the sky have become more and more crowded over the years, there are higher chances of air collisions. Landing gear and control surfaces also help keep the plane safe from accidents and hazards during landing.
With all the different controls on a plane to help manage all the parts it also brings up the need for high tech computers. Within an aircraft, the piolet needs to be close to all the controls discussed above to guarantee the safety of the passengers and crew as well as the plane itself.
So, after all these possible topics which one is the most important?
Engine
Without the turbine aircraft engines, nothing would keep the electric on the plane working. That removes many of the flight communications, as well as all landing gear, and even entertainment. Without the engines, airplanes would not be able to lift off the ground. To solidify this discussion, the engine is so important that it counts for one-half to one-third of every aircrafts net price.
Primera Air, an airline based in Riga, Latvia has recently partnered with Airbus for a repair service package. The new tailored support package will cater to Primera Air’s A321 Neo Aircraft and will handle aircraft component services such as repair, transportation, warehousing, technical management and logistics. This package will be supported by one of Airbus’ new pools located in either London or Miami. Services will be handled by dedicated and knowledgeable Airbus fleet management team members. The FHS team will be trained using a data platform from Skywise.
This state of the art data hosting server will keep track of analytics for the A321neo Fleet. The platform will be able to enhance operational levels for inventory, supply chain management, and delivery. Skybus CEO states
” When introducing a new aircraft to an airline it is critical to create a solid foundation from the vet beginning”.
This is exactly why Airbus has offered its support package, to ensure the aircraft fleet introduction starts smoothly and stays smoothly. The program includes the highest level of dispatch performance, keeping planes in the air and flying on time. The support package will begin in early May and will be open for all transatlantic flights.
Airbus is an international leader in the aviation and aerospace industry. They are constantly manufacturing, designing and delivering solutions, services and solutions to customers around the globe. The company was based on a strong European heritage and has since grown to become truly international with over 180 locations and 12,000 direct suppliers across the globe. The company has delivered over 10,926 aircrafts and has achieved a six-fold order book increase in the last 18 years. Airbus is the future, and they are proud to have Primera air join their fleet.
Jet Parts 360 has a dedicated and expansive array of Airbus parts and components. We serve customers as a one-stop shop and primary destination for product sourcing. Jet parts 360 will ensure that your needs are addressed in the most expeditious and transparent manner, all the while offering cost-effective component solutions. If you are interested in a quote, please contact our friendly sales staff at www.jetparts360.com or call 1-708-387-7800.
In this article we will be breaking down the different types of turbo jet engines and how they function. To start off, lets go over the basics. A jet engine works by forcing compressed air through the system and igniting it by mixing the compressed air with fuel. The air then becomes hot and that is what powers the engine. When all mechanisms are running smoothly this successfully produces an airborne plane and an optimal amount of thrust. All turbo jets are considered reactionary meaning the production of energy is simply a reaction to the internal workings.
When looking at different styles of turbo jet engines you will find the turboprop jet engine, turbofan jet engine, turboshaft engine and the ramjet. The turboprop has the same innerworkings but with the addition of a aircraft propeller part. This design is best suited to smaller planes and can be extremely fuel efficient.
The Turbofan has, just as the name might suggest, an added fan. This fan allows the air to circle around the outside of the engine. This produced a much quieter plane and a plan that can cruise at lower speeds more efficiently. The turboshaft is what is inside most helicopters. It is smaller and has more control so that the helicopter can fly in the most efficient way possible.
Lastly, there is the ramjet. This is the most basic jet engine. There are no extra parts or fancy additions to this engine. The whole thing operates by forced air. A simple yet effective mechanic.
Air France Industries KLM Engineering and Maintenance recently announced its plans to create a Supplemental Type Certificate for its A320 aircraft. Air France is a well-known multi-product maintenance, repair and overhaul provider whose mission is to offer technical support for airlines across the board.
As a part of the European Commission’s H2020 HELIOS project through Air France, the Supplemental Type Certificate will be a retrofit for the GADSS Kannad ELT-DT. The Kannad Elt-DT is a global self-tracking beacon that will allow for detailed aircraft position while in flight.
The beacon will allow air traffic managers to figure out the exact location of aircrafts and will allow for notification of distress in flights without having to ask. This new beacon will ensure no aircraft will ever be lost if aircraft failure occurs, a huge advancement for the aerospace industry.
The HELIOS-led project will improve the retrofitting in-service aircraft process. This upgrade will enable operators to use the system under their current fleet. The requirement for this type of beacon was first adopted in 2016 after several highly publicized downed aircrafts could not be located even after long and extensive search efforts.
This new beacon will be applied to almost every aircraft by January of 2021. The Kannad Beacon will activate automatically should the aircraft deviate off the projected flight pattern. The coverage for the beacon is worldwide so no matter how far the flight veers off path it will still be trackable. Kannad is a global leader in navigation and timing, as a company they strive to improve safety, performance and reliability, making them the perfect fit for the creation of the beacon.
HNA subsidiary airlines are being equipped with Thales latest In-Flight Entertainment systems on their A330 and A350. Upgrades of the A330 began in late 2017 and the AVANT A350 is expected to enter service summer 2018. AVANT, Thales’s state-of-the-art Android IFE solution, will provide HNA Group Airlines’ passengers a highly customizable experience with a robust selection of features and applications. The new fleet will be equipped with the latest AVANT full high-definition monitors, the most lightweight ever deployed, featuring the Avii Touch Passenger Media Unit. Avii provides intuitive navigation, full Android smartphone look and feel, and acts as a second entertainment screen. Integration of Ka-band connectivity to the AVANT IFE system will provide a fully connected premium passenger experience.
Thales FlytCARE, the nose-to-tail maintenance of in-flight technology ensuring the highest levels of performance, already provided on current HNA Group Airline fleet, will be expanded to these new AVANT A330 and A350 aircraft. The dedicated Aircraft Technical Services team, will support system reliability for the enhancement of passenger experience.
HNA group manages several subsidiary airlines, including Hainan airlines, Capital Airlines, Tianjin Airlines, Lucky Air and West Air. In 2017, Hainan Airlines was honored as Top 10 Airlines by SKYTRAX, a global research firm and provider of professional aviation evaluation services with a focus on airline and airport services. The subsidiary airlines of HNA group already have a combined fleet of over 50 A330 aircraft flying with Thales IFE systems.
Thales Group is a French multinational company that designs and build electrical systems and provides services for the aerospace, defense, transportation, and security industries. It is the tenth largest defense contractor in the world, with 55% of its total sales military.
Jet Parts 360 has a dedicated and wide range of Thales Avionics parts, making us the premier supplier of aircraft parts. We serve customers as a one-stop shop and primary destination for A330 aircraft product sourcing.
Pratt and Whitney, a well-known division of United Technologies Corp. and Air Astana (an award-winning flag carrier for Kazakh), recently celebrated the delivery of the airline’s first Airbus A321neo aircraft. This aircraft, which is fueled by the Pratt and Whitney Geared Turbofan engines (GTF), appeared recently at Air Astana’s hub, located in Almaty, Kazakhstan. It was recently schedule for passenger service this new year.
Peter Foster, president and CEO of Air Astana shared his delight in the introduction of the A320neo and the delivery of Pratt and Whitney’s turbofan engines that are geared. Foster believes that Pratt and Whitney will take delivery of the seventeen Geared Turbofan powered A320neo aircrafts until 2020. This will depict the latest in fuel-efficient engine technology that is clean powered.
Air Astana puts into use many different aircrafts that are fueled by Pratt and Whitney and the company’s partnership with International Aero Engines. This includes the PW4000-powered 767 along with the V2500-powered A320 family. The Kazakh airline has placed orders for a number of Geared Turbofan aircrafts, which includes the A320neo, A321neo, and Embraer E190-E2 aircraft.
Rick Deurloo, the senior vice of president of Pratt and Whitney’s sales, marketing and customer care says the company is honored by Air Astana’s trust in them. He stated that the company is focused on delivering experience changing benefits of the GTF engine, which will allow for Air Astana to continue to supply excellent service to its passengers.
The GTF engine, since coming into service since 2016, has continued to showcase its pledge to minimize fuel burn by sixteen percent and reduce the emission of nitrogen oxide by almost fifty percent in comparison to the regulatory standard.
Pratt and Whitney is a world renown leader in the designing, manufacturing, and servicing of aircraft engines, along with auxiliary power units. United Technologies Corporation supplies high-technology systems and services to the industries in the areas of building and aerospace.
In October, the FAA published updated regulation concerning electronic flight bag (EFB) applications. A revised Advisory Circular (AC) has been issued for aircraft system designers, installers and operators who may want guidance for hosting EFB applications on portable devices and installed equipment.
This circular offers new applications and the ability to manage EFB programs with less involvement from the FAA. All guidance associated with EFB classification has been eliminated in the new policy. The circular also clarifies the definition of “EFB” and reorganization application software types according to safety importance.
The FAA is removing its previous prohibition on the display of aircraft location during flight on various EFB applications. This function was previously available only on the ground.
While tablet EFBs have made enormous strides, there are limits to what they can accomplish or be legally allowed to execute. They cannot be relied upon to operate or navigate an airplane — only certified avionics can. Tablet EFBs are COTS devices and therefore are not certified the way the airplane’s avionics are. There are also aircraft design and architecture considerations that limit the ultimate uses of COTS EFB devices. The aircraft control domain is intentionally segregated, closed and independent, using only certified avionics.
One of the new uses of EFBs is the use of tablets by pilots for the SWIM Terminal Data Distribution System (STDDS), which can make raw surface data collected from Terminal Radar Approach Control (TRACON) facilities more accessible, according to the FAA. The information is published and available via the National Airspace System (NAS) Enterprise Messaging Service (NEMS). A potential use of STDDS is to overlay the status of other aircraft on or moving toward active runways.
Jet Parts 360 has a dedicated and expansive array of cockpit equipment, making us the premier supplier of aircraft parts. We serve customers as a one-stop shop and primary destination for cockpits equipment sourcing. Jet Parts 360 will ensure that your needs are addressed in the most expeditious and transparent manner, all the while offering cost-effective component solutions.
Textron has been able to keep the vision of the Silvercrest alive after Dassault’s descion to haul the production of its Falcon 5X. The Falcon 5X that was in speculation of being produced was a 10,000lb thrust turbofan powered aircraft. According to an article from Airsoc.com it has been stated that the cancelation of the Falcon 5X was caused due to malfunctions with the oil fuel heat exchanger along with clearance controls in the high-pressure core of the engine.
The Silvercrest will continue to be placed under review and will newly be incorporated into Cessnas Citation Hemisphere twin engine aircraft. Although the Silvercrest experienced some malfunctions, Textron can assure that this set back will not impede plans already committed to Cessna by commenting, "As we currently understand it, the latest Silvercrest status does not significantly impact engine deliveries for the Hemisphere programme.”
With progress slowly coming together for either company the initial flight for the Hemisphere is predicted to take place in the year 2019.
According to the Cessna team, the Hemisphere should have been integrated with the Silvercrest long ago but was ceased when it failed repeated times during its initial trials with Dassault.
The reputable Hemisphere has created a name for itself along with becoming Textrons largest Jet in 2020 when it’s completed.
Although Dassault will no longer carry the Silvercrest but will continue its efforts to have the Falcon 5X up and running. On December 13th Dassault disclosed that its new project will be releasing a jet powered by Pratt & Whitney’s PW800s. The new Jet from Dassault is said to be completed and flying by the year 2020.
The Silvercrest has been configured with new state of the art components such as axial-centrifugal design that makes it different than standardized units that are commonly found on the market.
Jet Parts 360 is a prime provider of textron aviation parts. Being able to provide a wide variety of parts to meet your part needs. All of Jet Parts 360 products have been tested and placed under warranty to ensure parts with every order.
SpaceX designs, a company who manufactures and launches advanced spacecraft and rockets, launched its first static fire test on its brand-new Zuma Falcon 9 rocket. The firing occurred at the Kennedy space center, located in Florida. This scheduled test launch was working towards the actual launch of the Zuma Payload for Wednesday the 15th. The test took place just outside the pad gate LC-39A. This particular Falcon 9 is under contract with NASA and was used the Dragon mission to ISS. Scientist from NASA will review the test launch that the rocket passed before its upcoming launch back into orbit. The falcon 9 is a two-stage rocket that is reliable and safe to transport satellites into orbit. This rocket is the first orbital class rocket that is capable of reflight. The reusability of rockets is one of the key breakthroughs that SpaceX created. With reusable rockets the cost of space accessibility will decrease drastically, allowing the possibility of humans to live on different planets.
The Falcon 9 is an extremely reliable rocket, so it’s no surprise that it officially passed its test launch. The rocket has a two-stage configuration, which reduces the amount of separation events. Even in the event of a complete engine shutdown, the Falcon 9 will still safety complete its mission, a huge step forward for the world of space travel. The Falcon9 was first introduced in 2012 when it safety and efficiently delivered the “Dragon” into the correct orbit. The completed mission made SpaceX the first company to ever visit the space station. Currently, SpaceX is working alongside NASA to make regular human space travel a possibility soon.
GE has opened America’s first silicon carbide plant in Huntsville Alabama, where its product will be used to produce ceramic matrix composites used in aerospace manufacturing. The facility is estimated cost $200 million and will employ approximately 300 people. GE has diversified its hiring profile for the plant with engineers coming from a variety of backgrounds including petroleum engineering and consumer goods.
The plant will primarily manufacture ceramic matrix composites for jet engine and turbine based applications. Ceramic matrix composites (CMC) are used to fabricate strong and light components, perfect for the aerospace and aviation industries. Additionally, CMC components are great for thermal regulation and can handle a high number of termal cycles, making them ideal in the high temperature and high stress environment of turbine engines. The plant will be the only currently operating producer of ceramic matrix composites in the world, but it will not be the only. Use of ceramic matrix composites is expected to increase tenfold as its adoption by GE Aviation and Boeing company applications spreads to gas turbine and jet engine parts. As CMC technology improves, it is expected to phase out the heavier alternative of metal alloys.
GE’s primary customer will be the United States Department of Defense, and CFM international. CFM is a joint venture between GE and Safran which produces turbine shrouds for the LEAP and GE9X engines. These cutting edge engines use ceramic matrix composites in the turbine and combustion sections to reduce overall weight and increase internal combustion pressure. A higher pressure increases temperature which leads to more complete combustion which increases thrust and lowers emissions. As more opportunities arise for the use of CMC’s we will continue to see lighter and more efficient engines powering the wide-body aircraft of the next generation.
