On November 9th, 2017, Boeing and CDB Aviation came to an agreement on how many new 737 Max’s and 787 Dreamliner Boeing aircrafts CDB would be purchasing. The total came out to forty-two 737 Max 8s, ten 737 Max 10s, and eight 787 Dreamliner’s. This made their grand total $7.4 billion dollars as per the present item price, which was announced at the 2017 Paris Air Show, which takes place at Parc des Expositions Paris-le-Bourget.
Aircrafts are a combination of a lot of unique heavy-duty parts and assemblies brought together to create a flyable mechanism. Not all pilots are mechanics and therefore do not know or understand the complexity of aircraft cylinders. Knowing what Is under the hood of the aircraft upon flying it gives the pilot a better feel of awareness if a malfunction were to happen.
Avionics Magazine has created a top 10 lists for latest innovations that have been started to revolutionize the aerospace industry in the following years.
Iridium Communications Inc is located in McLean, Virginia and it is the operator of 66 active satellites used for worldwide voice and data and the only company that offers coverage. Matt Desch, Iridium CEO provided updates on Aireon’s place : the pilots and flights operations department will have speedier cockpit connections due to ADS-B service and new L-band airplane terminals.
Allegheny Technologies Incorporated is located in Pittsburgh, Pennsylvania and it is a manufacturer of advanced specialty materials and complex components. The company breaks down into two segments : High Performance Materials and Components which includes nickel and titanium based alloys/ superalloys and Flat Rolled Products which includes titanium, specialty, duplex and nickel alloys, strip and grain-oriented electrical steel. On the other hand, Pratt & Whitney is a aerospace manufacturer, a subsidiary of United Technologies (UTC). The engine powers more than a quarter of the world’s mainline passenger fleet. Recently, divulged plans to increase isothermal forging capacity, which is part of nearly $386-million capital investment in Columbus, GA. Therefore, Allegheny Technologies Incorporated and Pratt & Whitney have entered a new long-term purchase agreement to provide diverse jet engine parts.
The aviation division of the Libra Group, Leonardo and Lease Corporation International (LCI), have announced an increased order of nine helicopters. The order is valued at over US$120 million and covers the entire family of new generation helicopters called the Leonardo AW139, AW169 and AW189. Deliveries for the helicopters should started and should continue into 2018.
Praxair is scheduled to start later this year around June or July, and will begin to use their Tribomet coating technology on the aerospace components. Many parts have a certain timeframe before they need to be replaced or maintained, and it can become a headache for an aircraft operator to not be able to fly an aircraft because of a faulty or worn-down part. As technology and research develops, companies like Praxair Surface Technologies will help lessen these unfortunate and unwanted moments and helps create a much smoother operational flow. Rolls-Royce engines are used all throughout the globe, and are used for many important military aircrafts. If these coatings help to keep these aircrafts in the air, then Rolls-Royce will benefit from this contract with Praxair. Furthermore, militaries and defense industries around the world will be able to keep their nations safer as these aircrafts perform more efficiently and effectively.
Here at ASAP Aerospace, we have a dedicated and expansive array of aviation. We are your one-stop shop and go-to destination for a simplified sourcing solution. ASAP will ensure that our consumers’ needs are addressed in the most expeditious and transparent manner all the while offering cost-effective component solutions therefore improving your negotiation power and profit margins. All our aircraft parts are extensively tested and enjoy our consumer-centric warranty. If you are interested in a quote, please don’t hesitate to contact our friendly sales staff at www.asap-aerospace.com. Call us toll free at 1-714-705-4780!
Right from the first deliveries of avionics, Harris has applied affordability enterprises that have reduced the avionics ship set cost for each aircraft by 64 percent. I love to get low prices, so I can give customers a better price and Harris does great at giving us low prices. Harris has also provided sectional components and common parts to 21 other F-35 contractors ensuing in more than $750 million in expense savings over the existence of the production program. As part of every individual aircraft, Harris delivers more than 1,500 module components, 58 network interface units, 21 power supplies, 7 integrated racks, 6 advanced antenna arrays, and 3 antenna interface units. Harris is a great one stop shop and has a lot of stock and low prices.
At ASAP Semi, we are great at knowing about new projects that are being started because that’s how we get a great amount of orders. We like to know exactly what is going on when a customer calls, so customers know they can trust us because we are knowledgeable of the parts and projects going on. So that we can have stock available for these customers and give them a low price since we will be buying at a large quantity. Also check our military aircraft and helicopter parts catalogue.
The Navy is asking Boeing for P-8A increment 3 block 2 acoustics subsystem capability enhancements, which include some software and system updates, technical support, management, defect correction, obsolescence mitigation and modernization. The goal of this update request is to initiate an open-systems approach in which the existing systems collaborate with and support future capability integration systems.
The Navy’s P-8A Aircraft Boeing-built acoustics subsystem includes previous updates. One of the previous updates to the system was the Multistatic Active Coherent Capability (MAC) which uses the SSQ-125 sonobuoy. The SSQ-125 sonobuoy generates sounds electronically as opposed to using explosive charges. It intercepts submarine sonar echoes and replays them to the P-8A aircraft’s system. This way of operating and generating sound is significantly more accurate than the former, resulting in fewer false returns.
Another upgrade that was previously initiated for the P-8A Aircraft is the Automatic Information System and the High-Altitude ASW Weapon (HAAWC) system. This is a flying torpedo that is designed for release from high altitudes to suddenly enter the water in near proximity to enemy submarines in very little time. The HAAWC includes a GPS system, a data link and a Boeing-built wing kit. This enables the Navy’s P-8A Aircraft to have a wide range and maintain a large search area. It also enables increased standoff ranges from threats. There is a GPS satellite navigation capability included on the sonobuoys that are deployed by the P-8A aircrafts as well. This is to enables the Navy’s P-8A Patrol Aircraft the ability to maintain a precise plot of the suonobuoy field. They can reach altitude of 10,000 feet or higher.
In conclusion, the Navy’s P-8A Aircraft system capabilities are numerous. The goal is to develop and deploy new functions and capabilities quickly as they are generated, as opposed to delaying delivery for the purpose of presenting them all together. These updates will stay within the current size, weight, power and cooling margins of the P-8A aircraft. ASAP Aerospace is global distributor & manufacturer of Aerospace parts and are tested and covered under warranty.
There was a time when flying was just in the imagination of people’s minds, and many have tried to attempt to fly and failed. It wasn’t until the wright brothers put all their dedication and effort to invent and succeed the first prototype of an airplane. Since then airplanes have become a thing of the future, it allows us to travel thousands of miles in matters of hours when it used to take weeks and months to travel somewhere. Technology is another aspect that goes hand in hand with airplanes; the better technologically advanced we are then the better we can create solutions in the air. A simple example can be when the GPS was invented it made flying much easier because the since of direction and the ability to derive the location of the airplane has become significantly easier. Pilots are no longer dependent on the stars to locate where they are, and if there is a bad weather causing low visibility then finding direction can be extremely difficult.
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