JetBlue Founder David Neeleman Selects Salt Lake City as Headquarters for New Airline
America’s newest and perhaps most innovative airline does not yet have a name, or any airplanes. But it now has a headquarters.
David Neeleman’s startup will be based in Salt Lake City, where it plans to spend a capital investment of $3.2 million and create nearly 400 jobs over the next five years, according to local authorities. In return, the state offered tax rebates worth as much as about $1.1 million over five years.
“There’s a super strong technology base, and lower cost of living than California and some of the coastal areas,” Lukas Johnson, the airline’s chief commericial said in an interview. “We want to focus more on the technology aspect of the transportation side, and it makes a lot of sense. The tech sector is booming out here.”
With parts from nearly 250 suppliers, Alstom trainset production creates 1,300 new jobs
HARVEY, Ill. – The Amtrak partnership with Alstom to produce the next generation of Acela trains to move customers at higher speeds and more comfort between Boston and Washington is also boosting businesses nationwide. Today, Amtrak and Alstom thanked workers at LB Steel in Illinois for building wheel assemblies (known as “bogies” or “trucks”) and other components.
“While these new trains will provide world-class accommodations for customers traveling in the Northeast, this production will benefit communities across the country by creating jobs and stimulating local economies,” said Amtrak Executive Vice President Roger Harris, who led the visit to the factory south of Chicago. “The fastest trains in the hemisphere – at speeds up to 160 mph – will ride on the work done here in Harvey at LB Steel.”
Alstom is using parts manufactured by nearly 250 suppliers in 27 states, with 95 percent of the components produced domestically. More than 1,300 new jobs will be generated in nearly 90 communities across the United States to support production, including the creation of new, sustainable, high-tech, engineering and manufacturing jobs in New York.
“We are proud to have been selected by Amtrak, not only to design and build the new Avelia Liberty high speed trainsets, but also to provide long-term technical support, and supply spare components and parts for the maintenance of the new trains.,” said Michael MacDonald, Site Managing Director for Alstom in Hornell, N.Y., who also participated in the news event south of Chicago. “Alstom is partnering with suppliers across the country for this project, and the emergence of a high-speed rail manufacturing industry here in the U.S. is becoming a reality.”
The trains are being produced at Alstom’s Hornell facility, which is undergoing a massive investment and transformation to build the 28 high-speed trainsets for Amtrak. One of three new structures has been built to accommodate fleet manufacturing and testing and a new bridge has been built to extend the site’s current test track to accommodate higher speeds.
The new trains are scheduled to enter service in the Northeast Corridor in 2021 and will accommodate nearly 25 percent more customers while continuing the spacious, high-end comfort of the current Acela service that customers enjoy today. Each train will feature modern amenities such as improved Wi-Fi access, personal outlets, USB ports and adjustable reading lights.
The new Acela trains are part of an Amtrak plan to modernize and upgrade our fleet. Last year, Amtrak refreshed the interiors of the current Acela trains and Amfleet I railcars and announced plans to acquire 75 new locomotives for Amtrak’s long distance and state-sponsored services. This year, Amtrak performed similar work on Amfleet II railcars and announced plans to start next year to refresh Superliner cars used on long distance services. Refreshing of Horizon railcars in the Amtrak MidwestSM network is also now underway with state partner support.
New high-speed Acela train sets for the Northeast Corridor when they enter service in 2021. Check out the first prototype (still under construction) being assembled at Alstom’s Hornell, New York facility.
MD Helicopters, Inc. announces a strategic teaming agreement with Elbit Systems Ltd (ESL) to deliver next-generation weapons and mission management capabilities to its MD 530G Block II (BII) Scout Attack Helicopter. The proven, pilot-centric Integrated Weapons System (IWS) is comprised of a Helmet Display and Tracking System (HDTS), Weapons Management System (WMS) and Mission Management System (MMS).
“Design and disruption are the cornerstone of all product development efforts,” said Lynn Tilton, Chief Executive Officer for MD Helicopters, Inc. “This partnership with Elbit Systems, Ltd. will allow us to rapidly expand the capabilities of the MD 530G, resulting in a next-generation, advanced light scout attack helicopter solution that will set a new standard in this highly competitive class.”
In line with MD Helicopters’ commitment to delivering excellence and innovation in design, the integrated, advanced avionics suite utilizes an intuitive Human Machine Interface (HMI), multi-functional smart displays and next-generation applications to deliver a fully compatible multi-mission cockpit that reduces pilot workload, increases efficiency of crew operations, and delivers increased lethality for a range of operational parameters.
Helmet Display & Tracking System (HDTS)
The HDTS configuration supports both daytime and nighttime operation, allowing the pilot to intuitively maneuver the aircraft into attack positions and engage targets heads-up and eyes out.
Weapons Management System (WMS)
The advanced digital WMS will allow the MD 530G BII Scout Attack Helicopter to support a comprehensive array of suppressive firepower options as well as unguided and guided munitions, including Hellfire Missile and, with authorized customer demand, APKWS. Standard configuration includes support for M260 Rocket Pods, HMP 400 Digital Gun Pods, RMP Digital Gun/Rocket Pods, and the M134D-H Mini-Guns. Critical weapons management functions, such as weapon activation and HDTS operation, will be integrated into the cyclic grip and collective for both pilots.
Mission Management System (MMS)
The main component in the MD 530G BII Scout Attack Helicopter MMS is the Digital Mapping application (DMAP) managed by a touch screen graphical user interface (GUI). This moving map display will give pilots greater situational awareness with aircraft positions, known threats, and friendly locations plotted. The aircraft’s EO/IR solution will integrate directly with the new MMS to enable detect and store intelligence. Detect and store intelligence ensures that once a target has been acquired, the crew can choose to attack with guided weapons from a distance, or unguided munitions using the ballistics Continuously Calculated Impact Point (CCIP) displayed over the HDTS.
The enhanced Integrated Weapons System, certified and in use on fixed and rotary wing medium and heavy attack platforms already in service with U.S. and Allied forces around the world, will deliver greater mission flexibility and improved operational performance, making the already multi-mission-capable MD 530G perfectly suited for Close Support operations including attack, forward air control, armed reconnaissance, counter-insurgency, and observation.
“These are exciting times at MDHI,” said Stephen Suttles, Vice President of Commercial and Military Sales and Marketing for MD Helicopters, Inc. “Competition is a good thing in our business. We believe that the limited market penetration by others in this space is an incredible advantage for us, and we are confident in our ability to deliver equitable precision capabilities backed by an unmatched history of safety and survivability sooner than our competitors, and at a much better price point.”
“A proven and iconic light scout attack helicopter platform, the addition of this elegant, technically superior solution elevates the MD 530G BII to best-in-class status,” Tilton concludes. “My team has delivered industry-leading rotorcraft solutions for decades. Now partnered with the Elbit Systems team, we are poised to bring a new level of customizable, operator-focused solutions to U.S. and Partner Nation aviation forces.”
MD Helicopters anticipates live fire events with a production-quality test asset in 2020.
RESTON, Va., Nov. 25, 2019 /PRNewswire/ — General Dynamics (NYSE: GD) announced today that the Gulfstream G500 has been delivered to its first European customer. An undisclosed Western-Europe-based charter operator took delivery of the aircraft at Gulfstream Aerospace headquarters in Savannah, Georgia.
The G500 earned certification from the European Union Aviation Safety Agency on Oct. 11 and is in service in North America, Brazil, the Middle East and Europe.
“We are excited about making G500 deliveries to Europe,” said Mark Burns, president, Gulfstream. “Since the introduction of the jet in 2014, customers around the world remain impressed and enthusiastic about the innovative cabin, next-generation technology, including the award-winning Symmetry Flight Deck, and high performance, speed and range capability of the aircraft. As the G500 fleet continues to grow in Europe, and around the world, its advanced technology raises the bar for business aviation.”
The G500 can travel 4,400 nautical miles/8,149 kilometers at Mach 0.90 and 5,200 nm/9,630 km at Mach 0.85. Its Symmetry Flight Deck features the first electronically linked active control sidesticks in civil aviation, the most extensive use of touchscreen technology in business aviation and a data concentration network, all of which streamline operations and reduce pilot workload.
Passengers also benefit from technology in the cabin. Along with award-winning, bespoke interior design, the G500 offers the Gulfstream cabin experience of 100 percent fresh air, 14 Gulfstream panoramic windows, a low cabin altitude and whisper-quiet sound levels.
RENTON, Wash., Nov. 22, 2019 – Boeing [BA] marked a key milestone as thousands of employees gathered for the debut of the first 737 MAX 10 at the company’s Renton, Washington factory. During a ceremony, Boeing leaders highlighted the team’s accomplishments and recognized their efforts in completing production of the newest member of the 737 MAX family.
“Today is not just about a new airplane. It’s about the people who design, build and support it,” said Mark Jenks, vice president and general manager of the 737 program. “This team’s relentless focus on safety and quality shows the commitment we have to our airline customers and every person who flies on a Boeing airplane.”
The 737 MAX 10, the largest variant of the MAX family, can seat up to 230 passengers and offers the lowest seat-mile cost of any single-aisle airplane ever produced. The airplane will now undergo system checks and engine runs prior to first flight next year.
“I’m honored to take this airplane on its first flight and show the world what you’ve put your heart and soul into,” 737 Chief Pilot Jennifer Henderson told the employee crowd.
The 737 MAX 10 currently has more than 550 orders and commitments from more than 20 customers around the globe.
NEW YORK (Reuters) – Mitsubishi Heavy Industries Ltd <MHVYF> is confident that it has the technical and production know-how to build high-tech wings for Airbus SE <EADSY> jetliners, the chief executive of the Japanese conglomerate said on Wednesday.
MHI developed sophisticated production processes at its facility in Nagoya in the process of building wings for the Boeing Co <BA> 787 Dreamliner, Chief Executive Seiji Izumisawa said in an interview.
“We have accumulated expertise in producing aerostructures as a tier 1 supplier, so if the opportunity does present itself we will certainly be willing to consider it,” he said.
It is not yet clear whether Airbus plans to outsource wings on future jets, such as its next-generation single-aisle aircraft, which could come out in about a decade.
Such future work would be important to MHI in part because of Boeing’s decision to bring wing production back in-house on its latest jet, the 777X.
“We do have the capability to produce some pretty complicated components,” said Izumisawa, who said he was involved in developing the 787 wings.
(Reporting by Alwyn Scott; Editing by Sonya Hepinstall)
FILE PHOTO: The logo of Mitsubishi Heavy Industries is seen at the company’s Sagamihara plant in Sagamihara, Japan
– Market faces potential surplus of 1,000 jets next year
– Air Lease CEO less worried about surge in MAX deliveries
– Older aircraft won reprieve during MAX grounding
– Boeing aims to deliver record-matching 70 MAX a mth on return
HONG KONG, Nov 5 (Reuters) – Airlines struggling to cope with the grounding of the 737 MAX could face a markedly different problem when Boeing Co’s best-selling jet is cleared to re-enter service: a switch to concerns about aircraft oversupply, carriers have been warned.
The U.S. planemaker has continued to produce the jet since it was grounded in March after two fatal accidents, and is expected to speed deliveries by 40%, to 70 units a month, when its factory doors reopen, in a bid to clear the backlog.
Rob Morris, global head of consultancy at UK-based Ascend by Cirium, said the combination of any rapid rebound in deliveries, economic worries and an accumulation of market pressures dating back before the crashes could make it hard to absorb the jets.
“Next year is the challenge. When the dam breaks and the MAX starts to flow, there are going to be a lot of aircraft,” Morris told financiers at a Hong Kong briefing late on Monday.
“There could potentially be as many as 1,000 surplus aircraft next year.”
The forecast is based on both a rebound in MAX deliveries and a potential glut of second-hand airplanes flooding back onto the market after standing in for the MAX during the grounding.
The crisis has rekindled demand for older and less efficient jets, with airlines using more than 800 planes that are more than 15 years old, compared to conditions four years ago, Morris told the Airline Economics Growth Frontiers conference on Tuesday.
TWO-YEAR LOG JAM
Until now, most concern has focused on whether regulators would permit an orderly return to service by avoiding gaps in approvals by different countries.
But Morris, who has warned a long up-cycle in aviation is nearly over, said there were also risks in opening floodgates too quickly, overwhelming fragile growth in travel demand.
Still, he and other delegates at back-to-back aviation finance gatherings in Hong Kong agreed it would take Boeing 18 months or longer to deliver all the stranded aircraft.
The operation will be one of the industry’s biggest ever logistical challenges and any glitches or delays could further brake supply.
“Getting all those aircraft, that are currently parked, off the ground could take two years,” John Plueger, chief executive of Air Lease Corp, told Reuters, adding he did not see fundamental changes as a result of the MAX’s return.
“It is not as if all these MAX could be delivered over a one-, two- or three-month period … so it is not an open floodgate and 350 planes all coming onto the market tomorrow,” he said on the sidelines of last week’s Airfinance Journal Asia Pacific conference.
Boeing aims to return the 737 MAX to service in the United States by the end of 2019, after making software changes in the wake of the crashes, which killed 346 people.
Europe’s top regulator said on Monday the airliner is likely to return to service in Europe in the first quarter of 2020.
Analysts say more than 300 MAX aircraft have been produced since March, when commercial flights were banned and deliveries frozen. This could rise to 400 by the time it resumes service.
Boeing is additionally expected to deliver close to 600 jets straight from the production line next year. It has indicated it plans to deliver up to 70 jets a month, equal to a previous record. Of this, analysts say around 20 are expected to be drawn from inventory parked at its factories and the rest newly built.
(Reporting by Tim Hepher and Anshuman Daga in Hong Kong Editing by Matthew Lewis and Clarence Fernandez)
Saab and Vū Systems are launching a Next Generation Enhanced Flight Vision System (EFVS) solution using new passive millimetre wave (PMMW) technology, enabling pilots to see and land in low-visibility conditions at all times.
The Saab Vū EFVS enables commercial operators to maintain their schedule, while their competitors are forced to delay or cancel flights. It is the first system to provide reliable performance, unlocking access to airports in all weathers, without the need for conventional CATII/III infrastructure. The new Saab Vū EFVS provides the ability for take-off and landing in adverse weather conditions, including zero-visibility environments.
“The new system offers unmatched operational and safety advantages. Being able to take-off and land in low to zero-visibility environments radically reduces costs, increases safety and reduces environmental impact. This benefits pilots, operators and society as a whole. We are proud to be working together with Vū Systems to make this significant innovation commercially available,” says Jan Widerström, head of business unit Avionics Systems, within Saab business area IPS.
Every year, commercial aviation all over the world incurs massive financial losses as a result of delays and cancellations due to low visibility weather. In the USA alone, these additional costs amount to billions of dollars.*
To provide a solution to the impact of weather on U.S. flight operations, new FAA regulations (14 CFR 91.176) now permit landing without natural vision. The new regulations are performance based, meaning the performance of the EFVS sensor is critical to the operational value. The performance of the current EFVS sensors is limited by the atmospheric attenuation in the infrared band.
The Saab Vū EFVS solution is not affected by weather, enabling pilots to achieve Equivalent Visual Operations (EVO) and see runways at distances of two miles and more in zero-visibility conditions.
“This strategic arrangement with Saab means we can supply this revolutionary technology through a qualified supply chain to larger commercial customers, benefiting the aviation industry globally, by enabling them to take off and land when their competitors cannot,” says Stedman Stevens, CEO at Vū Systems.
Through a strategic partnership with Vū Systems, who developed the first commercially available PMMW sensor, Vū Cube, the Saab Vū EFVS exceeds the new regulatory performance goals. This unique solution comprises a new, sophisticated PMMW sensor and software that optimizes the sensor images with IR and synthetic vision, projected on the new Saab Head-Up Display (HUD). It provides pilots with the complete solution and the means necessary to land safely regardless of thick fog, snow, rain, smog, dust, smoke and clouds.
– 28th annual Global Business Aviation Outlook projects 2020 deliveries to be higher than 2019 as new models enter service
– Five-year purchase plans for new business jets down slightly, but plans to buy used jets grow significantly
– Long-range forecast predicts healthy market with steady annual growth
LAS VEGAS, Oct. 20, 2019 /PRNewswire/ — The business jet industry is expected to see strong growth in the short to medium term, supported by several new airplane models coming to the market, according to Honeywell’s (HON) 28th annual Global Business Aviation Outlook. Released today, the Global Business Aviation Outlook forecasts up to 7,600 new business jet deliveries worth $248 billion from 2020 to 2029, down 1 to 2 percentage points from the 2018 10-year forecast.
“Production ramp up on many new business jet platforms are expected to lead to a 7% increase in deliveries in 2020, following a strong projected growth in 2019 over 2018 aircraft deliveries,” said Heath Patrick, president, Americas Aftermarket, Honeywell Aerospace. “We are confident that these new and innovative aircraft models will support solid growth in the short term and have a continuing impact on new business jet purchases in the midterm and long term.”
Key findings in the 2019 Honeywell global outlook include:
Operators plan to make new jet purchases equivalent to about 17% of their fleets over the next five years as replacements or additions to their current fleet, a decrease of 3 percentage points compared with 2018 survey results.
Of the total purchase plans for new business jets over the next 5 years, 35% are expected to occur in the first two years of the survey, with 57% of purchase plans realized by year three. This is 5 percentage points higher than last year’s survey.
Operators continue to focus on larger-cabin aircraft classes, from large cabin through ultralong-range aircraft, which are expected to account for more than 71% of all expenditures of new business jets in the next five years.
– Companies sign MOU to investigate product development for premium market
– Builds on efforts to develop new urban air mobility ecosystem
STUTTGART, Germany and CHICAGO, Oct. 10, 2019 /PRNewswire/ — Porsche and Boeing [NYSE: BA] signed a Memorandum of Understanding to explore the premium urban air mobility market and the extension of urban traffic into airspace. With this partnership, both companies will leverage their unique market strengths and insights to study the future of premium personal urban air mobility vehicles.
“Porsche is looking to enhance its scope as a sports car manufacturer by becoming a leading brand for premium mobility. In the longer term, this could mean moving into the third dimension of travel,” says Detlev von Platen, Member of the Executive Board for Sales and Marketing at Porsche AG. “We are combining the strengths of two leading global companies to address a potential key market segment of the future.”
As part of the partnership, the companies will create an international team to address various aspects of urban air mobility, including analysis of the market potential for premium vehicles and possible use cases.
Boeing, Porsche and Boeing subsidiary Aurora Flight Sciences are also developing a concept for a fully electric vertical takeoff and landing vehicle. Engineers from both companies, as well as Porsche subsidiaries Porsche Engineering Services GmbH and Studio F.A. Porsche, will implement and test a prototype.
“This collaboration builds on our efforts to develop a safe and efficient new mobility ecosystem, and provides an opportunity to investigate the development of a premium urban air mobility vehicle with a leading automotive brand,” said Steve Nordlund, Vice President and General Manager of Boeing NeXt, an organization that is laying the foundation for a next-generation mobility ecosystem in which autonomous and piloted vehicles can safely coexist. “Porsche and Boeing together bring precision engineering, style and innovation to accelerate urban air mobility worldwide.”
A 2018 study by Porsche Consulting forecasts that the urban air mobility market will pick up speed after 2025. The study also indicates that urban air mobility solutions will transport passengers more quickly and efficiently than current conventional means of terrestrial transport, at a lower cost and with greater flexibility.
Boeing is the world’s largest aerospace company and leading provider of commercial airplanes, defense, space and security systems, and global services. As the top U.S. exporter, the company supports commercial and government customers in more than 150 countries. Boeing employs more than 150,000 people worldwide and leverages the talents of a global supplier base. Building on a legacy of aerospace leadership, Boeing continues to lead in technology and innovation, deliver for its customers and invest in its people and future growth.
