KiwiRail has welcomed the Government’s rapid review into its handling of disruptions to passenger services in Wellington earlier this year and has already moved to change its systems.
Improvements made include:
Use of the TEC to achieve network compliance is now part of a wider Infrastructure Integrated Plan, with a longer-term (12 month) plan around its use nationally. While there have been detailed operating plans for each area the TEC assesses, this change introduces a national level of oversight, linked into when track safety cases expire.
Developing robust processes and procedures around the escalation, prioritisation and approvals required where the TEC schedule cannot be met.This is an important backup if it is looking unlikely the TEC will be able to carry out required work in time. The issues that resulted in the Wellington disruption were escalated too late for KiwiRail to take effective action to avoid the speed restriction being put on the Kāpiti Line.
Developing better resilience around the TEC, through a review of the tasks needed to ensure its successful operation – including a review of existing staff resourcing and formalising training processes. This is to ensure the TEC is able to operate effectively.
Reviewing the maintenance programme for the TEC. The TEC is 41 years old and will be replaced in FY2027. A procurement process for a new vehicle is well underway. The maintenance programme review, and any changes that come from it, will help ensure the TEC can continue operating reliably until the new vehicle arrives.
General Manager Metros Jon Knight says KiwiRail has made a huge commitment to the local commuter rail network, and will work hard to deliver on the Government’s investment.
This certificate confirms Kopter as a duly recognized Production Organization. It is attesting that Kopter has in place qualified personnel, the necessary methods, processes and procedures, as well as a reliable quality system. It is a major milestone for Kopter making it eligible to produce and ramp up its light single-engine SH09 helicopter.
The handover ceremony of the certificate took place today at the Kopter premises in Mollis with the participation of the Chief Operations Officer of Kopter, Dr. Jan Nowacki, the FOCA POA Team Leader for Kopter, Urs Frei, and Andreas Boss, national FOCA POA coordinator.
Jan Nowacki said, “We are extremely satisfied to receive this certificate, which acknowledges all the work we’ve done in building a well performing team and organization. We thank FOCA for their trust and strong support in reaching this key step and look forward to pursuing our close cooperation on our way to produce our new turbine engine helicopter.”
Andreas Boss and Urs Frei commented: “We are proud to handover this POA certificate to Kopter. It demonstrates that Kopter fulfills the highest aviation standards and possesses the capability, facilities, manpower, resources and quality assurance systems to produce and support the SH09 helicopter which is on its way to certification.”
Ultra-modern and high-tech manufacturing facility will be located at Toronto Pearson International Airport
Slated for completion in 2023, the one-million square-foot facility will be home to the most advanced aircraft manufacturing processes in the world
Strengthened commitment to Ontario’s aerospace industry, securing job growth and supporting economic development in the region for years to come
TORONTO, Dec. 04, 2019 (GLOBE NEWSWIRE) — Bombardier is pleased to announce that it has signed a long-term lease agreement with the Greater Toronto Airports Authority (GTAA) to build its new state-of-the art Global Manufacturing Centre located at Toronto Pearson International Airport. With preliminary site work underway in Mississauga and first production activities set to begin in 2023, the cutting-edge facility will optimize final assembly operations for all Global business jets, including the industry flagship Global 7500 business jet.
The Global Manufacturing Centre at Toronto Pearson International Airport, approximately 20 km from the current Global aircraft final assembly site at Downsview, will reinforce Canada’s leading position in the business aviation market.
“Today, I’m very excited to announce the relocation of our Global aircraft family production activities to a new, cutting-edge manufacturing facility at Toronto Pearson. This is a strategic move for Bombardier and a strong commitment to Ontario’s aerospace industry. It will allow us to offer world-class career opportunities and continue fueling the economic development of the region for years to come,” said Alain Bellemare, President and Chief Executive Officer, Bombardier Inc.
The one-million square-foot facility will combine thousands of highly-skilled employees with 21st century production and tooling innovation. Bombardier employs the highest caliber technology throughout the manufacturing process of the Global 7500 business jets, including a state-of-the-art automated positioning system that uses laser-guided measuring to ensure major aircraft structures, such as the wing and fuselage, are joined consistently and perfectly each time. Combining human ingenuity with the most advanced machines, the Global 7500final assembly line in Toronto is a testament to the industry’s most advanced business jet.
This strengthened commitment to the Greater Toronto Area will also leverage significant recent R&D investments and a continued collaboration with Ontario’s colleges and universities for world class training, research and development.
Bombardier also confirmed it will continue to support the aerospace heritage of the Downsview site with a multi-million-dollar contribution to the Downsview Aerospace Innovation and Research Consortium (DAIR) to develop a visionary aerospace hub for academic research and training activities. The contribution includes $2.5 million CAD in capital funding to refurbish the historic Moth Building, where wartime Mosquito fighter bombers and Tiger Moth trainers were produced.
LONDON and SOUTHLAKE, Texas, Dec. 4, 2019 /PRNewswire/ — Wizz Air (PNK: WZZAF) Europe’s greenest airline and leading low cost carrier in Central Eastern Europe, has selected Sabre Corporation (NASDAQ: SABR), the leading technology provider to the global travel industry, as a strategic partner to enhance its network planning and scheduling technology. With this new agreement, Wizz Air joins a portfolio of more than 80 airlines that have implemented Sabre’s leading technology to optimize complex schedule and slot management processes.
Sabre has a strong reputation in driving results through its intelligent planning and scheduling solutions. Empowering collaborative and intelligent decision-making, Sabre AirVision Schedule Manager helps airlines build and deliver robust, accurate and operationally feasible schedules across their networks. This proven solution has helped airlines achieve up to 9% incremental operating profit and up to 12% increase in productivity.
Wizz Air has implemented Sabre AirVision Slot Manager and Schedule Manager, equipping it with the right mechanisms to reduce the risks of losing valuable historic slot rights, while enabling increased productivity and a fast response to rescheduling.
“Adopting the right planning and scheduling technology has a significant impact on revenue optimization and cost reduction, as well as running a robust and efficient operation,” said George Michalopoulos, chief commercial officer at Wizz Air. “Sabre’s end-to-end planning and scheduling suite provides Wizz Air with the intelligence and flexibility needed to deploy optimized schedules.”
Sabre’s agreement with Wizz Air reflects its ongoing investment in creating technology solutions that are perfectly adapted to the requirements of different airline business models. With a customer community that includes a portfolio of airlines in the network, low-cost and ultra-low-cost categories, Sabre is consistently driving innovation through its partnerships.
“Wizz Air has a solid and ambitious plan for profitable expansion, and therefore needed a strong technology partner,” said Alessandro Ciancimino, vice president sales Europe, Travel Solutions, Sabre. “Sabre’s suite of technology helps airlines to get schedules to market faster, rapidly respond to market conditions in real time, and more efficiently manage a growing network of routes – which will help it position itself competitively, and differentiate itself among increased competition.”
About Sabre Corporation Sabre Corporation is the leading technology provider to the global travel industry. Sabre’s software, data, mobile and distribution solutions are used by hundreds of airlines and thousands of hotel properties to manage critical operations, including passenger and guest reservations, revenue management, flight, network and crew management. Sabre also operates a leading global travel marketplace, which processes more than US$120 billion of global travel spend annually by connecting travel buyers and suppliers. Headquartered in Southlake, Texas, USA, Sabre serves customers in more than 160 countries around the world.
About Wizz Air Wizz Air, the largest low-cost airline in Central and Eastern Europe, offers more than 700 routes from 25 bases, connecting 152 destinations across 44 countries. A team of more than 5,000 aviation professionals delivers superior service and very low fares making Wizz Air the preferred choice of 38 million passengers in the past 12 months. WIZZ operates an all-Airbus fleet of 120 aircraft. Its A320s are equipped with 180 seats, its A321s with 230 seats and its A321neo aircraft with 239 seats. According to the latest data of the Swiss airline intelligence provider CH-Aviation, Wizz Air has one of the youngest airline fleets in the world.
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
Matured design enables delivery to customers in less than three years
Boeing software reallocates bandwidth to meet real-time changes in demand
PARIS Sept. 9, 2019 — Boeing [BA] unveiled its 702X family of software-defined satellites, highlighting a 1,900kg variant for geosynchronous orbit. The 702X technology enables operators to adapt to changing market conditions by dynamically allocating bandwidth.
The 702X builds on Boeing’s existing success with the 702 series satellites. The 702X platform incorporates a mature design, with a medium Earth orbit version already in production. Advanced manufacturing processes dramatically reduce cost and schedule risk while allowing the 702X to be delivered to customers within three years.
The 702X satellites will allow operators to distribute capacity to a variety of end users, connecting businesses, ships, airplanes, autonomous vehicles and broadband internet users around the world. “Satellites are, and will continue to be, an integral part of our data-driven society,” said Eric Jensen, vice president of Global Sales and Marketing, Boeing Commercial Satellites. “The 702X gives our customers the tools necessary to evolve with the market.”
The 702X is available to customers today. Boeing estimates the first 702X geosynchronous variant will be operational as soon as 2022.
Boeing is unveiling its new 702X family of software-defined satellites. All 702X variants, such as the small geosynchronous orbit model shown here, will provide satellite operators the flexibility to reallocate bandwidth through software updates in real time to meet changes in market demand. (Boeing photo)
