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Alstom to Equip Regional Trains in Sweden with ERTMS Onboard Control System

March 25, 2020 /

Alstom has been awarded a contract by AB Transitio, Region Skåne through Skånetrafiken, Region Blekinge, Hallandstrafiken AB, and DSB SOV to equip a fleet of 77 X31 regional trains with ERTMS onboard train control system, with an option of an additional 34 trains. All trains will be ready by end of 2023. The contract is worth about 35 million euro.

The trains are running in the growing Öresund region in the South of Sweden, and Eastern Denmark. 

Alstom will install a solution that features an integrated dual system enabling the trains to run on legacy lines equipped with ATC-2 system in Sweden, whilst being also able to run on lines newly equipped with the ERTMS Level 2 system both in Sweden and Denmark. Furthermore, the trains are also equipped to run on the existing ZUB 123 system in Denmark. The design of the dual system minimizes hardware equipment by sharing some on-board components, and the wheel sensors. Alstom is the ERTMS market leader and is currently delivering a similar solution in Norway on over 400 trains, to be completed in 2026. 

“We are very pleased to deliver an onboard control system solution for AB Transitio and their fellow vehicle owners for Öresundstrafiken. This contract is a strategic win for Alstom in Sweden, where its longstanding international ERTMS experience now will be applied to a major part of the train fleet in southern Sweden,” said Björn Asplund, Managing Director of Alstom Sweden.

“To us, an updated and modern train fleet is important as we see a steadily increasing flow of passengers to a region that continues to grow. With a new digital signalling system, the trains will continue to provide a very safe railway service in the Öresund region”, says Stefan Kallin, CEO of AB Transitio.

The project will be delivered by Alstom Sweden together with Alstom center of excellence for ERTMS in Charleroi, Belgium. Installation design and supply chain will be performed by the Alstom team in Copenhagen, Denmark.

Alstom’s Atlas is the worldwide number one in on-board ERTMS equipment, representing 70% of the on-board systems in service in ERTMS Level 2. Today, across 20 countries, trains under Atlas supervision have covered over 150 million kilometers, including Deutsche Bahn’s ICE3 fleet recently equipped in Germany. Alstom has also delivered the first ERTMS Level 3 in commercial service in the world in Germany.

Boeing and EgyptAir Maintenance & Engineering Sign MRO Service Agreement

November 17, 2019 /
  • Supply chain deals include Landing Gear Exchange and Quick Engine Change kit solutions
  • Companies also establish agreement to add regional MRO provider to Boeing’s growing global network

DUBAI, United Arab Emirates, Nov. 17, 2019 — Boeing [NYSE:BA] and EGYPTAIR MAINTENANCE & ENGINEERING (EGME) today announced agreements that will approve the Cairo-based MRO as Boeing’s first maintenance supplier in Africa and the Middle East region. The agreement enables EGME to provide aircraft, engines and component maintenance services and solutions to Boeing customers.

EGME will also receive landing gear exchange and overhaul support through the Boeing Landing Gear Exchange Program. The program provides flexible exchange solutions that allow customers to quickly repair and replace serviceable landing gear in hours.

Boeing will also supply parts for a Quick Engine Change kit. The kit includes hardware and components used to efficiently build up a spare engine to service-ready condition, lowering the maintenance time required to replace an engine and return aircraft to service.

“EGYPTAIR is optimizing operations for our growing fleet, which includes a sixth 787-9 Dreamliner aircraft, to always deliver a better experience for our customers,” said Ahmed Adel, chairman and CEO of EGYPTAIR Holding Company. “We are able to leverage the strength of a global supply chain network and increase efficiency by continuing to partner with Boeing.”

EGYPTAIR’s maintenance, repair and overhaul (MRO) subsidiary, EGYPTAIR Maintenance & Engineering (EGME), also signed a supplier agreement that will allow EGME to support Boeing’s customers with parts provisioning, engineering support and line maintenance.

“EGYPTAIR Maintenance & Engineering brings strong technical expertise with locations across the Middle East and Africa that enable us to better serve our customers in the region,” said Ted Colbert, president and CEO of Boeing Global Services. “Our customers rely on us to keep their airplanes in revenue service. With our global supplier network, which now includes EGME, we help make sure that our customers and their passengers fly Boeing airplanes with confidence every single day.”

“It’s another milestone in EGME’s strategy of growth in the global market as a leading MRO in Africa and the Middle East region,” said Mostafa Ali El-Din, chairman and CEO of EGME. “We are pleased to be part of Boeing’s global network, which reflects a great trust in our capabilities and personnel experience. EGME will utilize its wide-scope capabilities to provide the best technical services to customers who aspire for well-maintained fleet in service.”

In Boeing’s Services Market Outlook, the company forecasts rapid growth in the Middle East region’s commercial and government aviation services market, doubling the growth rate in North America.

Saab Brazilian Gripen E Completes its First Flight

August 29, 2019 /

Saab today completed a successful first flight with the first Brazilian Gripen E fighter aircraft, 39-6001. At 2.41 pm CET on August 26, the Gripen E aircraft took off on its maiden flight flown by Saab test pilot Richard Ljungberg. The aircraft operated from Saab´s airfield in Linköping, Sweden.

The duration of the flight was 65 minutes and included test points to verify basic handling and flying qualities at different altitudes and speeds. The main purpose was to verify that the aircraft behavior was according to expectations.

“This milestone is a testament to the great partnership between Sweden and Brazil. Less than five years since the contract was signed, the first Brazil Gripen has conducted her first flight,” says Håkan Buskhe, President and CEO of Saab.  

This aircraft is the first Brazilian production aircraft and will be used in the joint test program as a test aircraft. The main differences compared to the previous test aircraft are that 39-6001 has a totally new cockpit layout, with a large Wide Area Display (WAD), two small Head Down Displays (sHDD) and a new Head Up Display (HUD). Another major difference is an updated flight control system with updated control laws for Gripen E. It also includes modifications both in hardware and software.

“For me as a pilot it has been a great honour to fly the first Brazilian Gripen E aircraft as I know how much this means for the Brazilian Air Force and everyone at Saab and our Brazilian partners. The flight was smooth and the aircraft behaved just as we have seen in the rigs and simulators. This was also the first time we flew with the Wide Area Display in the cockpit, and I am happy to say that my expectations were confirmed,” says Saab test pilot Richard Ljungberg. 

39-6001 will now join the test programme for further envelope expansion as well as testing of tactical system and sensors.

39-6001 will be designated F-39 in the Brazilian Air Force and will have the tail number 4100.

Watch the video!

BAE Wins $45 Million Extended Range Cannon Contract

July 16, 2019 /

The U.S. Army has awarded BAE Systems a $45 million contract for the Extended Range Cannon Artillery (ERCA) Increment 1 prototype with the purpose of increasing the range and rate of fire on current and future M109A7 self-propelled howitzers.

The development of ERCA is in collaboration with the Army’s Combat Capabilities Development Command (CCDC) Armaments Center.

This prototype phase will address capability gaps in the Army’s indirect fire systems and improve the rate and range of fire with the development of power distribution software and hardware integration solutions. ERCA will be integrated onto the M109A7 and will require the M109A7’s current 39-caliber turret to be replaced with a 58-caliber, 30-foot long gun barrel with the objective of creating firepower double the current range.

“ERCA is a significant technological step forward for the Army’s artillery portfolio,” said Scott Davis, vice president or programs, BAE Systems’ Combat Vehicles business. “We were selected based on our years of experience in the development of self-propelled howitzer systems. Long-range precision fire is a top priority for the Army, and we are pleased to be a partner in efforts to equip soldiers with the latest technology.”

The development program aims to provide the warfighter with extended range while maintaining the weight found in current systems to minimize performance impacts on the chassis. Under separate contracts, BAE Systems is also developing precision guidance kits with anti-jamming capabilities (PGK-AJ) that can operate in the challenging ERCA firing environment. PGK-AJ is compatible with existing and new long-range rounds for multiple firing platforms, including the M109 self-propelled howitzer.

BAE Systems is currently producing the M109A7 configuration for the Army in the low-rate initial production phase.

Development work on ERCA Self Propelled Howitzer will take place at the Army’s Picatinny Arsenal and BAE Systems’ facilities in York, Pennsylvania; Sterling Heights, Michigan and Minneapolis, Minnesota.

David Schacher Photography LLC

Rocket Testing Lifts Off at NASA Marshall

January 28, 2019 /

NASA and Boeing teams lifted critical Space Launch System (SLS) test hardware into place at Marshall Space Flight Center. 

“I wish all of America could be here to see this. It’s history in the making, and we’re honored to be part of it,” said Paul Wright, Boeing Test & Evaluation Senior Manager for SLS.

A test version of the largest section of core stage hardware, the Boeing-built liquid hydrogen tank (LH2), will undergo months of structural testing to validate design and manufacture of this SLS core stage element.

The 150,000 pound liquid hydrogen tank test article is structurally identical to the flight version of the tank that will comprise two-thirds of the core stage and hold 537,000 gallons of liquid hydrogen cooled to minus 423 degrees Fahrenheit. Dozens of hydraulic cylinders in the 225-foot-tall test stand will push and pull the tank, subjecting it to the same stresses and loads it will endure during liftoff and flight.

The flight version of the LH2 tank is undergoing final fitting at New Orleans’ Michoud Assembly Facility. The fitting prepares the article for stacking with the engine section, called aft join. The top half of the core stage, called forward join, will then be mated with the aft join in final assembly. Engines are then attached and the core stage will be shipped to NASA’s Stennis Space Flight Center for smoke and fire testing in the refurbished B2 test stand, where Apollo’s Saturn V stages were tested.

Story and image from http://www.boeing.com

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