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Changes Adopted Following KiwiRail Track Damage Report

August 16, 2021 /

KiwiRail and Auckland Transport are already making changes to address issues raised by a report into track damage through Rolling Contact Fatigue that led to widespread speed restrictions across the Auckland rail network.

The Auckland RCF Working Group Root Cause Assessment Report, prepared for KiwiRail and Auckland Transport, identified multiple causes, with historic underinvestment in Auckland’s rail track infrastructure identified as one of the key factors. The report also pointed to insufficient rail grinding, poor underlying track condition, the design of the EMU trains and the wheel rail interface.  Auckland’s climate is also another likely contributor.

KiwiRail Chief Operating Officer Todd Moyle acknowledged the report’s findings, and said work was already well advanced to implement recommendations made in the report.

Todd Moyle says that 130km of rail was replaced in just seven months and KiwiRail is now working through the second phase to repair the more complex sections of track.

The track remediation work is part of a $1.5 billion programme of work to modernise and improve the Auckland metro rail network. Other projects include the ‘third main’ project to ease congestion and allow for extra services on the busiest part of the network between Westfield and Wiri, the extension of electrification to Pukekohe, and three new stations at Drury and Paerata.  When complete, Auckland commuters and freight customers will enjoy a more resilient and reliable network.

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.

New Amtrak Acela Trains Stimulate Nationwide Economy

December 7, 2019 /
  • 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.

Lincoln Electric SUV to use Ford-backed Rivian ‘Skateboard’ Chassis

November 28, 2019 /

DETROIT — A battery-powered Lincoln SUV, due in mid-2022, will be the first Ford Motor Co. vehicle built on a custom electrified chassis that resembles a skateboard, which was developed by Ford-backed startup Rivian, according to several people familiar with the program.

The all-wheel-drive Lincoln SUV could compete against Rivian’s R1S, an electric sport utility vehicle slated to go into production in early 2021 that will be priced from $72,500. Both models will use Rivian’s so-called skateboard, a flexible platform that combines electric motors, batteries, controls and suspension.

On Tuesday, Ford declined to comment. Rivian did not respond to a request for comment.

The new Lincoln, which carries the internal program code U787, also could compete with premium offerings from others, including General Motors Co, which plans to introduce at least two new electric SUVs by 2023, one for Cadillac and one that could revive the Hummer name, sources have said.

Ford invested $500 million in Rivian this year and plans to help it begin production next year at a former Mitsubishi plant in Normal, Illinois.

When Ford made the investment, it said it would use Rivian’s skateboard to develop its own electric vehicle, but did not disclose details.

It is not clear where Ford intends to build the Lincoln SUV, which will be among the first of several battery-powered utility vehicles planned for Ford’s premium brand in North America and China, according to supplier sources familiar with those programs who asked not to be identified.

Ford expects to introduce a compact Lincoln electric crossover in late 2021 or early 2022 and a mid-size companion in 2023, the sources said.

The U.S. auto industry plans to invest billions of dollars over the next few years to build all-electric pickups and SUVs, sectors of the market that have been among the most profitable, especially for Detroit-based automakers.

But analysts have questioned whether demand from consumers and commercial customers will come close to matching production.

Founded in 2009, Rivian has raised $1.9 billion from investors, including e-commerce giant Amazon, which has ordered 100,000 electric delivery vehicles from Rivian. The first Amazon vans will be built in Normal and are to be delivered in 2021.

Ford aims to sell an electric F-series pickup in late 2021, sources have said. It also will offer the electric Mustang Mach E SUV next year as part of plans to invest $11.5 billion by 2022 electrifying its vehicles.

FAA Mandates Changes to Boeing 787 Dreamliner

May 1, 2019 /

SEATTLE (Reuters) – The U.S. Federal Aviation Administration on Wednesday said it was mandating new flight control software and parts to Boeing Co’s 787 Dreamliner to address what it called an unsafe operating condition of certain products on the plane.

The FAA’s airworthiness directive to plane operators makes compulsory changes Boeing outlined in service bulletins in 2017 and early 2018 for certain areas in 787’s tire and wheel “threat zones” that may be susceptible to damage, the company said.

Boeing, which works closely with the FAA to monitor its fleet for potential safety issues, said: “This issue has been long since resolved with system improvements that have been incorporated into production for all 787 models.”

The FAA said damage to the 787’s tire and wheel “threat zones” could result in the loss of braking and steering power on the ground at certain speeds.

The FAA said it requires installing hydraulic tubing, a pressure-operated check valve and new flight control software.

(Reporting by Eric M. Johnson in Seattle; editing by James Dalgleish and Cynthia Osterman)

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