Copenhagen, Denmark, October 12, 2023 – A.P. Moller – Maersk (London: 0O77) is embarking on a collaboration with Starlink, the pioneering satellite internet constellation developed by Space Exploration Technologies Corp., commonly referred to as SpaceX. SpaceX was founded in 2002 by Elon Musk of Tesla (Nasdaq: TSLA) fame.
Maersk, the global leader of integrated container logistics, will have Starlink installed on more than 330 own operated container vessels. This will enabling high-speed internet with speeds over 200 Mbps, service that is a leap forward in terms of internet speed and latency bringing significant benefits in terms of both crew welfare and business impact.
The agreement comes after a successful pilot phase where crew members on more than 30 Maersk vessels have had the opportunity to test the Starlink technology – resulting in very positive feedback.
Saab has entered a Memorandum of Understanding (MoU) with Nammo and Nordic Shelter to support the ongoing GLSDB (Ground-Launched Small Diameter Bomb) campaign.
The new agreement was announced during a signing 23 November 2021 in Oslo, Norway. Nammo will contribute with its expertise in rocket motor development and production as part of the GLSDB propulsion sub-system. Nordic Shelter brings the knowledge and experience needed for the development and production of a modular GLSDB launcher, based on a purpose built 20-foot ISO-container.
GLSDB is a long range, precision artillery system developed by Saab and Boeing. The system is based on Boeing’s air-launched Small Diameter Bomb, which has been in production since 2006, with more than 30 000 units shipped. GLSDB enables Small Diameter Bomb to be ground-launched from a wide variety of launchers and configurations.
Airbus Helicopters has delivered the first H225M in naval combat configuration to the Brazilian Navy. Stationed at the naval base in São Pedro d’Aldeia, the aircraft will boost the Brazilian Navy’s mission capabilities including anti-surface warfare and maritime surveillance.
Developed by the engineering team at Helibras (the Brazilian subsidiary of Airbus Helicopters), this naval version of the H225M aircraft is the most complex configuration that has ever been produced for this multirole helicopter. The aircraft’s embedded systems include the EWS IDAS-3 (countermeasure system), MBDA Exocet AM39 B2M2 missiles, the APS143 tactical radar and the naval mission system N-TDMS (Naval Tactical Data Management System) developed in partnership with Atech and Airbus Defense and Space, which is responsible for making the command and control of all embedded systems, including the missile system.
The last stage of the firing campaign with the Exocet AM39 B2M2 missiles was successfully carried out last June, representing a major milestone in the programme, which led the way to qualification and delivery.
The naval H225M is part of the contract signed by the Brazilian government in 2008 and which includes 50 H225Ms to be operated by the three armed forces. So far, 39 H225Ms have been delivered to the Brazilian Armed Forces, all of them assembled locally by Helibras.
The Spanish state-owned rail operator RENFE has awarded Stadler a contract to deliver 59 commuter trains, which also includes the spare parts and maintenance for 15 years. This award is one of the batches in the bidding for the high-capacity trains tendered by the Spanish operator. Stadler proposes to maximize the capacity by using double-deck coaches with a scalable length from 100 to 120 meters and from 160 to 240 meters. The Iberian-gauge trains will operate on 3 kV DC overhead lines reaching a maximum speed of 140 km/h. They will provide the commuter service in the largest Spanish cities.
This is the first time that RENFE will order trains from Stadler. The new trains shall be developed and produced in Stadler’s plant in Valencia. The contract envisages an option for 44 additional units as well as their maintenance.
Iñigo Parra, CEO Stadler Valencia, said: “We’re excited about the decision from RENFE and their trust in Stadler. We were chosen to provide trains in our factory in Spain for the Spanish commuter service – this makes us proud.”
Stadler Cal Train rendering of the double decker coaches
BRISBANE, Australia, Feb. 15, 2021 /PRNewswire/ — Astronauts aboard the International Space Station (ISS) are conducting experiments with an antimicrobial surface coating designed to fight the spread of bacteria and viruses, including the Earth-bound SARS-CoV-2 virus responsible for the current COVID-19 pandemic. Developed by Boeing [NYSE: BA] and The University of Queensland (UQ), the joint research project was tested aboard Boeing’s ecoDemonstrator last year as part of the company’s Confident Travel Initiative.
The ISS experiment tests two identical sets of objects, including an airplane seat buckle, fabric from airplane seats and seat belts, and parts of an armrest and a tray table. One set received the antimicrobial surface coating, the other did not. ISS crew members are touching both sets of objects every few days to transfer microbes naturally occurring on human skin; no microbe samples were sent to the station for this experiment. Later this year, the test objects will be returned to Earth for analysis at Boeing’s labs to measure the effectiveness of the surface coating in a space environment.
An antimicrobial surface coating in a spacecraft could help ensure the health of the crew and protect the spacecraft’s systems from bacteria – and ultimately may help prevent interplanetary contamination from Earth-borne or another planet’s microbes.
Boeing was selected by NASA as the prime contractor for the ISS in 1993. Since then, Boeing has provided round-the-clock engineering support – maintaining the station at peak performance levels through dynamic missions and ensuring that the full value of the unique research laboratory is available to NASA, its international partners and private companies for years to come.
Since 2003, Boeing and The University of Queensland have collaborated on a broad portfolio of joint research and development projects. In 2017, the Brisbane-based Boeing Research & Technology engineers relocated to the university in a first-of-its-kind partnership for the company’s Asia-Pacific region.
The Australian Institute for Bioengineering and Nanotechnology (AIBN) at UQ has been a driver for multidisciplinary research to tackle global problems. The AIBN houses over 400 researchers across a wide range of scientific disciplines.
Boeing is the world’s largest aerospace company and leading provider of commercial airplanes, defense, space and security systems, and global services. As a top U.S. exporter, the company supports commercial and government customers in more than 150 countries. 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.
Battery-powered tram offers major benefits of requiring no overhead wires or other electrified infrastructure – saving on costs and visual impact
On-board batteries allow energy to be additionally recovered during breaking
Trial in Florence aims to allow mobility firm to offer battery-trams globally
Tram adds to the growing list of battery products being developed as Hitachi puts decarbonisation and sustainability at the heart of its global strategy
Hitachi Rail has successfully tested its first battery-powered tram in Florence – an important milestone towards expanding the firm’s offer to market the vehicles across the world.
While traditional tram lines require electrified infrastructure – usually overhead wires supported by poles or pylons – that are expensive to install and visually unattractive. Battery trams offer the opportunity to run high capacity public transport through city centres, while saving millions on installing wires and reducing the visual impact on beautiful historic streets, like Florence.
The trial involves installing battery packs on an existing Hitachi-built Sirio tram, which covered a section of the line under battery power. The innovation allows power to be returned to the batteries when the train breaks, reducing the overall amount of energy consumed and protecting the environment.
This news is the latest in a number of announcements from the global mobility firm as expands its sustainability credentials and its zero-carbon offer to its customers around the world. Hitachi recently announced the trial of a battery train in the UK and delivery of hybrid trains in Italy, having built one of the world’s first battery powered train fleets that operates in Japan.
Hitachi has a rich heritage of building trams and tramways in Europe and in Asia, and is involved in new tram and metro infrastructure projects in the Americas and in the UK.
Andrea Pepi, Head of Sales and Projects Italy, Hitachi Rail said: “Our aim is to use our technology and our work to help build a sustainable society and contribute to the well-being of people around the world by improving their quality of life.”
“This is a key milestone as we pioneer this new technology that allow us to work with our customers to reduce infrastructure costs while still offering environmentally-friendly public transport. We hope this successful trial in Italy creates new opportunities for us across the world.”
The Mayor of Florence, Dario Nardella said: “We are happy that Hitachi Rail has chosen the tramway in Florence to test this innovation. Battery-powered trams can revolutionize this type of service within cities. Public transport, especially in historic centers, will have to be less impactful and increasingly sustainable. This marks another significant step forward for the tramways in Florence.”
Twinjet, s-duct, winglets, contra-rotating propellers: the aviation industry has developed numerous configurations over the last five decades that have enabled aircraft to fly higher, faster and longer. Now, Airbus engineers are unveiling a new configuration as part of the ZEROe programme that could enable a passenger aircraft to fly farther than ever without emissions.
The innovative approach consists of six, eight-bladed “pods” mounted beneath the aircraft wing. While the “podded” engine is not a new concept in aviation, these “pods” are not designed to be driven by any ordinary propulsion system: hydrogen fuel cells are among the key components.
“The ‘pod’ configuration is essentially a distributed fuel cell propulsion system that delivers thrust to the aircraft via six propulsors arranged along the wing,” explains Matthieu Thomas, ZEROe Aircraft Lead Architect. “Hydrogen fuel cells have very different design considerations, so we knew we had to come up with a unique approach.”
Indeed, hydrogen fuel cell technology has yet to be scaled up to a passenger-size large commercial aircraft. Smaller experimental hydrogen aircraft, comprising up to 20 seats, can rely on a traditional fixed-wing configuration with two propellers. But more passenger capacity and longer range require another solution. This is why Airbus is studying a variety of configurations, including “pods,” to determine which option has the potential to scale up to larger aircraft.
Airbus-led consortiums have recently won a series of contracts to shape the future of EGNOS, the European Geostationary Navigation Overlay Service. EGNOS enhances Galileo and GPS signals to provide augmented safety of life services.
EGNOS V3, set to replace the current version, is already being developed by a consortium of 20 European companies led by Airbus. It will enable ‘Category I’ automatic landing of aircraft – with the flight crew supervising – in weather conditions where it would otherwise be dangerous or impossible to operate.
To prepare EGNOS V3 Evolutions, the European Space Agency (ESA) has awarded a new study contract to Airbus. The focus is on the use of the augmentation service for stringent operations like Category II approach and landing under very low visibility conditions going beyond the current EGNOS V3 performance requirements.
Preceding this, Airbus has been conducting an innovative study under the ESA NAVISP Programme to assess the potential of sensor fusion techniques, for aviation applications demanding stringent performance requirements aiding operations under low visibility conditions. The study assesses the fit and the benefits of this approach to the Positioning Navigation & Timing (PNT) requirement adherence, in particular for the Satellite Navigation.
In addition, Airbus, together with European partners, has won a series of contracts from the European Global Navigation Satellite Systems Agency (GSA) and ESA to extend EGNOS service use for the safe operations of railways. The resulting projects are:
– CLUG (Certifiable Localisation Unit with GNSS): GNSS could prove a game changer for the European railway network by enabling a significant reduction of trackside equipment and by improving localisation performance. This project is performing mission analysis/needs identification and a preliminary feasibility study of an on-board localisation unit.
– GREET (GNSS for the Railway EnvironmEnT) ESA recently awarded Airbus a study for the development of a railway GNSS receiver chain to support the testing and validation of integrity concepts, algorithms, and techniques for receivers in railway environment.
– EGNSS-R (European GNSS for Rail): Rail signaling systems are used to safely control traffic in order to prevent train collisions. The project aims to define a new GNSS augmentation service for improved rail signaling, along with an implementation roadmap.
ATR, the world number one regional aircraft manufacturer, has released two new editions of its Upgrades Catalogues. They now offer 120 solutions – developed either internally or externally – to ATR operators wishing to upgrade their aircraft with state-of-the-art designs and capabilities.
The creation of a catalogue of external changes – Supplemental Type Certificates (STC) and minor modifications developed and provided by external Design Organisation Approval (DOA) partners – is a major step forward for the market-leading turboprop manufacturer. ATR can now complement its own expertise with the know-how and resources of reliable external partners – Aero Engineering Services, Akka Technologies, ECM Skyservices, Eirtech Aviation Services, PMV Engineering and Recaero.
With solutions ranging from cabin reconfigurations, in-flight entertainment systems and avionics upgrades, to freighter conversions, ATR operators have access to a vast range of possibilities for their brand new or second-hand aircraft to explore new business opportunities, and enhance passenger experience and aircraft performance. All of these solutions have been either developed by ATR or benefit from the manufacturer’s expertise, which guarantees their optimal integration within the aircraft environment.
Queensland is poised to take another bold step in aerospace and advanced manufacturing with an historic opportunity to be the final production home for unmanned defence aircraft – the first military aircraft to be designed, engineered and manufactured in Australia in more than 50 years.
Premier Annastacia Palaszczuk said a visionary new partnership with Boeing Australia means more high-skilled jobs, local supply opportunities and defence industry stimulus as Queensland continues to recover and grow from the COVID downturn.
Our investment in this advanced manufacturing project will provide critical skills for suppliers, academia and Boeing, and culminate in Queensland becoming the primary final assembly facility for the Boeing Airpower Teaming System, conditional on orders.
The first aircraft prototype, called the Loyal Wingman, was unveiled with the Royal Australian Air Force in May this year.
Treasurer Cameron Dick said the Boeing partnership demonstrated the Palaszczuk government’s commitment to advanced manufacturing.
“Manufacturing is a vital part of the Queensland economy, which is why supporting manufacturing is one of the centrepieces of our Unite and Recover Economic Recovery Plan,” the treasurer said.
“Our government’s longstanding commitment to advanced manufacturing is one of the reasons Queensland is already home to Boeing’s largest workforce outside the United States.
“Boeing has 1,700 staff in Queensland and supports 400 Queensland-based suppliers.
Boeing Australia, New Zealand and South Pacific President Brendan Nelson said the partnership with the Queensland government to develop an advanced manufacturing capability was a significant milestone for the company.
“This includes introducing technologies such as advanced robotics; investment in universities, small-to-medium enterprises and start-up companies; as well as creating global export opportunities for Australia’s supply chain.
