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Tag: Dependent

Leonardo Technology Chosen for Milan, Italy Airport Systems

Leonardo has strengthened its market position in the airport sector by signing contracts with SEA and SACBO, the respective management companies for Milan Malpensa and Milan Bergamo airports. Malpensa and Bergamo are the second and third busiest airports in Italy.

At Milan Malpensa, Leonardo will replace most of the existing baggage handling infrastructure with a high-tech new system. This will bring the Terminal 1 baggage handling system in line with the new European Civil Aviation Conference (ECAC) ‘Standard 3’, which requires baggage to be subject to rigorous security checks prior to being loaded onto the aircraft. Components of the system will be replaced gradually in order to ensure continuity of services for passengers.

Once fully operational, the system will comprise two MBHS® (Multisorting Baggage Handling System) cross-belt sorters, approximately two and a half kilometres of belts and associated equipment. The new technology will seamlessly interface with the existing system, ensuring that baggage is identified and tracked right from the collection phase at check in and transfers, through to delivery to the final sorting system.

SEA has also chosen Leonardo to provide a surveillance system at Milan Malpensa, primarily to support the management of aircraft and other vehicles in the ground manoeuvring area. The five-year project is based on an “Extended Squitter – Ground Station Network” ADS-B (Automatic Dependent Surveillance – Broadcast) system: 14 fixed stations integrated with 100 VeTWEET transponders on-board airport vehicles. The solution will include a redundant communication system based on the Aeronautical Mobile Airport Communication System (AeroMACS), a wireless broadband technology. AeroMACS has been developed under the SESAR (Single European Sky ATM Research) joint R&D initiative, the technological pillar of Europe’s ambitious Single European Sky (SES) initiative. The innovative technology being supplied by Leonardo is fully compliant with the specifications defined by the International Civil Aviation Organization (ICAO) for a “Mission Critical” environment such as an airport.

In another new contract, Leonardo’s technology has also been chosen by management company SACBO to bring the baggage handling system at Milan Bergamo airport in line with ECAC ‘Standard 3’. This new system will include a Leonardo MBHS® cross-belt sorting machine, providing for the smooth and accurate handling of baggage.

Leonardo is committed to supporting and protecting people and communities all over the world and contributing to sustainable growth via latest-generation technologies, including those in air traffic management and airport logistics. In line with its “Be Tomorrow 2030” strategic plan, the company works towards these goals alongside governments, individuals and industrial partners nationally and internationally.

SEA continues to invest in technology to make passenger journeys ever safer and faster.

British Airways Franchise Partner SUN-AIR Selects Garmin ADS-B solution for Dornier 328 aircraft

Garmin is pleased to announce European Aviation Safety Agency (EASA) approval of an Automatic Dependent Surveillance-Broadcast (ADS-B) solution for the Dornier 328 jet and turboprop aircraft. SUN-AIR Aviation Group has selected a Garmin ADS-B solution for their entire fleet of 18 Dornier 328 aircraft that utilizes a Supplemental Type Certificate (STC) and “plug and play” installation kit from their certification partner Scandinavian Avionics, headquarters of The SA Group. This cost-effective Garmin ADS-B upgrade provides operators with an economical solution for complying with the ADS-B mandate in Europe.

“Garmin continues to lead the industry on a global scale with a broad range of ADS-B solutions that span all segments of aviation, including a wide-range of commercial, defense, regional and business aircraft,” said Carl Wolf, vice president of aviation sales and marketing. “We are thrilled to provide SUN-AIR with a technology solution that is cost-effective, easy to install and keeps them flying so they can continue to serve their valued customers.” 

The ADS-B upgrade for the Dornier 328 is comprised of a pair of GTX 3000 ADS-B transponders and a GPS 3000, a high-integrity SBAS/WAAS position source, and a complete installation kit comprised of a pre-wired shelf, wire harness and consumption material. This solution is designed to easily interface to existing equipment on board the aircraft, reducing installation time and lowering the overall cost of compliance. Together, the GTX 3000 and GPS 3000 serve as a rugged, standalone ADS-B Out solution that meets the stringent demands of transport category aircraft around the globe.

“This Garmin ADS-B solution is an ideal upgrade for our aircraft because the installation design supports an abbreviated maintenance visit,” Kristoffer Sundberg, CEO SUN-AIR airlines. “For our workhorse fleet of aircraft, efficiency and minimal aircraft downtime are key, and Garmin and Scandinavian Avionics have addressed this with a straightforward upgrade.” 

Designed by Scandinavian Avionics, the STC and slide-in rack contains all of the necessary Garmin equipment and paperwork for the ADS-B Out solution. Scandinavian Avionics has completed the initial installation on a prototype aircraft and expects to complete the upgrade on the entire SUN-AIR fleet in the coming months. 

“Alongside Garmin, we have designed this STC so that Dornier 328 operators can take advantage of the installation efficiencies this upgrade affords,” said Michael Truelsen, CEO Scandinavian Avionics. “We look forward to continuing to work with Garmin to expand the aircraft eligibility list for this all-in-one, turn-key solution.” 

The GTX 3000 and GPS 3000 Garmin ADS-B Out solution for the Dornier 328 has received EASA approval and is available immediately. For additional information regarding the STC, contact SUN-AIR or Scandinavian Avionics. Visit www.garmin.com/aviation for additional information.

President Trump Issues Order Ground Boeing 737 MAX Aircraft

WASHINGTON (Reuters) – The United States on Wednesday grounded Boeing Co’s 737 MAX jets, citing new satellite data and evidence from the scene of Sunday’s crash of an Ethiopian Airlines plane that killed 157 people, the second disaster involving the 737 in less than five months.

It was the second time the U.S. Federal Aviation Administration has halted flights of a Boeing plane in six years. It had grounded the 787 Dreamliner in 2013 because of problems with smoking batteries.

Shares of the world’s biggest plane maker, which were up earlier in the session, fell 2 percent to $370.48. The shares have fallen about 13 percent since Sunday’s crash, losing about $32 billion of market value.

Shares of Southwest Airlines Co, which has the largest fleet of 737 MAX aircraft, fell 0.4 percent.

“The agency made this decision as a result of the data gathering process and new evidence collected at the site and analyzed today,” the FAA said in a statement, shortly after U.S. President Donald Trump announced the planes would be grounded.

“This evidence, together with newly refined satellite data available to FAA this morning, led to this decision.”

The grounding will remain in effect as the FAA investigates.

Boeing, which maintained that its planes were safe to fly, said it supported the move to temporarily ground 737 MAX flights.

The United States joins Europe, China and other countries in grounding Boeing’s newest plane since the Ethiopian Airlines flight crashed soon after taking off from Addis Ababa.

The still-unexplained crash followed another involving a Boeing 737 MAX in Indonesia five months ago that killed 189 people. Although there is no proof of any link, the twin disasters have spooked passengers.

The grounding was welcomed by air workers in the United States.

“He (Trump) did the right thing by grounding this fleet, both for air travelers and aviation workers,” John Samuelsen, international president of the Transport Workers Union of America, which represent aviation workers and flight attendants, told Reuters shortly after the announcement.

“Our members are excited, and are no longer concerned about stepping into a workplace which could lead to the end of their lives, potentially.”

NEW SATELLITE DATA

Canada also grounded 737 MAX jets on Wednesday, saying satellite data suggested similarities to the previous crash involving the same plane model in October.

U.S.-based aircraft-tracking firm Aireon provided the satellite data to the FAA, Transport Canada and several other authorities, company spokeswoman Jessie Hillenbrand said.

Aireon’s space-based system can monitor data from aircraft equipped with Automatic Dependent Surveillance-Broadcast (ADS-B) transponders. The data is considered less detailed than that in black boxes, which look at systems running inside the plane.

Earlier on Wednesday, Germany’s federal agency responsible for investigating air accidents said it would not analyze the black box from the Ethiopian Airlines plane, casting uncertainty over the process of finding out what may have caused the disaster. The U.S. FAA said the black boxes were headed to France later on Wednesday.

Ethiopian Airlines spokesman Asrat Begashaw said it was still unclear what happened on Sunday, but its pilot had reported control issues as opposed to external factors such as birds.

“The pilot reported flight control problems and requested to turn back. In fact he was allowed to turn back,” he said.

(Reporting by David Shepardson in Washington, Kumerra Gemechu in Gora-Bokka, Ethiopia, David Ljunggren in Ottawa; Additional reporting by Duncan Miriri and Aaron Maasho in Addis Ababa; Doina Chiacu in Washington, Omar Mohammed and Maggie Fick in Nairobi; Tim Hepher in Paris; Jamie Freed in Singapore; Terje Solsvik in Oslo; Aditi Shah in Mumbai; Sanjana Shivdas in Bengaluru; Aleksandar Vasovic in Belgrade; Julie Gordon in Ottawa; Angela Moon in New York; Writing by Andrew Cawthorne, Frances Kerry and Bill; Rigby; Editing by Gareth Jones, Nick Zieminski and Grant McCool)