Tag: Technologies (Page 5 of 7)

Airbus C295 First Fixed-Wing Search and Rescue Platform to Feature Pro Line Fusion™ Avionics from Collins Aerospace

November 16, 2019 / WIL BALDWIN

– Features night-vision goggle compatibility, Head-Up Displays and Synthetic Vision for mission success

– Advanced human-machine interface will reduce pilot workload

– Touch-screen capabilities to increase ease of operation

DUBAI, United Arab Emirates, Nov. 16, 2019 /PRNewswire/ — Airbus’ new C295 tactical aircraft will come equipped with Collins Aerospace System’s state-of-the-art Pro Line Fusion™ flight deck, significantly advancing the capabilities of C295 operators. The selection marks the first fixed-wing search and rescue platform to include Pro Line Fusion among its standard equipment. Collins Aerospace is a unit of United Technologies Corp.

The Pro Line Fusion flight deck designed for the C295 includes key features to help operators during search and rescue, and other tactical missions, being equipped with:

Four 14.1-inch (35.8 cm) touchscreen displays to provide a more intuitive interface for pilots to interact and customize their information on the flight deck
Night-vision goggle capability to help ensure successful missions in low light conditions
Head-Up Displays that enable the pilot to keep their eyes up for enhanced situational awareness
Enhanced Vision System (EVS) sensor that allows pilots to see through low-visibility conditions
Overlaid weather radar that shows a graphical depiction of weather along the flight plan for easy viewing
Integrated Terrain Awareness and Warning System that enables high-resolution 3D obstacle depiction and enhances mission safety
Fully integrated Mission Flight Management Systems supporting Search and Rescue patterns, Computed Air Release Points and High Altitude Release Points

In addition, the flight deck was designed to meet evolving airspace and regulatory requirements, future-proofing it for years to come.

“This flight deck implementation is a great example of how Collins Aerospace is able to apply the latest commercial avionics technology and integrate it with military functions and capabilities to create the perfect fit for our customers,” said Dave Schreck, vice president and general manager for Military Avionics and Helicopters at Collins Aerospace. “Our Pro Line Fusion integrated avionics system will reduce pilot workload and increase ease of operation for all future C295 operators.”

Canada’s Royal Canadian Air Force (RCAF) will serve as the launch customer for the C295 with the first delivery expected before the end of the year.

Union Pacific Reports Positive Train Control Progress

November 3, 2019 / WIL BALDWIN

Union Pacific 4014 “Big Boy” steam locomotive visits Tucson, Arizona on October 18,2019

Union Pacific implemented Positive Train Control (PTC) on 1,113 route miles in the third quarter of 2019, bringing required PTC-operated route miles to 15,791 or 93 percent, including all required passenger train routes. Nearly all Union Pacific trains operating on PTC-mandated rail lines are operating with PTC locomotives. The company expects to have implemented PTC on all required lines by end of 2019, a year before the Congressional deadline. Its interoperability efforts with other railroads will continue through 2020.

Union Pacific currently hosts 31 freight and passenger railroads, which must achieve PTC interoperability by December 2020. Eleven of these railroads are already compliant, encompassing 85% of Union Pacific’s interoperable PTC train miles. While Union Pacific’s infrastructure is PTC-ready, it is working to be PTC-interoperable with the remaining partner railroads. The company’s expectation is that they will take necessary steps to reach interoperability on our network by mid-2020.

One of the most challenging parts of PTC implementation is ensuring system interoperability among all U.S. rail lines and locomotives. Given the various readiness levels of North American freight and passenger railroads, including publicly funded commuter lines and short lines, it is important that all railroads continue working together to maintain the health, safety, resiliency, and fluidity of the rail network during PTC implementation.

Union Pacific completed PTC installation on required route miles and employee training. PTC education is ongoing as Union Pacific retrains employees and introduces the system to new employees. Training materials are tailored to a variety of employee roles, including engineer, conductor, dispatcher, maintenance of way/engineering, mechanical, signal, telecom and information technologies.

With the FRA’s conditional approval of Union Pacific’s PTC safety plan on April 26, 2017, Union Pacific is running PTC operations on more than 15,000 miles in Arizona, Arkansas, California, Colorado, Idaho, Illinois, Iowa, Kansas, Louisiana, Minnesota, Missouri, Nebraska, Nevada, New Mexico, Oklahoma, Oregon, Tennessee, Texas, Utah, Washington, Wisconsin and Wyoming. Union Pacific and freight and passenger railroads continue working together to safely implement PTC on the remaining 1,271 required route miles.

Bane NOR and Siemens Mobility Celebrate Milestone in Digitalization of Norway’s Rail Network

November 2, 2019 / WIL BALDWIN

Campus Nyland test, training and signaling simulation center opens
European Rail Traffic Management System (ERTMS) latest in intelligent infrastructure
Nordlandsbanen will open first digital signaling railway in October 2022

Bane NOR and Siemens Mobility celebrated the opening of Campus Nyland, a test, training and signaling simulation center which will help the rail network operator prepare for the digitalization of the entire system. Norway has committed to becoming the first country to operate with a single digital interlocking and ERTMS signifies one of the country’s largest digitalization projects. In 2022, the first digital line, Nordlandsbanen, will open. In advance, the Campus Nyland center will prepare workers for working within the digital system, ERTMS. The intelligent infrastructure behind ERTMS will reduce operating costs and increase capacity throughout the network. In addition, it will enhance safety, with real-time visibility of trains across the network. When complete in 2034, the system will include 4,200 km of track and more than 350 stations.

“Siemens Mobility is the main supplier to the Norwegian ERTMS program with their infrastructure, including interlockings and radio block centres (RBC). The Siemens Mobility solution is leading edge based upon an IP based architecture. With a strong technical roadmap and a proven ability to deliver, Siemens Mobility is the ideal partner for Bane NOR in this challenging program. We are thrilled to work together with Siemens Mobility to develop the digital rail,” said Sverre Kjenne, Executive Vice President Digitalisation and Technology, Bane NOR.

“Norway is on track to become the first country to operate in the “one country, one interlocking” architecture making it at the forefront of digitalization. Our intelligent infrastructure will ensure that the system operates efficiently. The digital interlocking, with IP controlled field components, and ERTMS are the backbone to greatly improving operations and maintenance. This architecture also opens the door for future developments such as implementing driverless technologies, moving the interlocking to the cloud, which would make proprietary hardware and spare parts a relic of the past, and would make data instantaneously available to transportation operators,” stated Michael Peter, Siemens Mobility CEO. “Campus Nyland is an important milestone in turning this vision into reality.”

Campus Nyland will be an industry center for digital education and will house more than 5,000 employees, who will learn the necessary digital skills needed to ensure ERTMS is successful when it goes operational. These will include individuals from Bane NOR, train companies, maintenance companies and contractors. Bane NOR will facilitate simulator training as well as physical training facilities. New technology, such as virtual reality, will be used to communicate how the tracks are built with ERTMS, as well as the design of trains and traffic control centers. More than 150 different scenarios are available for training within the highly digital training hub.

In the spring of 2020, the Roa – Hønefoss ERTMS test line opens. The new signaling technology will be monitored and tested from Campus Nyland.

The next important milestone in turning ERTMS into a reality will be the digitalization of the first Norwegian rail line. In October 2022, Nordlandsbanen, which operates from Grong to Bodø, and represents about 12 percent of the Norwegian railway will go operational.

New Swiss A220 Jet Engine Failure Forces Checks

October 15, 2019 / WIL BALDWIN

PARIS/ZURICH (Reuters) – U.S. engine maker Pratt & Whitney faces new checks on engines for small jetliners after an engine failure forced a Geneva-bound Swiss jet to divert to Paris and prompted a brief grounding of the rest of the airline’s Airbus A220 fleet.

French air crash investigators classified the problem that disrupted the Swiss flight shortly after departure from London Heathrow on Tuesday as a “serious incident” and said it would be investigated by the U.S. National Transportation Safety Board.

It was the third engine incident involving the same airline and model of jet in as many months and resulted in a small amount of debris being scattered as the aircraft landed at Paris Charles de Gaulle, an airport source told Reuters.

It came just hours after France’s BEA agency launched an unusual appeal for 150 volunteers to scour an uninhabited wood in eastern France for a titanium engine part dating from the first blowout in July, which affected a Geneva-London flight.

A second incident in September caused a Swiss A220 to divert to Geneva, but on that occasion the engine’s housing contained fragments torn loose from the engine, the BEA said.

Swiss, owned by Germany’s Lufthansa <DLAKY>, said after Tuesday’s incident it had initially grounded its fleet of Airbus <EADSY> A220 jets for a “comprehensive inspection” of their engines.

Late on Tuesday, it said the first aircraft had already returned to service but that the inspections had forced it to cancel 100 flights, affecting 10,000 passengers.

Operations are expected to return to normal from Thursday.

ADDITIONAL CHECKS

Tuesday’s incident highlighted scrutiny of the performance of new-generation Geared Turbofan engines developed by Pratt & Whitney, a unit of United Technologies Corp <UTX>.

A spokesman for the engine maker said it was recommending additional checks for versions of the engine that power the Airbus A220 – an engine known as the PW1500G – and a rival Brazilian jet, the Embraer 190/195-E2.

A similar engine for the larger A320neo family, Airbus’ most-sold aircraft, was not affected.

“Pratt & Whitney and our airframe OEMs (manufacturers), working in coordination with the regulatory authorities, have recommended additional inspections of the low-pressure compressor for PW1500G and PW1900G engines to keep the fleet operational,” a spokesman said.

“The engines continue to meet all criteria for continued airworthiness. We are working closely with our customers to minimise disruption to their operations.”

Prompted by the earlier incidents in July and September, the U.S. Federal Aviation Administration ordered inspections on the same engine part in A220s and some Embraer jets in September.

On Tuesday, Delta Air Lines <DAL> said its A220 jets were flying as normal.

Air Baltic, which also flies the A220, said it was closely following Pratt’s latest recommendations but that it used a different version of the PW1500G engine from Swiss.

A total of 90 of the 110-130-seat A220 aircraft have been delivered, initially by Canada’s Bombardier <BDRBF> which designed the carbon-fibre jet, and later by Airbus, which bought the loss-making programme last year.

Airbus said it was working with Pratt & Whitneyand would co-operate with any investigation.

In Brazil, Embraer <ERJ> had no immediate comment.

The company uses Pratt’s PW1900G engine in larger versions of its upgraded 80-120-seat E2 jets.

It has delivered six E190-E2 planes split between Norwegian carrier Wideroe and lessor Aercap <AER>, and one E195-E2, which is not yet in commercial service but has been delivered to Brazilian airline Azul SA <AZUL>.

Azul said its operations were not affected.

(Reporting by Tim Hepher in Paris, Tracy Rucinski in Chicago, John Revill in Zurich, Michael Shields in Vienna, Marcelo Rochabrun in Sao Paulo, Allison Lampert in Montreal, Laurence Frost in Paris; Editing by Jane Merriman and Matthew Lewis)

Collins Aerospace’s ARINC Rail Solution to Integrate Operations for Central Puget Sound Regional Transit Authority

October 11, 2019 / WIL BALDWIN

New Passenger Information Management System will create a single technology information delivery platform for Link light rail vehicles, Sounder Commuter Rail trains and Tacoma Link light rail vehicles
Secure, scalable and flexible to meet future agency expansion needs for all transit modes

ANNAPOLIS, Md. (Oct. 11, 2019) – The Central Puget Sound Regional Transit Authority – known as Sound Transit – will be streamlining its operations and improving the passenger experience via a new Passenger Information Management System (PIMS) being implemented by the ARINC rail solutions team at Collins Aerospace Systems, a business unit of United Technologies Corp. (NYSE: UTX).

PIMS will transform operations for Sound Transit’s Link light rail vehicles, Sounder Commuter Rail trains, and Tacoma Link light rail vehicles by integrating information services for all three transit modes into a single enterprise solution. Doing so will enable real-time data acquisition and processing to predict train arrival, which can provide passengers with reliable and accurate audio and visual message delivery on all rail cars and transit platforms. In addition, the solution will offer a Google Transit Feed to be used by Sound Transit to transmit messaging to the general public via the Internet. This open architecture-based solution provides the scalability and flexibility required for any future agency expansion needs across all transit modes.

Along with the strict and rigorous requirements for sustained operations, open integration and prediction/arrival train calculations, cybersecurity for the PIMS project and other critical digital systems is at the forefront for Sound Transit. The ARINC cybersecurity team will be performing security hardening and implementation services aligned with American Public Transportation Authority guidelines and best practices throughout every stage of the project from the design phase to system commissioning and throughout revenue service. Applying these tools and techniques will reduce vulnerabilities within the PIMS systems and applications on a continuous basis.

“As the current provider of Sound Transit’s train control system, we will leverage technology and provide new applications that build upon our current passenger information product suite to quickly design, integrate, secure and install the next generation PIMS solution,” said Frank Koren, director of Business Development within the Information Management Services division at Collins Aerospace. “Sound Transit has committed to significantly expand its transit services, which comes with the need to provide ongoing high-quality customer experiences. Our proven track record of developing cutting-edge customer information systems will help them ensure they do so for years to come.”

*Collins Aerospace is providing Sound Transit with a Passenger Information Management System to help streamline its operations and improve the passenger experience.*

Collins Aerospace SelfPass Biometric Solution to Streamline Boarding Process at Las Vegas International Gates

September 28, 2019 / WIL BALDWIN

ANNAPOLIS, Maryland – Passengers traveling through Las Vegas’ McCarran Airport can look forward to a new streamlined journey with Collins Aerospace Systems’ SelfPass™ biometric solution. The solution, which is set to be installed at all of McCarran’s international gates, and will be available for demonstration at the Annual Airports Council International-North America conference this week in Tampa, Florida. Collins Aerospace is a unit of United Technologies Corp. (NYSE: UTX).

With SelfPass, there is no pre-registration required. Passengers simply step up to the camera for a facial scan to validate their identity against the U.S. Customs and Border Protection Traveler Verification Service, which retrieves their boarding details, and they then proceed to board the aircraft through the auto boarding gate.

“We have a 20-year history of successfully collaborating with McCarran Airport and we’re ready to help them streamline the passenger journey even further with expanded use of our SelfPass biometric solution,” said Christopher Forrest, vice president of Global Airport Systems for Collins Aerospace. “SelfPass takes less than one second to capture and process a passenger’s facial image and eliminates the need to repeatedly present travel documents, making the process more efficient for both passengers, airlines and airports.”

SelfPass is already live with one airline following a trial throughout the summer. Wider deployment of SelfPass is set to commence in November with the addition of a second airline. In all, 19 airlines will be operational when the installation is complete.

In additional to SelfPass, Collins Aerospace has been a long term provider of other key solutions that improve efficiencies at McCarran Airport. The ARINC MUSE Common-use passenger processing solution enables multiple airlines to share check-in desks and departure gates, the ARINC BagLink™ supports efficient and accurate baggage sorting and loading, and ARINC supplies self-service kiosks throughout the facility.

China Out in Force at Frankfurt Car Show

September 11, 2019 / WIL BALDWIN

FILE PHOTO: Supercar Hongqi S9 is unveiled next to FAW Group Chairman Xu Liuping at the 2019 Frankfurt Motor Show (IAA) in Frankfurt, Germany. September 10, 2019. REUTERS/Wolfgang Rattay/File Photo

FRANKFURT (Reuters) – Chinese suppliers and manufacturers have stepped up their presence at the Frankfurt auto show, capitalizing on a strong position in electric technologies forced on European carmakers by regulators seeking to curb pollution.

Though the number of exhibitors has fallen to 800 in 2019 from 994 in 2017, Chinese automakers and suppliers now make up the biggest foreign contingent, with 79 companies, up from 73.

Several European and Japanese carmakers including Fiat , Alfa Romeo, Nissan and Toyota have skipped the show as the industry cuts costs.

Europe’s automakers face multibillion-euro investments to develop electric and autonomous cars, forcing them to rely on Chinese companies for key technologies such as lithium ion battery cell production, an area where Asian suppliers dominate.

German firms are striking major deals with Chinese suppliers to help them meet stringent EU anti-pollution rules, which were introduced in the wake of Volkswagen’s 2015 emissions cheating scandal.

“All carmakers face the challenge that they will have to fulfill fleet consumption targets,” Matthias Zentgraf, regional president for Europe at China’s Contemporary Amperex Technology, told Reuters.

Zentgraf said he expected further supply deals to be struck in Europe this year following agreements with BMW and Volkswagen.

Daimler on Wednesday said it had chosen China-backed Farasis Energy to supply battery cells for its Mercedes-Benz electrification push.

Farasis is building a 600 million euro ($663 million) factory in east Germany, close to where Chinese rival CATL is erecting a 1.8 billion euro battery plant.

SVOLT Energy Technology, which was carved out of China’s Great Wall Motor Co, told Reuters it would start building battery cells in Europe at a new 2 billion euro plant in 2023.

TIPPING POINT

Chinese companies are also giving Europe more attention since the United States and China embarked on a global trade war, which has resulted in tariffs.

“We put Europe up in priority,” said Daniel Kirchert, chief executive of Chinese electric car maker Byton.

“We are at a tipping point” for acceptance of electric vehicles in Europe, Kirchert, a former BMW executive, added.

Byton has taken its prototype vehicles on road shows in Europe, and received expressions of interest from 20,000 customers, he said. In electric vehicle hot spots, such as Norway and the Netherlands, “we see a very positive response.”

Byton plans to export vehicles from its factory in Nanjing, to Europe in 2021, Kirchert said, adding that exporting to the United States would be a challenge if Washington and Beijing did not resolve their trade war.

He said Byton still hoped to launch in the United States in 2021, but tariffs would threaten the company’s goal of selling vehicles at a starting price of about $45,000.

“We decided no matter what” Byton will launch in the United States, even at a higher price, he said.

China’s Great Wall Motor may consider building car manufacturing facilities in the European Union once its sales there hit 50,000 units a year, its chairman told Reuters at the show.

German carmakers have been forced to accelerate electrification plans after the EU imposed a 37.5% cut in carbon dioxide emissions between 2021 and 2030 in addition to a 40% cut in emissions between 2007 and 2021.

PSA Group Chief Executive Carlos Tavares used the show to step up criticism of Europe’s aggressive approach toward emissions limits.

“The word dialogue has become meaningless in Europe,” he said, referring to the requirements placed on the auto industry.

“Politicians can decide rules without any discussion with industry,” he told journalists on the sidelines of the show.

Electric cars made up only 1.5% of global sales last year, or 1.26 million of the 86 million passenger vehicles sold, JATO Dynamics said.

If carmakers fail to meet the 2021 targets they could face a combined 33 billion euros in fines, analysts at Evercore ISI have estimated.

They also estimate it will cost the auto industry an aggregate 15.3 billion euros to comply, assuming a 60 euro cost per gram to reduce CO2 emissions for premium carmakers and 40 euros per gram of CO2 reduction for volume manufacturers.

(Writing by Edward Taylor; Editing by Mark Potter)

A woman cleans the prototype of a Chinese car at the IAA Auto Show in Frankfurt, Germany, Monday, Sept. 9, 2019. The IAA officially starts with media days on Tuesday and Wednesday. (AP Photo/Michael Probst)

Collins Aerospace and L3 Harris to Support New C-130H Aircraft Cockpit Capabilities

August 30, 2019 / WIL BALDWIN

1970s era aircraft to be updated with Flight 2 Avionics
Will support extension of life of the aircraft by 20 years
Provides pilots increased situational awareness and reduces workload

CEDAR RAPIDS, Iowa (Aug. 28, 2019) – Collins Aerospace Systems, a unit of United Technologies Corp. (NYSE: UTX), has been selected by L3Harris Technologies to play a key role in the U.S. Air Force’s C-130H Avionics Modernization Program Increment 2 (AMP INC 2) program. The fleet of 176 C-130H aircraft, operated by the Air National Guard and U.S. Air Force Reserve, will be equipped with Collins Aerospace’s Flight2™ integration avionics system and will expand the company’s position as a global leader in C-130 modifications.

Once on contract, Collins Aerospace’s Flight2 avionics will replace over 100 analog instruments in the current cockpit with seven multifunctional displays (MFD), three control display units (CDU), and a new digital autopilot. These new systems will reduce workload, improve the pilots’ situational awareness, and improve the safety and reliability of the aircraft. The new displays also make it easier for the pilots to overlay flight plans, see nearby points-of-interest and view radar and threat information.

“Prior to our selection for the AMP INC 2 program, 190 C-130 aircraft have already been modified, or are on contract to be modified, with our proven Flight2™ avionics. Our history of successful installations played a big role in our selection,” said Dave Schreck, vice president and general manager for Military Avionics and Helicopters at Collins Aerospace. “These aircraft are important to national security, and by working with L3Harris, our integrated avionics system will support the extension of the life of the planes for another 20 years.”

The avionics contract adds to the suite of nose-to-tail solutions that Collins Aerospace provides for the C-130 aircraft. Other products include propellers, wheels, brakes, secure communications, Head-up Displays/Enhanced Vision Systems (HUD/EVS) and advanced cargo loading systems.

Dozens of Airbus A380’s Face Urgent Checks

August 21, 2019 / WIL BALDWIN

LONDON, Aug 21 (Reuters) – Investigators probing an engine explosion on an Air France A380 in 2017 are studying a possible manufacturing flaw in a recently salvaged cracked part in a move likely to trigger urgent checks on dozens of Airbus superjumbos, people familiar with the matter said.

The focus of a two-year-old investigation into the mid-air explosion over Greenland, which left the plane carrying more than 500 passengers with the front of one engine missing, has switched to the recently recovered “fan hub,” the people said.

The titanium alloy part is the centrepiece of a 3-metre-wide fan on engines built for the world’s largest airliner by U.S.-based Engine Alliance, co-owned by General Electric and United Technologies unit Pratt & Whitney.

It had sat buried in Greenland’s ice sheet since September 2017 when one of four engines on Air France flight 66 abruptly disintegrated en route from Paris to Los Angeles. It was prised from the ice in June after a high-tech aerial radar search.

Confirming the focus of the probe after Reuters reported the plans for inspections, France’s BEA air accident agency said it had discovered a “sub-surface fatigue crack” on the recovered part and the engine maker was preparing checks.

The people familiar with the matter linked the crack to a suspected manufacturing flaw and said the checks – to be carried out urgently on engines that have conducted a certain number of flights – would affect dozens of the double-decker jets.

The people said the suspect part was fabricated on behalf of consortium member Pratt & Whitney, which declined to comment.

Engine Alliance is one of two engine suppliers for the Airbus A380 in competition with Britain’s Rolls-Royce.

Its engines power a total of 152 aircraft or just over 60 percent of the 237 A380s in service.

Besides Air France, other airlines operating the A380 with Engine Alliance powerplants include Dubai’s Emirates, Qatar Airways, Abu Dhabi-based Etihad and Korean Air.

The checks will involve taking some planes out of service outside their usual maintenance schedules, one source said.

Investigations are not complete and are likely to tackle other features such as the loads or physical forces at play. Experts say air accidents are rarely caused by isolated factors.

Europe’s Airbus declined to comment.

SIOUX CITY REMEMBERED

Nobody was hurt in the September 2017 incident, in which the Air France superjumbo diverted safely to Goose Bay in Canada.

Although rare, uncontained engine failures, in which shrapnel capable of puncturing the fuselage exits an engine at extremely high speeds, automatically raise alarm.

The checks come weeks after relatives marked 30 years since an engine failure left a United Airlines DC-10 with almost no control, culminating in the death of 111 out of the 296 people on board during an attempted landing at Sioux City, Iowa.

U.S. investigators cited a defective titanium alloy part and weak inspection procedures, although they also praised the “highly commendable” performance of the crew of flight 232.

The July 1989 crash sped up improvements in manufacturing methods for titanium alloy. Experts say hidden internal defects in such parts are unusual but remain difficult to detect.

Titanium alloy is used widely in aerospace, which is the metal’s biggest customer due to its strength compared to the weight of each part and its ability to handle high temperatures.

(Reporting by Tim Hepher; Editing by Sudip Kar-Gupta and Elaine Hardcastle)

Collins Aerospace to Support F-35 and CH-47F Fleets for Royal Netherlands Air Force

August 19, 2019 / WIL BALDWIN

Craig Bries, vice president and general manager, Avionics Service and Support for Collins Aerospace and Lieutenant General J.D. Luyt, Commander of the Royal Netherlands Air Force, commemorated the collaboration at a signing ceremony earlier this year.

Collins Aerospace to establish first-of-its-kind F-35 pilot readiness center
Onsite field service engineers will reduce turnaround time for CH-47F fleet

CEDAR RAPIDS, Iowa (Aug. 19, 2019) – Collins Aerospace Systems, a unit of United Technologies Corp. (NYSE: UTX), will play an important role in maintaining the readiness of the Royal Netherlands Air Force (RNLAF) F-35 and CH-47F fleets by providing local field service engineers, test capabilities and the first F-35 global pilot readiness center. The company recently signed a multi-platform Letter of Intent with the RNLAF to provide support at both Soesterberg, and Woensdrecht Air Base, The Netherlands.

A highlight of the Letter of Intent is that it foresees a first-of-its-kind pilot readiness center that would provide on-location helmet fitting, flight simulators and altitude chamber training for F-35 pilots. In addition, Collins Aerospace intends to provide local field service engineers and test capabilities at the Woensdrecht Air Base to reduce turnaround time on CH-47Fs and maintain the RNLAF fleet’s readiness levels. Collins Aerospace has an unmatched level of expertise on both platforms as the original equipment manufacturer for the avionics suite of the CH-47F Chinook, and components in the F-35 Helmet and flight simulator.

“Collins Aerospace and the RNLAF are working toward a common goal of supporting the new F-35 pilot readiness center and maximizing the availability of CH-47F avionics,” said Craig Bries, vice president and general manager, Avionics Service and Support for Collins Aerospace. “Our legacy as an avionics leader makes us the perfect partner to help ensure these fleets are ready at a moment’s notice.”

Work to establish the pilot readiness center, and to place local support personnel, is slated to begin in early 2020.

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