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Garmin Adds G1000 NXi Upgrade for the King Air C90

OLATHE, Kan.–(BUSINESS WIRE)– Garmin International, Inc., a unit of Garmin Ltd. (NASDAQ: GRMN), today announced certification of the G1000® NXi integrated flight deck upgrade for the King Air C90. With the G1000 NXi, aircraft owners and operators receive a wealth of new features, innovative capabilities and added utility all within a modern flight deck. King Air C90 owners and operators can easily upgrade from the G1000 to the G1000 NXi with minimal aircraft downtime and installation labor to receive a next-generation integrated flight deck.“As the popularity and demand of the G1000 NXi continues to grow, we’re excited to expand the availability of this upgrade to even more aircraft”

“As the popularity and demand of the G1000 NXi continues to grow, we’re excited to expand the availability of this upgrade to even more aircraft,” said Carl Wolf, vice president of aviation sales and marketing. “The G1000 NXi is an advanced flight deck that adds modern features including wireless connectivity, visual approach guidance, SurfaceWatch™, HSI map and more, all of which add tremendous value and advanced capability than ever before into existing King Air C90 aircraft.”

Flight Stream 510 and Connext® technology within the G1000 NXi integrated flight deck enables Database Concierge, the wireless transfer of aviation databases from the Garmin Pilot™ app on a mobile device to the G1000 NXi. Additional features include two-way flight plan transfer, the sharing of traffic1, weather1, GPS information, back-up attitude information and more, between the G1000 NXi and the Garmin Pilot, FltPlan Go and ForeFlight Mobile applications.

Visual approach guidance and map overlay within the horizontal situation indicator (HSI) further enhance the G1000 NXi feature set. Within the HSI map, pilots can overlay NEXRAD, Flight Information Service-Broadcast (FIS-B) weather, weather radar, SafeTaxi® airport diagrams, traffic, terrain and more. NEXRAD weather radar imagery can be overlaid on the moving map and animated on the multifunction display (MFD). Split-screen view is also available on the MFD, offering a simultaneous view of maps, charts, checklists, flight plans and more on a single screen. The addition of sectional charts and IFR low/high enroute charts give pilots convenient access to chart data on the flight display.

The G1000 NXi also supports the display of Automatic Dependent Surveillance-Broadcast (ADS-B) In traffic and subscription-free Flight Information Service-Broadcast (FIS-B) weather. The addition of SurfaceWatch runway monitoring technology provides visual and aural cues to help prevent pilots from taking off or landing on a taxiway, on a runway that is too short or on the wrong runway based on performance data entered during preflight. Visual and audible runway distance remaining annunciations are also available via SurfaceWatch within the G1000 NXi.

Modernized displays offer improved readability, while state-of-the-art processors provide smoother panning throughout the displays and faster map rendering within the G1000 NXi. Because the flight displays initialize in seconds, pilots have immediate access to frequencies, flight plan data and more, saving valuable time in the cockpit. The G1000 NXi integrated flight deck also incorporates contemporary animations and new LED back-lighting, offering increased display brightness and clarity, reduced power consumption, and improved dimming performance.

This upgrade adds to the growing portfolio of aircraft eligible for the G1000 NXi integrated flight deck upgrade, including the King Air 200/300/350, Daher TBM 850/900, Cessna Citation Mustang, the Piper PA-46 and soon, the Embraer Phenom 100. Aircraft owners and operators can easily upgrade to the G1000 NXi with little aircraft down time and disruption of the panel because the displays preserve the same footprint and connectors, so panel and wiring modifications are minimized. The G1000 NXi upgrade for the King Air C90 is available immediately through select Garmin dealers. The upgraded components of the G1000 NXi also come with a two-year warranty, which is supported by Garmin’s award-winning avionics product support team. For additional information regarding the G1000 NXi upgrade for the King Air, contact Scott Frye at 913-440-2412 or scott.frye@garmin.com.

Garmin’s aviation business segment is a leading provider of solutions to OEM, aftermarket, military and government customers. Garmin’s portfolio includes navigation, communication, flight control, hazard avoidance, an expansive suite of ADS-B solutions and other products and services that are known for innovation, reliability, and value. For more information about Garmin’s full line of avionics, go to www.garmin.com/aviation.

Saab Receives Finnish Squadron 2020 Order

Saab has signed a contract with the Finnish Defence Forces Logistics Command, and received an order to provide and integrate the combat system for the Finnish Navy’s new Pohjanmaa-class corvettes within the Squadron 2020 programme.

This follows the previously announced selection on 19 September. The order value is 412 million Euro and the contract period is 2019-2027. The Finnish shipyard RMC Defence will build the Finnish Navy’s four new corvettes, with construction 2022 to 2025. The corvettes will be fully operational by 2028.  

“We are proud that Finland has chosen Saab as combat system provider and integrator for their new corvettes. Saab has a long history in Finland and the Squadron 2020 contract means that we will increase our footprint in and deepen our relationship with Finland for many years to come”, says Micael Johansson, Senior Executive Vice President and Deputy CEO at Saab.

The contract includes, among other things, Saab’s Combat Management System (9LV) and Saab’s radars Sea Giraffe 4A Fixed Face and Sea Giraffe 1X. The communication system TactiCall as well as the remote weapon station Trackfire, are also included in the contract.

“This is going to be the world’s most modern and advanced corvettes, with state of the art technology and capabilities, including the 9LV Combat Management System and the integrated mast featuring Saab’s sophisticated Sea Giraffe 4A Fixed Face radar and the Sea Giraffe 1X radar”, continues Micael Johansson.

Saab will carry out the work in Sweden, Finland, Denmark, Australia and South Africa.

Airbus Announces New and Expanded Capability for OceanFinder

Toulouse, 18 September 2019 – Airbus Defence and Space has released the latest version of OceanFinder, its digital maritime service to detect, identify and track collaborative and non-collaborative vessels around the globe.

First launched in 2018, OceanFinder leverages Airbus’ advanced constellation of optical and radar satellites, combined with real-time global Automatic Identification System (AIS) data, and the latest in automated analytics, to support a broad range of critical applications across defence and security, shipping, oil and gas, and insurance markets.

OceanFinder’s latest updates introduce a number of innovative features – extending the service’s capabilities in several key areas. From today, users will benefit from enhanced imagery and AIS data correlation to identify the precise location of a non-responding vessel in near real-time. This development has been combined with the latest in fully-automated detection and classification, which utilises powerful proprietary algorithms to determine a vessel’s identity in just a few seconds. Subsequently, Airbus’ human analysts are able to focus on providing additional, value-added intelligence, such as interpretation of specific behaviour or threats, without delaying a report’s delivery. New tools have also been incorporated to provide the most relevant acquisition plan to predict routes and projected locations of vessels, based on last position, date, trajectory and speed. 

Several of the unique features have been made possible through a multi-year partnership with exactEarth, a leading provider of satellite-AIS data services. The agreement, which provides OceanFinder with access to exactView RT – exactEarth’s second-generation real-time satellite-AIS data platform – includes all live and archived data.

“By combining Airbus’ satellite imagery with the most advanced AIS data services and analytics, we are positioning OceanFinder as a key reference for maritime detection and identification” said François Lombard, Director of the Intelligence Business for Airbus Defence and Space. “Automation and near real-time are the two pillars through which we will provide our customers with the insights they need to make decisions faster, whether for real-time situational awareness, Search and Rescue operations or location and tracking of illegal maritime activities.”

OceanFinder is accessible through the OneAtlas web portal (oneatlas.airbus.com), enabling customers to ‘self-order’ the required products through a simple user interface that is available 24/7.

Japan’s Military Seek Eighth Straight Annual Defense Spending Hike

TOKYO, Aug 30 (Reuters) – Japan’s military has asked for an eighth straight annual increase in defence spending to help pay for U.S.-made interceptor missiles, stealth fighters, and other equipment it wants to counter threats from North Korea and China.

The Ministry of Defence budget proposal released Friday calls for spending to increase 1.2 percent to a record 5.32 trillion yen ($50.48 billion) in the year starting April 1. Finance ministry officials will scrutinise the request before it is approved by Prime Minister Shinzo Abe’s cabinet.

Already one of the world’s biggest military spenders despite a constitution that forbids the possession of weapons to attack other countries, Japan has increased military outlays by a tenth over the past seven years. That growth is being driven by alarm over military build ups by its neighbours.

Japan’s spending, much of it on advanced weapons from the United States, has benefited the likes of Lockheed Martin Corp and Raytheon Co, and worried local contractors such as Mitsubishi Heavy Industries who have seen their share of defence spending shrink.

U.S. President Donald Trump has thanked Japan for buying the expensive U.S. equipment, helping curtail criticism of Japan amid trade tensions between Tokyo and Washington.

For the next fiscal year, Japan’s defense officials have asked for 115.6 billion yen to buy nine Lockheed Martin F-35 stealth fighters, including for the first time six short take-off and vertical landing (STOVL) B variants that it wants to operate from aircraft carriers. That purchase will help Japan project military power by extending the range at which the country’s Self Defense Forces can operate.

The defence ministry also wants 116.3 billion yen to bolster ballistic missile defences (BMD), including money for a new generation of interceptor missiles designed by Raytheon to shoot down incoming warheads in space. It also wants funds for vertical launch systems for ships and two planned ground-based Aegis Ashore radar missile tracking stations.

($1 = 105.3900 yen)

(Reporting by Tim Kelly; Editing by Michael Perry)

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

  • 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.

Piaggio Aerospace awarded aircraft maintenance Contract

The Italian manufacturer will provide ENAV – the Italian air navigation service provider – with the maintenance of the four P.180s used for flight inspection activities at national airports.

Piaggio Aerospace has been awarded a contract for the maintenance of the P.180s owned by ENAV, the company that manages civil air traffic in Italy. The agreement, with an estimated duration of approximately 7 years, is worth 12.6 million euro and will guarantee integrated logistic support for ENAV’s fleet of four P.180 Avanti II.  

“The agreement signed represents a further step forward in the turn-around process of Piaggio Aerospace”, commented Vincenzo Nicastro, Extraordinary Commissioner of Piaggio Aerospace. “While strengthening the backlog of the Genoa factory-owned service centre, it also confirms the unique expertise of the company in the airframe MRO domain, consolidated throughout decades of activities”. 

The ENAV P.180s perform an average of 1,800 flight hours per year. Thanks to their special equipment, they carry out regular measurements and calibration of airport navaids (Radar, VOR, DME, VDF, ILS etc.) in order to guarantee their continuous operational accuracy, essential for the safety of air navigation.

 A similarly equipped P.180 will be showcased at MAKS ’19, the international air show that will be held at Zhukovsky International Airport (Moscow) from August 27 to September 1. A delegation of Piaggio Aerospace will also be present at the air show.

Lockheed Awarded $1.48 Billion Saudi Missile Defense Contract

WASHINGTON, July 19 (Reuters) – Lockheed Martin was awarded a $1.48 billion contract to build the THAAD missile defense system for Saudi Arabia, bringing the total value of the deal to $5.36 billion, the Pentagon said on Friday.

The new contract was a modification to a previously awarded agreement to produce the Terminal High Altitude Area Defense interceptor for Saudi Arabia, the Pentagon said.

In November 2018, Saudi and U.S. officials signed letters of offer and acceptance formalizing terms for Saudi Arabia’s purchase of 44 THAAD launchers, missiles and related equipment.

In April Lockheed was awarded a $2.4 billion contract for THAAD interceptor missiles, some of which are slated to be delivered to the Kingdom of Saudi Arabia.

The latest contract is for interceptor support items.

Lockheed Martin, the biggest U.S. arms maker, builds and integrates the THAAD system, which is designed to shoot down short-, medium- and intermediate-range ballistic missiles. Raytheon, another U.S. firm, builds its advanced radar.

(Reporting by David Alexander Editing by Tom Brown)

Raytheon Selected for B-52 Bomber AESA Radar Upgrade

Raytheon logo (PRNewsfoto/Raytheon)

EL SEGUNDO, Calif., July 11, 2019 /PRNewswire/ — Raytheon (RTN) was selected by the Boeing Company as radar supplier for the B-52 bomber radar modernization program. Under the contract, Raytheon will design, develop, produce and sustain active electronically scanned array radar systems for the entire U.S. Air Force B-52 fleet. The advanced radar upgrade will ensure the aircraft remains mission ready through 2050 and beyond. Low rate initial production is scheduled to begin in 2024.

With an AESA radar on board, the B-52 will gain improved navigation reliability to support nuclear and conventional missions. Raytheon’s B-52 radar is based on AESA technologies developed from the APG-79/APG-82 radar family.

“When it comes to years spent flying in support of our nation’s defense,” said Eric Ditmars, vice president of Raytheon Secure Sensor Solutions. “Our new AESA radars give aircrews the eyes they need to achieve their mission for the duration of the B-52’s service life.”

The B-52 will also benefit from improved mapping and detection range and an increase in the number of targets it can simultaneously engage. Along with improved capabilities that help crews see further and more accurately, Raytheon’s AESA radar offers greater reliability than the current system because it has no moving parts and uses modern operating software.

About Raytheon
Raytheon Company, with 2018 sales of $27 billion and 67,000 employees, is a technology and innovation leader specializing in defense, civil government and cybersecurity solutions. With a history of innovation spanning 97 years, Raytheon provides state-of-the-art electronics, mission systems integration, C5I™ products and services, sensing, effects and mission support for customers in more than 80 countries. Raytheon is headquartered in Waltham, Massachusetts.

Aeroflot Scales Back Superjet Flights After Fatal Crash

  • Sukhoi plane crash-landed on May 5, killing 41
  • Investigation into crash is ongoing
  • Aeroflot has flown at least 129 fewer Sukhoi flights since the crash
  • Petition to ground plane has over 200,000 signatures

MOSCOW, June 3 (Reuters) – Russian airline Aeroflot has scaled back the number of Sukhoi Superjet 100 flights it operates after one of its planes made a crash-landing last month, killing 41 people, according to data provided by a flight tracking website.

Flightradar24 data shows Aeroflot has also at times substituted Airbus or Boeing planes for the Superjet, the first new passenger jet developed in Russia since the Soviet Union collapsed.

Fallout from the crash risks undermining the aircraft’s reputation at a time when Russia is promoting another domestically made passenger plane, the M-21, as a rival to Boeing and Airbus.

Aeroflot and Sukhoi Civil Aircraft, the Superjet’s maker, declined to comment on the data or on the use of other aircraft instead of the Russian plane. Both the airline, Russia’s national flag carrier, and the manufacturer have said in the past that the aircraft meets all relevant international safety standards and will continue to be made and used.

The cause of the May 5 crash, the second deadly accident involving the Superjet in nine years of service, has not yet been established. Russian authorities said afterwards there was no reason to ground the Superjet.

Yet Aeroflot flew 129 – or about 7% – fewer Superjet flights in the two weeks after the crash than in the previous fortnight, the Flightradar24 data showed.

In one case, frightened passengers on a Sukhoi refused to continue their journey after an aborted take-off, forcing Aeroflot to lay on an Airbus instead, an airline industry source with direct knowledge of the matter said, a version of events corroborated separately by Russia’s RIA news agency.

Aeroflot after the crash began paying extra attention to safety checks and to scale back the Superjet’s usage to try to reassure passengers, the same source said.

More than 213,000 people have signed a petition demanding the plane be grounded since May 5.

‘WHO NEEDS IT?’

Some Russian and foreign operators have complained about the difficulty of servicing the Superjet due to delays in sourcing spare parts. Irish airline CityJet and Belgian carrier Brussels Airlines turned their back on the Superjet citing those reasons.

State officials and airline executives say the airliner spends about half its time on the ground undergoing maintenance, and can fly only about a third as much as foreign-made rivals in a 24-hour period when in use.

They blame a lack of readily available spare parts and the complexity of servicing its engines.

Vitaly Savelyev, Aeroflot’s CEO, told Russian news agency TASS in 2017 that his company, which is majority-owned by the Russian state, might not have bought the Superjet at all if it was a private company.

Aeroflot, which has promised to buy a further 100 Superjets on top of the 49 it has already, is in a difficult situation because of the project’s political importance for Russia.

There are signs however that even some allies of President Vladimir Putin are growing weary of the aircraft.

Valentina Matviyenko, speaker of the upper house of parliament, in November publicly rebuked the transport minister over the large sums she said had been pumped into the Superjet in vain.

Russian newspaper Novaya Gazeta estimated in 2012 that $7 billion had been spent on the project, while Sukhoi has put the figure at $2 billion.

“Who needs it? … It’s not good for anything,” said Matviyenko. “Aeroflot says we bought them and they sit on the ground. Nobody abroad is buying them … What have we achieved?”

Mexican low-cost carrier Interjet, citing maintenance and parts problems, told Mexican daily newspaper El Universal just over a week after the crash that it was trying to sell its 20 Superjets and favoured Airbus 320s instead.

Regional carrier Yamal Airlines, Russia’s second biggest Superjet operator after Aeroflot, said a day after the crash that it was cancelling its planned purchase of 10 of the planes. It cited high servicing costs.

And RusLine, another regional carrier, told Kommersant it was scrapping provisional plans to obtain 18 Superjets as part of a leasing deal. The paper cited RusLine’s owner Nikolai Ulan as saying he thought the plane was safe but that passengers would be afraid to fly on it, making it harder for him to break even. RusLine did not respond to a request for comment.

PASSENGER FEARS

The Superjet, which entered service in 2011, is predominantly operated inside Russia by regional airlines, corporations and government entities. Sukhoi had hoped to sell hundreds, but slack demand means only 138 of the planes are in use.

On the Moscow-Murmansk route, the one taken by the plane involved in the fatal crash, Aeroflot replaced the Superjet with either Boeing 737s or Airbus A320s in the five days after the accident, a practice it partially continued the week after.

This was done in direct response to the crash in order to try to calm passenger fears, the same airline source said.

There have been a spate of safety-related incidents and cancellations since May 5.

In one case, a Superjet flight from Moscow to Riga was held up after passengers noticed a burning smell and demanded a new plane. Engineers found nothing wrong, one of the passengers told state TV.

In another, on May 18, passengers on a Moscow-bound flight from the city of Ulyanovsk took fright after their Superjet aborted take-off because of a warning about the hydraulic system.

“Passengers were told that the flight was being delayed for technical reasons. Of course, after the catastrophe, they started to panic and refused to fly on the same plane. The psychological factor came into play,” the airline source with direct knowledge of the situation told Reuters.

Aeroflot flew the passengers to Moscow the next day on an Airbus A320 and engineers found nothing wrong with the Superjet involved in that incident either, the transport prosecutor’s office said.

Yevgeny Dietrich, Russia’s transport minister, said the situation was not “radically changed” from the pre-crash period.

“In fact, delays and cancellations occurred previously. You simply wrote about them less,” Dietrich told reporters.

His statement and the crash have highlighted the fact that many Superjets do not fly very often.

Flightradar24 data shows that 37 of 127 Superjets in commercial use globally did not make a single flight from April 22 until May 19, and that 45 did not make more than 10 flights during that period.

That tallies with expert reports, which have said foreign-made planes in Russia average nine hours flying time in every 24-hour period compared to between just three and four hours for the Superjet.

The same industry source said only about 50% of Aeroflot’s Superjets flew regularly and that Superjet pilots, who are paid for completed flights, had their salaries topped up to compensate for time spent on the ground.

(Writing by Andrew Osborn and Gleb Stolyarov; Editing by Giles Elgood)

Viking Plans Demonstration Tour for Guardian 400 Twin Otter

Ottawa, Ontario, May 29th, 2019: Today during the CANSEC Defence & Security show, Viking Air Limited of Victoria, British Columbia has announced its plans to hold a world demonstration tour for its Guardian 400 aircraft, the special missions variant of the Viking Series 400 Twin Otter. The world tour will include detailed briefings and demonstration flights in Europe, Africa, Middle East, India, South East Asia, Oceania, and North America.

For the past six months, a production Series 400 Twin Otter has been undergoing modifications to transform into Viking’s Guardian 400 demonstrator aircraft for the proposed world tour. It will feature a right-hand SCAR pod with Hensoldt Argos EO/IR imaging turret, multi-spectral HDTV camera, mega-pixel HD Thermal imager, laser range finder, multi-mode auto tracker, and Remote Image Bus (RIB) video feed for display on the cockpit MFD or crew workstation. The demonstrator will also feature a left-hand SCAR pod with Leonardo Osprey Radar System and Sentient Vidar Camera system.

In addition to its mission sensor package, the Guardian 400 prototype will be equipped with an Airborne Technologies’ tactical workstation with high-definition touchscreen monitors, data/voice/video recorder, Mission Management Unit (MMU), mission radio communications, intuitive hand controller for MCU & SLR camera targeting, CarteNav AIMS mission system software, Kestrel MTI targeting software, and IKHANA ergonomic mission seat for optimized crew comfort. The prototype will also be equipped with Viking conformal bubble windows, left and right wing-mounted hard points by IKHANA, Thunder Bay Aviation stretcher racks, and an aft lavatory for crew comfort.

With a target launch date of September 2019, the Guardian 400 world tour has briefing and demonstration flights proposed throughout Europe, North Africa, Central Africa, Southeastern Africa, the Middle East, Southern Asia, Asia Pacific, North America and will culminate in Ottawa, Canada to coincide with the 2020 CANSEC Defence & Security show.

“As we’ve anticipated development of a Guardian 400 technical demonstrator for many years, to now be able to show off its unique performance capabilities and incredible versatility to interested military and government organizations in their home countries is exciting to say the least,” said Robert Mauracher, Viking executive vice president, Sales & Marketing. “While the tour details are still under development, we encourage interested parties to contact us if they wish to participate in a flight demonstration.”

About the Guardian 400 Twin Otter:

Viking developed the Guardian 400 in response to foreign military and government agency demand for a medium-range maritime patrol, SAR and critical infrastructure platform based on the new Twin Otter Series 400 aircraft. Designed as an economical force multiplier for 21st century surveillance and security requirements, the Guardian 400’s low acquisition and operating costs combined with its modern, flexible architecture allows it to be customized to suit operators’ financial and mission requirements.

The Guardian 400’s robust design, minimal maintenance requirements, and exceptional short-field performance capabilities make it ideally suited for specialized government operations in extreme environments. Certified under the restricted category, the Guardian 400’s increased take-off weight and extended range internal Patrol Tank allow for operational sorties over 10 hours in duration.

Trusted by the governments of Peru, Panama, the United States, United Arab Emirates, and Vietnam, over thirty Twin Otter Guardian 400 aircraft have now entered service in various roles, including maritime surveillance, search & rescue, parachute operations, pipeline monitoring, drug enforcement, medevac, and critical infrastructure support.

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