Embraer today announced that the Synthetic Vision Guidance System (SVGS) for the midsize Praetor 500 and super-midsize Praetor 600 business jets was awarded certification by both the civil aviation authority of Brazil, Agência Nacional de Aviação Civil (ANAC), and the civil aviation authority of the United States, the Federal Aviation Administration (FAA). Embraer is the first OEM to receive SVGS certification approval.
The SVGS provides pilots with a dynamic perception of position, trend, and motion, facilitating the transition to utilizing visual references and enabling the safe completion of more missions during inclement weather and lower ceiling approaches. The system allows pilots to operate the aircraft to a decision height of 150 feet (SA-CAT I), as opposed to the regular decision height of 200 feet, increasing operational efficiency and allowing access to several airports during inclement weather and lower ceiling approaches. The SVGS can be used with or without the Head-Up Display (HUD) and is now available for new aircraft and fully retrofittable on all Legacy 450, Legacy 500, Praetor 500, and Praetor 600 aircraft at any Embraer Owned or Authorized Service Center.
“At Embraer, we are committed to continuously improving our already industry-leading products to deliver the ultimate experience in business aviation. Just two months after certifying the electric pocket door and making the HEPA filter standard, we are proud to certify another Praetor 500 and Praetor 600 innovation,” said Michael Amalfitano, President & CEO, Embraer Executive Jets. “Thanks to our unparalleled engineering team and world-class partnership with Collins Aerospace, Embraer is proud to offer business aviation’s first Synthetic Vision Guidance System on the Praetor 500 and Praetor 600, further solidifying their position as the most disruptive and technologically advanced midsize business jets in the market.”
Independent of the Embraer Enhanced Vision System (E2VS), the SVGS is an optional addition to the acclaimed Collins Aerospace Pro Line Fusion flight deck on the Praetor 500 and Praetor 600. The SVGS can be installed either with or without E2VS, delivering even greater flexibility and safety options. When installed alone, SVGS allows for enviable situational awareness, without the investment required for E2VS. When installed together, the aircraft’s operational efficiency is further improved, allowing for even better utilization of the Praetor’s unparalleled short runway performance.
– One of many pilot-friendly features aboard the Global 7500 aircraft, dual HUD capability allows co-pilot to benefit from Enhanced and Synthetic vision for increased situational awareness
– Flagship Global 7500 aircraft redefines what is possible on a business jet with numerous innovations and the industry’s most advanced flight deck
– The Global 7500 aircraft boasts the longest range and the smoothest ride, and has demonstrated outstanding performance during its first 18 months in service
Bombardier is pleased to announce it has delivered the first Global 7500 aircraft equipped with a dual head-up display (HUD). This first-in-class capability provides additional safety and redundancy to what is already the most advanced and pilot-friendly cockpit in business aviation.
“The delivery of the first Global 7500 aircraft with a dual HUD showcases our outstanding commitment to safety,” said Michel Ouellette, Senior Vice President, Program Management and Engineering, Bombardier Aviation. “This cockpit is designed to put technology and automation at the service of the crew, rather than creating technology that the crew has to manage.”
The sophisticated HUD on the Global 7500 aircraft is equipped with Enhanced and Synthetic vision systems for optimal situational awareness. The second HUD builds on these advantages, with benefits including increased contribution from the co-pilot during HUD-assisted operations, easier switching between pilot flying and pilot monitoring as well as valuable redundancy during low-visibility approaches.
The Global 7500 aircraft is equipped with the latest Bombardier Vision flight deck, featuring unprecedented automation that remains firmly at the service of the crew. Examples include fully automatic fuel transfer and cabin pressurization management, and start-up sequences that are greatly simplified compared to those of other business jets. The unique, automated, self-diagnostic, electronic checklists ensure accuracy and relieve unnecessary manual tasks while providing full visibility to the crew. The Global 7500 aircraft’s proven fly-by-wire system is engineered to maximize safety through a design that combines pilot authority and the industry’s most complete flight envelope protection.
Complementing the safety attributes of the flight deck, the Global 7500 aircraft boasts outstanding low-speed handling characteristics on takeoff and landing, as well as the short-field performance of a light jet.
Agile, purpose-built and designed for the Army’s evolving missions
Boeing [NYSE: BA] is offering the U.S. Army an agile, fully integrated, purpose-built system for the Future Attack Reconnaissance Aircraft (FARA) prototype competition.
Boeing FARA is designed to meet the Army’s current mission needs while evolving as technologies and missions change. The thrust compounded single-main rotor helicopter boasts a six-bladed rotor system, a single engine, tandem seating and a modular, state-of-the-art cockpit with a reconfigurable large area display and autonomous capabilities.
“We’re offering more than a helicopter – we’re offering an affordable and fully integrated system for the Army, the mission and the future. We’ve blended innovation, ingenuity and proven rotorcraft experience with extensive testing and advanced analysis to offer a very compelling solution,” said Mark Cherry, vice president and general manager of Boeing’s Phantom Works.
The fly-by-wire design leverages more than 65 years of rotorcraft experience, proven advanced and additive manufacturing technology, and product commonality driving down risk and costs. The system will provide seamless capability within the Army ecosystem to include Long-Range Precision Fires and air-launched effects.
“We listened to the Army, assessed all alternatives, and optimized our design to provide the right aircraft to meet the requirements,” said Shane Openshaw, Boeing FARA program manager. “We are offering a very reliable, sustainable and flexible aircraft with a focus on safety and the future fight.”
FARA will fill a critical gap in Army aviation for an advanced light attack and reconnaissance capability, previously held by the now-retired Bell OH-58D Kiowa Warrior.
For more information about Boeing FARA and its features, visit www.boeing.com/FARA.
GTN 650Xi & GTN 750Xi modernize cockpit navigation and are available immediately
OLATHE, Kan.–(BUSINESS WIRE)– Garmin International, Inc., a unit of Garmin Ltd. (NASDAQ: GRMN), today announced the GTN™ 650Xi and GTN 750Xi, the next generation of in-flight navigation technology. Designed as a direct slide-in upgrade to the previous generation GTN 650/750, pilots can preserve their panel and modernize the cockpit with the new GTN 650Xi and GTN 750Xi. The all-in-one GPS/NAV/COMM boasts a feature-rich multifunction display and can integrate with new or existing remote-mount equipment such as a transponder or audio panel. Dual-core processors and modern hardware also prepare the GTN Xi series for advanced capabilities in the future. The GTN 650Xi and GTN 750Xi have received Federal Aviation Administration (FAA) approval and are available immediately for fixed-wing single-engine and multi-engine piston, turbine and experimental aircraft, with helicopter and business aircraft approvals soon to follow.
GTN 750Xi and GTN 650Xi in the panel of a Bonanza (Photo: Business Wire)
“After decades of innovation and pioneering the GPS/NAV/COMM, we’re excited to bring the fourth generation GTN 650Xi and GTN 750Xi to the market,” said Carl Wolf, vice president of aviation sales and marketing. “Garmin was the first to introduce the all-in-one navigator with the iconic GNS 430/530. Over time the GNS WAAS and the industry-first GTN 650/750 touchscreen navigators were added to the line-up along with state-of-the-art features such as voice control, wireless connectivity and more. As the leader in GPS cockpit navigation, we have brought the most widely adopted navigators to the industry and with the GTN 650Xi and GTN 750Xi, we’re excited to add one more to the family.”
Modern processing power and state-of-the-art hardware within the GTN 650Xi/750Xi supports faster map rendering and smoother panning throughout the touchscreen navigator. It boasts a large, ultra-high-resolution display and wide viewing angle that offers superior readability in the cockpit. The displays initialize within seconds of start-up, providing immediate access to frequencies and flight plan information, saving valuable time in the aircraft. Preserving the same form factor as the previous generation GTN 650/750, the 6-inch-tall GTN 750Xi and the 2.65-inch-tall GTN 650Xi offer an intuitive touchscreen design with a dedicated direct-to button and dual concentric knob that provide added convenience when interfacing with the display.
Retaining all the features of the GTN 650/750, the GTN Xi series adds a vibrant display and vivid colors that enhance the contemporary look of the new navigators. When installed alongside a G500 TXi or G600 TXi flight display, the GTN Xi series brings a new level of modernization to the cockpit. Highly complementary, the GTN Xi and the TXi flight displays share similarities in display, appearance and hardware qualities. For example, both products feature an angular bezel so the pilot has a near-seamless experience when transitioning between the touchscreen flight display and the navigator.
The GTN 650Xi/750Xi offer advanced navigation functions, including ILS and LPV instrument approach procedures, as well as visual approach guidance. Based on a published glide path angle or a three-degree glideslope from the threshold of the runway, visual approaches also take into account terrain and obstacle clearance to assist pilots in flying a stabilized approach to the runway in visual flight conditions. Approach types that incorporate radius-to-fix (RF) leg types are also supported by the GTN Xi series. Additional capabilities include the option to add a published or custom holding procedure, vertical navigation (VNAV), graphical flight plan editing on the moving map and more.
The colorful, multifunction display-like map allows pilots to better visualize their dynamic position relative to potential hazards, such as terrain, weather and traffic. Geo-referenced instrument approach procedures can be overlaid on the map page, offering superior situational awareness when transitioning from the enroute to approach phase of flight. Terrain alerting is included within the GTN Xi series and further enhances situational awareness by using its internal terrain and obstacle database to provide audible and visual terrain proximity alerts, including, “terrain ahead, pull up” and “obstacle ahead, pull up.” Helicopter Terrain Awareness and Warning System (HTAWS), TAWS-A and TAWS-B are available as options.
Superior integration with an array of avionics on the market make the GTN 650Xi/750Xi a simple and straightforward solution to incorporate into any cockpit. Options for remote audio panel or transponder display and control allow aircraft owners to simplify their panel. When paired with a Garmin autopilot, such as the GFC™ 500 or GFC 600, pilots can fly fully coupled VNAV profiles and instrument approach procedures. Pilot workload-reducing features such as Telligence™ voice control are also available within the GTN Xi when paired with the optional GMA™ 35c. When paired with a GSR 56 Iridium datalink, global text and voice calling can be completed through the touchscreen display on the navigator.
Wireless connectivity is available with the optional Flight Stream 510, allowing pilots to connect their mobile devices running the Garmin Pilot™ and FltPlan Go applications to the GTN 650Xi/750Xi. When connected to the navigator, pilots can save time in the cockpit by wirelessly transferring aviation databases and flight plans from their mobile device to the navigator. Flight Stream 510 also supports the sharing of traffic, weather, GPS position information and more. The GTN Xi series is also compatible with the cost-effective Garmin navigation database.
The GTN 650Xi and GTN 750Xi have received FAA Supplemental Type Certification (STC) and are available immediately through Garmin Authorized Dealers for a suggested retail price of $12,495 and $17,995 respectively. A free GTN Xi trainer app is also available for download on Apple mobile devices, which allows customers to experience the feature set of these navigators. A new GTN Essentials 2.0 eLearning Course provides instruction on best practices for operational use of the new GTN Xi series and can be accessed via this website: https://buy.garmin.com/en-US/US/p/712644. The GTN Xi series come with a two-year warranty and are supported by Garmin’s award-winning aviation support team, which provides 24/7 worldwide technical and warranty support. Garmin was awarded top honors last year in avionics product support for the 16th straight year by Aviation International News,and earned the top spot in the annual avionics product support survey conducted by Professional Pilot magazinethis year, also for the 16th consecutive year.
MD Helicopters, Inc. announces a strategic teaming agreement with Elbit Systems Ltd (ESL) to deliver next-generation weapons and mission management capabilities to its MD 530G Block II (BII) Scout Attack Helicopter. The proven, pilot-centric Integrated Weapons System (IWS) is comprised of a Helmet Display and Tracking System (HDTS), Weapons Management System (WMS) and Mission Management System (MMS).
“Design and disruption are the cornerstone of all product development efforts,” said Lynn Tilton, Chief Executive Officer for MD Helicopters, Inc. “This partnership with Elbit Systems, Ltd. will allow us to rapidly expand the capabilities of the MD 530G, resulting in a next-generation, advanced light scout attack helicopter solution that will set a new standard in this highly competitive class.”
In line with MD Helicopters’ commitment to delivering excellence and innovation in design, the integrated, advanced avionics suite utilizes an intuitive Human Machine Interface (HMI), multi-functional smart displays and next-generation applications to deliver a fully compatible multi-mission cockpit that reduces pilot workload, increases efficiency of crew operations, and delivers increased lethality for a range of operational parameters.
Helmet Display & Tracking System (HDTS)
The HDTS configuration supports both daytime and nighttime operation, allowing the pilot to intuitively maneuver the aircraft into attack positions and engage targets heads-up and eyes out.
Weapons Management System (WMS)
The advanced digital WMS will allow the MD 530G BII Scout Attack Helicopter to support a comprehensive array of suppressive firepower options as well as unguided and guided munitions, including Hellfire Missile and, with authorized customer demand, APKWS. Standard configuration includes support for M260 Rocket Pods, HMP 400 Digital Gun Pods, RMP Digital Gun/Rocket Pods, and the M134D-H Mini-Guns. Critical weapons management functions, such as weapon activation and HDTS operation, will be integrated into the cyclic grip and collective for both pilots.
Mission Management System (MMS)
The main component in the MD 530G BII Scout Attack Helicopter MMS is the Digital Mapping application (DMAP) managed by a touch screen graphical user interface (GUI). This moving map display will give pilots greater situational awareness with aircraft positions, known threats, and friendly locations plotted. The aircraft’s EO/IR solution will integrate directly with the new MMS to enable detect and store intelligence. Detect and store intelligence ensures that once a target has been acquired, the crew can choose to attack with guided weapons from a distance, or unguided munitions using the ballistics Continuously Calculated Impact Point (CCIP) displayed over the HDTS.
The enhanced Integrated Weapons System, certified and in use on fixed and rotary wing medium and heavy attack platforms already in service with U.S. and Allied forces around the world, will deliver greater mission flexibility and improved operational performance, making the already multi-mission-capable MD 530G perfectly suited for Close Support operations including attack, forward air control, armed reconnaissance, counter-insurgency, and observation.
“These are exciting times at MDHI,” said Stephen Suttles, Vice President of Commercial and Military Sales and Marketing for MD Helicopters, Inc. “Competition is a good thing in our business. We believe that the limited market penetration by others in this space is an incredible advantage for us, and we are confident in our ability to deliver equitable precision capabilities backed by an unmatched history of safety and survivability sooner than our competitors, and at a much better price point.”
“A proven and iconic light scout attack helicopter platform, the addition of this elegant, technically superior solution elevates the MD 530G BII to best-in-class status,” Tilton concludes. “My team has delivered industry-leading rotorcraft solutions for decades. Now partnered with the Elbit Systems team, we are poised to bring a new level of customizable, operator-focused solutions to U.S. and Partner Nation aviation forces.”
MD Helicopters anticipates live fire events with a production-quality test asset in 2020.
Saab and Vū Systems are launching a Next Generation Enhanced Flight Vision System (EFVS) solution using new passive millimetre wave (PMMW) technology, enabling pilots to see and land in low-visibility conditions at all times.
The Saab Vū EFVS enables commercial operators to maintain their schedule, while their competitors are forced to delay or cancel flights. It is the first system to provide reliable performance, unlocking access to airports in all weathers, without the need for conventional CATII/III infrastructure. The new Saab Vū EFVS provides the ability for take-off and landing in adverse weather conditions, including zero-visibility environments.
“The new system offers unmatched operational and safety advantages. Being able to take-off and land in low to zero-visibility environments radically reduces costs, increases safety and reduces environmental impact. This benefits pilots, operators and society as a whole. We are proud to be working together with Vū Systems to make this significant innovation commercially available,” says Jan Widerström, head of business unit Avionics Systems, within Saab business area IPS.
Every year, commercial aviation all over the world incurs massive financial losses as a result of delays and cancellations due to low visibility weather. In the USA alone, these additional costs amount to billions of dollars.*
To provide a solution to the impact of weather on U.S. flight operations, new FAA regulations (14 CFR 91.176) now permit landing without natural vision. The new regulations are performance based, meaning the performance of the EFVS sensor is critical to the operational value. The performance of the current EFVS sensors is limited by the atmospheric attenuation in the infrared band.
The Saab Vū EFVS solution is not affected by weather, enabling pilots to achieve Equivalent Visual Operations (EVO) and see runways at distances of two miles and more in zero-visibility conditions.
“This strategic arrangement with Saab means we can supply this revolutionary technology through a qualified supply chain to larger commercial customers, benefiting the aviation industry globally, by enabling them to take off and land when their competitors cannot,” says Stedman Stevens, CEO at Vū Systems.
Through a strategic partnership with Vū Systems, who developed the first commercially available PMMW sensor, Vū Cube, the Saab Vū EFVS exceeds the new regulatory performance goals. This unique solution comprises a new, sophisticated PMMW sensor and software that optimizes the sensor images with IR and synthetic vision, projected on the new Saab Head-Up Display (HUD). It provides pilots with the complete solution and the means necessary to land safely regardless of thick fog, snow, rain, smog, dust, smoke and clouds.
A day after unveiling the new PC-12 NGX single-engine turboprop aircraft at the National Business Aviation Association’s annual Convention and Exhibition (NBAA-BACE), Pilatus reports very strong demand for the new aircraft across the global Authorised Pilatus Sales Centre network.
Based on the PC-12 airframe, of which more than 1,700 aircraft have been delivered, Pilatus introduces the third major evolution of the aircraft, named the PC-12 NGX. Markus Bucher, CEO of Pilatus, revealed the new aircraft at a ceremony on Monday evening. More than 200 guests were on hand for the aircraft’s public debut.
First customers of brand-new PC-12 NGX
On the first public day of NBAA-BACE, three customers were eager to be first in line to purchase the new advanced version of the PC-12.
Australian born Dion Weisler, President and CEO of HP, is the first owner to upgrade from his PC-12 NG to the new NGX. Dion Weisler said: “As an existing, proud and active owner-pilot of a 2017 PC-12 NG, I am amazed by the substantial innovation improvements in what I thought was an impossible aircraft to improve on. I am thrilled to be customer number one for the new PC-12 NGX. Pilatus has done it again – reimagined aviation and taken an already perfect aircraft and magically redefined perfection.”
The first US customer of the new PC-12 NGX is Shon Boney, Co-Founder of Sprouts Farmers Markets, an American supermarket chain. The new PC-12 NGX will actually be Shon Boney’s fourth PC-12.
João Carlos Marinho Lutz will be the first Brazilian customer to take delivery of the new PC-12 NGX. Currently flying a non-pressurised turboprop, he chose the new Pilatus aircraft, because “only the PC-12 NGX can reach farms in remote places where I need to go and amazing destinations in Brazil with comfort, speed and efficiency.”
The new PC-12 NGX is already certified
The PC-12 NGX features a completely new BMW Designworks interior, larger cabin windows inspired by the PC-24 and fully reclining executive seats. The new Pratt & Whitney Canada PT6 E-SeriesTM engine comes with the Electronic Propeller and Engine Control. A fully integrated digital autothrottle and new avionics features by Honeywell, including a touch screen controller, emergency descent mode, tactile roll feedback and protection, and a low speed propeller quiet mode are just some of the features of the new cockpit environment.
The PC-12 NGX prototype first flew in December 2017. More than 600 hours of testing and certification flying were accumulated in Europe, USA and Canada as Pilatus quietly developed the new aircraft. The PC-12 NGX received certification just one week ago on Monday, 14 October 2019.
Pilatus will begin customer deliveries of the new PC-12 NGX early in the second quarter of 2020. The first production PC-12 NGX with serial number 2001 is present on the static display of Pilatus throughout the NBAA-BACE. Contact Pilatus or your nearest Authorised Pilatus Centre for aircraft availability.
(Reuters) – A World War Two-era B-17 bomber trying to make an emergency landing at an airport near Hartford, Connecticut, crashed and burned on Wednesday, killing seven people on board and closing the airport for several hours, authorities said.
The Boeing B-17 Flying Fortress took off from Bradley International Airport on Wednesday morning and the crew contacted the air traffic control tower five minutes later to report a problem, National Transportation Safety Board member Jennifer Homendy said at a news conference.
During the crew’s attempt to land back at the airport, the plane struck stanchions near a runway and careened across a grassy area and a taxiway before striking a de-icing facility, said Homendy, whose agency sent a 10-member team to investigate the crash.
Rescue crews from numerous emergency response agencies raced to the scene where a plume of thick, black smoke billowed skyward after the crash.
Seven people died in the crash and six others, including a worker in the de-icing station, were treated for injuries ranging from minor to critical, James Rovella, commissioner of the Department of Emergency Services and Public Protection, told the news conference.
A total of 13 people were on board the plane, including three crew members, Rovella said.
The names of the seven people who died have not been released pending notification of all the victims’ families. All the victims were adults, Rovella said.
ESCAPE HATCH
Some people on the plane opened an escape hatch and helped others get out, he said.
“During the course of the next coming days, you’re going to hear about some heroic efforts from some of the individuals that were in or around that plane,” he said.
The airport, located in the town of Windsor Locks, was closed for about 3-1/2 hours after the crash.
The plane was operated by the Massachusetts-based Collings Foundation, which is dedicated to the preservation and public display of automotive and aviation-related history.
“The Collings Foundation flight team is fully cooperating with officials to determine the cause of the crash of the B-17 Flying Fortress and will comment further when details become known,” the foundation said in a statement.
The vintage plane was one of only 18 B-17 aircraft still operating in the United States.
Reporting by Peter Szekely and Maria Caspani in New York, Alex Dobuzinskis in Los Angeles and David Shepardson in Washington; Editing by Jonathan Oatis and Peter Cooney
Comment: I have made several pilgrimages to see the Collings Foundation aircraft over the years, and some of my personnal photos of this aircraft can be seen below. Thank you
Two ATRs to be part of the permanent exhibition as early as 2020
A spectacular operation took place from the 26 – 30 August, centred around Aeroscopia: five aircraft were delivered in convoy to the aeronautical museum, where they will be on public display as of next year. Those five aircraft included the third ATR to come off our assembly lines, an ATR 42, and our penultimate prototype, an ATR 72, offered to the museum run by Toulouse Métropole.
Dozens of people, officers from the gendarmerie and police officers, employees of Blagnac city council and Manatour – the firm that operates Aeroscopia – plus staff from Airbus and ATR, worked as a team for five days to carry out this mission successfully: a unique task on an unprecedented scale. All roads around the museum had to be closed for an entire working week, but even more overwhelmingly, one of the five aircraft was an A380, requiring a military-style preparation of the route and the utmost precision on the big day.
The operation was a resounding success. Put the date in your diaries: in 2020, the entire ATR family will be among the treasure trove of aeronautical masterpieces on display at Aeroscopia!
PARIS, Sept 5 (Reuters) – French judges have dropped charges against Air France and Airbus over a mid-Atlantic plane crash in 2009 that killed all 228 people on board, blaming the pilots for losing control of the plane.
In their conclusions, seen by Reuters, the judges said the pilots of the Airbus A330 had failed to process all the warnings and instrument readings provided by the aircraft.
The plane plunged into the ocean en route from Rio de Janeiro to Paris after entering an aerodynamic stall and falling from an altitude of 38,000 feet during a storm, its engines running but its wings losing lift.
“The direct cause of the accident is the crew’s loss of control of the aircraft’s trajectory,” the judges determined.
Other crews, faced with similar situations, had successfully maintained control of their aircraft, their ruling said.
The judges overruled the prosecutors investigating the case, who had recommended that Air France stand trial over the crash in July.
In their 2012 report, French civil accident investigators found the startled crew of AF447 mishandled the loss of airspeed readings from pitot sensors blocked with ice and pushed the jet into a stall by holding the nose too high. The report also cited poor training and the lack of a clear cockpit display for speed problems.
The three-year civil investigation was not designed to cast blame, which was the purpose of the separate judicial probe culminating in the decision on Thursday.
A lawyer representing the families of victims said an appeal against the judges’ decision would be lodged immediately.
“The judges have just written in black and white that the icing of the pitot sensors had nothing to do with the accident. It’s nonsense,” Sebastien Busy told Reuters. “If the pitot sensors hadn’t iced up, there wouldn’t have been an accident.”
The accident was the deadliest in the history of Air France and in the history of the A330.
A decade later, the aviation industry is still implementing lessons learned from the crash. Changes have focused on training, cockpit procedures and the tracking of aircraft in remote zones.
It took salvage teams nearly two years to locate the A330’s flight recorders on the ocean floor.
(Reporting by Sophie Louet and Emmanuel Jarry Writing by Richard Lough; Editing by Elaine Hardcastle)
