Tag Archives: Bizjets

Swedish Medevac PC-24 Completes Successful Maiden Flight

The first of six PC-24s for the Swedish Air Ambulance Organisation took off from Buochs Airport for its maiden flight on 22 July 2020. Sporting the national colours of Sweden – blue and yellow – the Super Versatile Jet will cut a dash across Swedish skies.

Less than a year after the agreement between the Kommunalförbundet Svenskt Ambulansflyg (KSA) and Pilatus was signed, the maiden flight of the first Swedish medevac PC-24 marks an important milestone in the programme. Despite the disruption caused by the covid-19 pandemic, Pilatus still managed to meet the tight production schedule.

Six medevac PC-24s for KSA

As an air ambulance service organisation, KSA will provide advanced medical assistance and access to fast, professional aeromedical care, to everyone living in Sweden. The full KSA fleet will comprise six PC-24s, with all aircraft are scheduled for delivery in 2021.

The maiden flight heralds the start of numerous flight tests to be performed by Pilatus. On completion of these tests, the PC-24s for KSA will be transferred to Aerolite AG, the specialist Swiss company appointed to oversee the installation of the medevac interior.

About the PC-24 air ambulance

The outstanding flexibility of the PC-24 opens up a wealth of possibilities for use as a medevac aircraft. The cabin offers sufficient space for three patients plus medical personnel. The PC-24’s large cargo door also facilities speedy loading and unloading of patients. All these advantages, combined with the PC-24’s STOL credentials, make it the ideal aircraft for all air ambulance missions. After the Royal Flying Doctor Service of Australia and the US North Slope Borough Search and Rescue Department, KSA is the third organisation to deploy the PC-24 as a medevac aircraft.

Rolls-Royce Launches First-time Immersive Virtual Reality Training For Business Aviation Customers

Even during the COVID-19 pandemic, Rolls-Royce continues to ensure world-class support for our global customer base. As part of our IntelligentEngine vision we are further expanding the use of immersive Virtual Reality technology for customer training.

The latest addition to the remote training programme is an instructor-led distance learning course, providing a comprehensive overview of the construction, design and operation of the Rolls-Royce BR725 engine that powers Gulfstream’s current flagship G650 business aircraft family. After completion of this comprehensive two-day training course, participants will be able to service the engine and undertake non-routine maintenance.

Gulfstream’s current flagship G650

Andy Robinson, SVP Customers and Services – Business Aviation, Rolls-Royce, said: “Rolls-Royce has been the leading engine supplier for business aircraft for more than two decades thanks to our continued commitment to the highest levels of service support. We are tremendously proud to have been voted number one in the latest Engine Product Support Services Survey of Aviation International News (AIN) by our operators.

Digitalisation plays a vital role in in bringing our IntelligentEngine vision to life; we use it to design, test and maintain our engines. This new immersive live Virtual Training tool is nothing short of a game-changer – it makes us the leader in technical training and allows customers to participate in the new training, wherever they are in the world. They just need an internet connection, and the required VR equipment, which will be shipped directly to their door,” Andy added.

Lee Bradshaw, Director of Technical Operations, Cox Aviation, said: “The new Virtual Reality maintenance course is a great example of the innovative thinking that is needed to meet the challenges of our ever-changing world. This programme allows each student to immerse themselves in an augmented environment full of realistic images, interactive functions and auditory feedback to delve deeper into the engine like never before. The course complements the industry-leading service already provided by Rolls-Royce and is another reminder of why this company is pioneering the way in creative solutions for the future.”

While not intended to completely replace practical training, Rolls-Royce see the value Virtual Reality adds for customers, such as higher flexibility and the elimination of the need to ship a full size training engine. The user finds themself as part of two realistic scenarios – the engine installed on the aircraft in a virtual hangar and the BR725 engine alone, just like it would be in our in-person training courses. The immersive environment allows them not only to watch the process steps to get familiar with the respective task, but to interact with the engine and the tools, and actually accomplish the task under the constant supervision of the instructor.

Where to enroll? https://rollsroycetraining.wufoo.com/forms/maj05r114g9sx7/

About Rolls-Royce Holdings plc

1.          Rolls-Royce pioneers cutting-edge technologies that deliver clean, safe and competitive solutions to meet our planet’s vital power needs.

2.         Rolls-Royce has customers in more than 150 countries, comprising more than 400 airlines and leasing customers, 160 armed forces, 70 navies, and more than 5,000 power and nuclear customers.

3.         Annual underlying revenue was £15.3 billion in 2019, around half of which came from the provision of aftermarket services.

4.         In 2019, Rolls-Royce invested £1.45 billion on research and development. We also support a global network of 29 University Technology Centres, which position Rolls Royce engineers at the forefront of scientific research.

5.         The Group has a strong commitment to apprentice and graduate recruitment and to further developing employee skills.

Gulfstream G700 Development Accelerates

SAVANNAH, Georgia, May 8, 2020 — Gulfstream Aerospace Corp. today announced the second and third all-new Gulfstream G700™ test aircraft have taken flight, further advancing toward certification and customer deliveries of the industry’s new flagship.

The second G700 flight-test aircraft had its first voyage on March 20, departing Savannah/Hilton Head International Airport (SAV) and flying for 2 hours and 58 minutes. The aircraft reached an altitude of 45,000 feet/13,716 meters and a speed of Mach 0.85. Also departing from SAV, the third flight-test aircraft flew for the first time today, soaring over Savannah for 3 hours and 2 minutes. It also reached an altitude of 45,000 ft/13,716 m and a speed of Mach 0.85.

“The G700 flight-test program is running very well, a reflection of the extensive testing we conducted in our ground labs,” said Mark Burns, president, Gulfstream. “All three flight-test aircraft are performing exactly as we expected them to, and that helps us ensure a safe and thorough certification of the highest performing, most spacious and technologically advanced aircraft in business aviation.”

The three flight-test aircraft have flown more than 100 hours since the program’s first flight on Feb. 14. The G700 has reached a maximum altitude of 54,000 ft/16,459 m and a maximum speed of Mach 0.94.

The current flight-test aircraft are being used for envelope expansion, flutter testing, flying qualities and flight control, as well as mechanical systems, flights into known icing and environmental control systems, among other tests.

The G700 features the longest, widest and tallest cabin in the industry with 20 Gulfstream panoramic oval windows and up to five living areas, along with an ultragalley with more than 10 feet of counter space and a crew compartment or passenger lounge; a master suite with shower; and the industry’s only ultrahigh-definition circadian lighting system.

The G700 is powered by Rolls-Royce Pearl 700 engines and can fly at its high-speed cruise of Mach 0.90 for 6,400 nautical miles/11,853 kilometers or at its long-range cruise of Mach 0.85 for 7,500 nm/13,890 km. The G700 also includes the Gulfstream Symmetry Flight Deck™ with the industry’s only electronically linked active control sidesticks; the most extensive use of touch-screen technology in business aviation; and Gulfstream’s award-winning Predictive Landing Performance System.      

Alaska’s North Slope Borough Now Flies a PC-24 Air Ambulance

Operated by the North Slope Borough Search and Rescue Department (SAR) in the northernmost region of the United States, the PC-24 provides basic medical care for 9,800 residents across a territory of 95,000 square miles (246,000 square kilometres). Outfitted with tandem LifePort™ AeroSled™ stretchers and five passenger seats, it is the fourth PC-24 to be delivered in a medevac configuration.

The town of Barrow, Alaska, also known as Utqiagvik, is located at 71 degrees north latitude. The average temperature in mid-January is –14 degrees Fahrenheit (–26 degrees Celsius) and the sun does not rise completely above the horizon until early February. This region, with its exceptionally harsh conditions, will be the new home for the Super Versatile Jet.

Multi-mission capability

The SAR Department is responsible for delivering basic medical care to all North Slope Borough residents. The team performs medevac operations, search and rescue and other emergency missions.

In addition to the PC-24, which replaces an older light jet, SAR currently operates two helicopters and a fixed wing turboprop aircraft. All are capable of day, night, visual or instrument meteorological flight conditions in a medevac context. Many flights are operated from snow and ice packed runways with paved, dirt, and gravel surfaces – conditions for which the PC-24 was specifically designed.

Unique characteristics

April Brooks, Director of North Slope Borough Search and Rescue, explained the reasons which motivated the choice of the PC-24: “The PC-24 is a gamechanger when it comes to fast, efficient transport of critical patients across vast distances in our extremely harsh environment. Its unique cargo door, large cabin and ability to safely operate from short, unpaved runways make it ideally suited to our needs.”

At the handover ceremony held at Pilatus’ US subsidiary, Pilatus Business Aircraft Ltd in Broomfield, Colorado, North Slope Borough Mayor Harry K. Brower Jr. said: “We are delighted we can now offer residents a new level of capability to enhance their safety and well-being. In this region, fast, efficient, high quality medical care is absolutely essential, and the PC-24 will enable us to fulfil every aspect of that commitment.”

Thomas Bosshard, CEO of the Pilatus subsidiary, presented the keys to Mayor Brower and commented: “We are proud of the role our PC-24 will play in supporting the residents of North Slope Borough and the SAR team in the execution of their missions. We are very pleased to see such high demand for the PC-24 as a medevac platform, in addition to its popularity as a business jet. This is exactly the type of versatility we envisioned when we began designing the PC-24 – and now it is a reality.”

PC-24 Rough Field Certification Campaign Brought to a Successful Conclusion

Pilatus obtained certification for take-offs and landings on grass, wet earth and snow, making the PC-24 the world’s most flexible business jet ever.

Pilatus has now obtained full rough field certification for the PC-24 Super Versatile Jet. Certification for operations on dry sand and gravel was delivered in 2018.

A comprehensive post-certification test campaign was conducted throughout 2019 to certify the Super Versatile Jet for operation on unpaved runways and in differing conditions. With immediate effect, all PC-24s may now also be operated on wet and snow-covered unpaved runways.

Twice as many airports – just with the PC-24

The PC-24 was developed for use on rough field from the outset. Its outstanding performance on short and unpaved runways opens up an amazing degree of flexibility and new possibilities. Compared to other business jets currently on the market, the PC-24 provides access to almost twice as many airports worldwide. More airports mean more options – taking operators to their destinations faster, with valuable time-savings.

Pilatus Chairman Oscar J. Schwenk adds: ‟I’m delighted to note the successful completion of these comprehensive tests. Our PC-24 has proven that it is capable of flying the full range of missions for which it was developed.

The Royal Flying Doctor Service of Australia and operators in North America or Africa already use rough field runways on a regular basis, proving just how unique the PC-24 is – that sort of capability is only available with the Pilatus Super Versatile Jet!”

Tests across the world

The European Aviation Safety Agency (EASA) requires tests for the certification of take-off and landing capability to be carried out on different runways. After careful evaluation of local conditions, tests were made at locations across America and Europe.

The excellent runway in Goodwood, England was selected for the tests on dry grass. Further tests on grass runways were carried out at Kunovice in the Czech Republic, at Poitiers in France and at Duxford, England.

At Woodbridge, England, complex conditions were reproduced in part in order to meet all test specifications for take-offs and landings on wet dirt surfaces. The PC-24 was also flown in North America: tests on snow-covered gravel runways were performed at Kuujjuaq in Canada.

Rolls-Royce BR725 Engine Tops One Million Flying Hours

The Rolls-Royce BR725 engine recently achieved another impressive milestone by reaching one million flying hours. The engine, powering Gulfstream’s highly successful ultra-long-range G650™ business aircraft family, has established a reputation for excellent reliability, efficiency and speed, combined with outstanding environmental performance.

The performance of the BR725 enabled the Gulfstream G650ER™ and its sister aircraft G650 to revolutionise the business aviation market, flying faster and further than any other ultra-long-range corporate aircraft before. Since entry into service in 2012, the aircraft has achieved more than 100 city pair records, among those the farthest fastest flight in business aviation history from Singapore to Tucson, Arizona. There are more than 800 BR725 engines in service today, with many of these supported by Rolls-Royce’s market leading CorporateCare® and CorporateCare Enhanced.

The BR725-powered G650 family can fly up to 7,500 nm/13,890 km at Mach 0.85 and 6,400 nm/11,853 km at Mach 0.90. The G650 and the G650ER are capable of a near-supersonic maximum operating speed of Mach 0.925 and have a maximum cruise altitude of 51,000 feet/15,545 metres.

Nuno Taborda, Programme Director Business Aviation, Rolls-Royce, said: “Seeing the BR725 reach one million flying hours is an impressive milestone and we are very proud of this achievement. With one speed record after another broken by the G650, it sets the standard for performance in business aviation – you simply can’t fly farther faster. All this comes with superb levels of availability and reliability, powering the BR725 into a class of its own.”

With more than 3,200 Rolls-Royce powered business jets in service worldwide, the company is the leading business aviation engine supplier. More than 2,000 of those aircraft are covered by CorporateCare and CorporateCare Enhanced; about 70 per cent of new delivery Rolls-Royce powered aircraft are enrolled in the programme.

CorporateCare Enhanced, the comprehensive, fixed-cost engine maintenance management plan, provides customers with a global support infrastructure which includes: Engine Health Monitoring, a worldwide network of Authorised Service Centres and globally distributed spare parts and engines, all managed by our dedicated 24/7 Business Aircraft Availability Centre.

CorporateCare Enhanced offers substantial financial and operational benefits to customers, such as increased asset value and liquidity, mitigating maintenance cost risk and protection against unforeseen costs and unscheduled events anywhere in the world. Increased aircraft availability, reduced management burden, full risk transfer, direct priority access to the Rolls-Royce services infrastructure and remote site assistance are further benefits for our customers.

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