Thursday, 21 July 2016

Russian billionaire linked to first H175 VIP variant



18 JULY, 2016  BY: DOMINIC PERRY  LONDON
Airbus Helicopters has delivered the first VIP variant of its super-medium-class H175, but speculation surrounds the identity of the owner.
The manufacturer declines to reveal the name of the operator, going so far as to remove the tail number from photographs. However, Flight Fleets Analyzer lists the registration as G-DLBR and the operator as Klaret Sky Leasing, a company registered in Malta.
It also features a livery that bears a striking similarity to that on an Isle of Man-registered Airbus ACJ340-300 (M-IABU), which is owned by Cayman Islands-based Klaret Aviation. Nicknamed “Bourkhan”, it is used by Russian oligarch Alisher Usmanov.
Airbus Helicopters says the customer of the H175 will “operate it in Europe as a complement to [a] yacht”.
This further points to Usmanov as the likely recipient, with the billionaire having recently taken delivery of a super yacht that features twin helipads.
Anthony Pecchi/Airbus Helicopters

The manufacturer says the H175 features a seven-passenger layout designed by business aircraft and yacht specialist Pegasus Design.
Divided into two zones, the forward part of the cabin is configured with club seating and a galley area, while the aft section accommodates three passengers in sofa-style seating.
Operational in the oil and gas segment since 2014, the Pratt & Whitney Canada PT6-powered H175 has struggled to expand its operator base far beyond Belgian launch customer Noordzee Helikopters Vlaanderen.
A second VIP-roled example will be delivered later this year, says Airbus Helicopters, with the first in a search and rescue configuration – for Hong Kong’s Government Flying Service – to be delivered in late 2017.

Airbus Helicopters delivers the first H175 in VIP version

Image @le_moise

Marignane, 12 July 2016 - Airbus Helicopters has delivered the first VIP version of the H175, the company’s new medium class twin-engine helicopter, which entered service in 2014 for offshoretransportation. Combining unparalleled elements of style and comfort with the largest cabin in its class, the VIP version of the H175 offers a superior level of cabin interior provided by Pegasus Design, who has built a worldwide reputation on business jets and super yachts.


Delivered to an undisclosed customer who will operate it in Europe as a complement to the yacht, the H175 offers a totally personalized VVIP cabin comfortably accommodating seven passengers.
The aircraft features a unique cabin layout with two distinct seating areas: a forward zone that provides a lounge atmosphere with facing club seating for four passengers and a galley, as well as sofa-style seating that comfortably accommodates three passengers at the rear.

Image @HelisDatabase

In addition to the exclusive cabin and the refinement of materials, the VIP version of the H175 offers some distinctive elements. These include: a hinged door– which optimizes space inside the cabin – a three steps electrical footstep for ease of access, electronically dimmable windows and mood lighting. Passengers will also enjoy in-flight connectivity with satcom, in-flight entertainment system with LCD screens, moving map and images provided by the tail fin and tail skid cameras – all controllable through dedicated touchscreens or personal devices. Also contributing to the jet-like flight experience is the effective soundproof cabin which allows passengers to communicate without headsets.
The H175 is available in a VIP version, seating six to eight passengers, and an executive version, seating nine to twelve. All versions provide a jet-like smooth ride at all speeds and a climate-controlled cabin – even when the main rotor is stopped. Featuring more window area than walls, the rotorcraft ensures panoramic views for all passengers. It completes the upper end of Airbus Helicopters’ product line for the business and private aviation sector.

ICAN V2 CERTIFICATION ON H175 VIP

Image @oxytronic.fr

OXYTRONIC IFE (IN-FLIGHT ENTERTAINMENT) AND CMS (CABIN MANAGEMENT SYSTEM) SYSTEM HAS BEEN CERTIFIED IN JUNE 2016 ON AIRBUS HELICOPTERS H175 VIP MODEL.
THANKS TO OXYTRONIC EXPERTISE AND EXPERIENCE, THE INTEGRATION OF OUR ICAN V2 SYSTEM ON H175 VIP MODEL ATTESTS THE TWO COMPANIES CLOSECOLLABORATION AND DEMONSTRATES AIRBUS HELICOPTERS WILLINGNESS TO POSITION ITSELF WITH A HIGH-CLASS AND MODULAR EMBEDDED EQUIPMENT.
OXYTRONIC IS PROUD TO HAVE ACHIEVED THIS FULFILMENT FOR THIS NEW GENERATION HELICOPTER AND WE ARE LOOKING FORWARD TO CONTINUE ON THE SAME PATH.
Source @oxytronic.fr

H175 Cockpit @airbushelicopters.jp

The H175 is currently certified for single-pilot VFR operations; De Bray said Airbus is investigating single-pilot IFR approval, but it “is not a priority” as most OGP and SAR operators fly with two pilots. The Helionix system features redundant flight computers, a four-axis autopilot and an easy-to-use auto hover that automatically corrects for wind. Other noticeable features automatically keep the helicopter stable in challenging situations such as brown-out or inadvertent IMC encounters. Toggling two beeps on the cyclic activates the “recovery mode” that restores the latest heading, speed and altitude; and automatic hover can kick in at 150 feet.

Helionix system

Image @airbushelicopters.com

Helionix® is a fully integrated system that cuts the amount of required equipment in half, meaning easier maintenance and a significant weight reduction.
With the situational awareness system in the middle of the instrument panel, the pilot can quickly see a digital display of the helicopter’s terrestrial (obstacles, terrain) and aerial (presence of other aircraft) environments. To prevent dangerous situations, the HTAWS (Helicopter Terrain Awareness System) warns the crew well in advance of any land-based obstacles in the vicinity of the current flight path.

The new avionics system includes a centralized maintenance function that monitors the status of all the helicopter’s sub-systems. Troubleshooting can quickly be performed via a ground-based diagnostics tool, and maintenance activities are fully optimized.
The cutting-edge Human-Machine Interface (HMI) displays all flight parameters and flight management data on a single screen. The Part Time Display is a new concept. A summarized version of the flight parameters can be displayed to help the pilot quickly analyze and assess the situation in order to remain fully concentrated on the mission. Source @airbushelicopters.com
All the switchology and controls in the comfortable cockpit are located along the panel and pedestal and can be equally accessed from either pilot position. The instrument panel has lots of extra space for add-ons such as a landscape format multifunction display that could be used to display infrared imagery on SAR-equipped aircraft. Source @ainonline.com


Pratt & Whitney PT6C-67E Dual Channel FADEC


Image @pwc.ca
Thermodynamic
Power Class*
(Shaft Horsepower)
Mechanical
Power Class*
(Shaft Horsepower)
Output Shaft
Speed
(RPM)
Diameter**
(Inches)
Length**
(Inches)
PT6C-67A
2,000
1,940
30,000
25
65
PT6C-67C
1,700
1,100
21,000
25
65
PT6C-67D
1,679
1,183
21,000
23
59
PT6C-67E
1,800
1,300
21,000
25
65

Source @pwc.ca




Tuesday, 19 July 2016

First Bell 505 Jet Ranger X ordered in Bolivia






By Terry Spruce
July 19, 2016 11:20

Bell Helicopter has signed a letter of intent (LOI) with Rodrigo Gutíerrez for a Bell 505 Jet Ranger X. The helicopter will be used for personal corporate transport by Gutierrez.
The agreement was signed in Bolivia by Gutíerrez who owns and operates two large cattle ranches, five sugar cane farms and a sugar mill.
“We are pleased to sign for the Bell 505 and look forward to integrating the aircraft into our operations.”
“We are pleased to sign for the Bell 505 and look forward to integrating the aircraft into our operations,” said Gutíerrez. “We believe the aircraft will provide efficient transportation and high levels of visibility to oversee our business.”
The Bell 505 is close to gaining its certificate and is expected to achieve production status later this year.
“We are extremely proud to see the Bell 505 exceeding customers’ expectations in terms of anticipated performance, safety and advanced technology,” said Jay Ortiz, Bell Helicopter’s vice president of Latin America. “Bolivia is a key market within the Latin American region, and as more of our customers get to experience the aircraft and we near certification, we anticipate continued interest and momentum.”

Bell 505 Jet Ranger X



The Bell 505 Jet Ranger X is Bell Helicopter’s new five-seat aircraft designed for safety, efficiency and reliability through the use of advanced avionics technology. It incorporates proven dynamic components, advanced aerodynamic design, a dual channel FADEC Turbomeca Arrius 2R engine and best-in-class value.

The Bell 505 Jet Ranger X cockpit will feature Garmin G1000H glass avionics. Photo: Mariano Rosales
Image @ainonline.com/

G1000

PFD

MFD

The G1000® is a completely integrated avionics system designed to fit a broad range of aircraft models. It‘s an all-glass flightdeck that presents flight instrumentation, location, navigation, communication, and identification data on large-format, high-resolution displays. The digital data presentation on the G1000 puts all flight-critical information literally at the pilot’s fingertips. Source @nexga.com

Image @konect-aviation.com

Turbomeca’s Arrius 2R engine


Arrius engines cover a power range of between 450 and 750 shp. They are intended for single and twin-engine helicopters weighing between 1.5 and 3.2 tonnes.
The Arrius features a simple and robust design. Two main modules, a reduction gearbox and a gas generator module, facilitate maintenance operations. Depending on the variant, Time Between Overhaul (TBO) is between 3,000 and 4,000 hours.
It comprises a single-stage centrifugal compressor, a single-stage turbine and a power turbine. Earlier variants have a hydro-mechanical control system while more recent ones are equipped with Full Authority Digital Engine Control (FADEC).
Efficient, compact and robust, the engine has been chosen to power numerous light helicopters, in particular the H135 (Arrius 2B2Plus) and H120 (Arrius 2F) from Airbus Helicopters. The 2K2 model drives the AW109 Power developed by AgustaWestland and the 2G1 was chosen by Russian Helicopters for its Ka-226T.
In 2013, the Arrius 2R was selected to power the new Bell 505 Jet Ranger X developed by Bell Helicopter. It will the first Bell product to be powered by a Safran engine.
Early versions of the Arrius 2 entered service in 1996. The continuous integration of new technologies has enabled the engine to stay at the leading edge of progress.
Arrius engines comply with the highest market standards in terms of reliability and safety, particularly for single-engine applications.
To date, over 3,000 Arrius engines have been built by Safran Helicopter Engines. The worldwide Arrius fleet, distributed among 430 customers in 60 different countries, has accumulated more than seven million flight hours. Source @safran-helicopter-engines.com
Image @the-blueprints.com
Specifications

SPEEDS AT MAX GROSS WT
Max Cruise
125+ kts
232+ km/h
Max Range
360+ nm
667+ km
Useful Load
1500+ lbs
680+ kg
Max Endurance*
3.5+ hrs
CAPACITIES
Cabin Floor Area**
22 square ft
2.0 square m
Baggage Compartment Volume
18 ft³
0.5 m³
CEILING ALTITUDES
Service Ceiling (Pressure Altitude)
20,000 ft PA
6,096 m PA
Hover Ceiling IGE
MGW @ 14,000 ft
MGW @ 4,267 m
Hover Ceiling OGE
MGW @ 12,000 ft
MGW @ 3,657 m
POWERPLANT SPECIFICATIONS
Turbomeca Arrius 2R (uninstalled thermodynamic rating)
Takeoff
504 shp
376 kW
Max Continuous
457 shp
341 kW
* Max GW, ISA, Std fuel – no reserves at sea level
** Includes Copilot area of 10 sq.ft/0.9 sq.m
Source @bellhelicopter.com

Mitsubishi Regional Jet

Image @japantrends.com

The Mitsubishi Regional Jet (Japanese三菱リージョナルジェット), or MRJ for short, is a twin-engine regional jet aircraft seating 70–90 passengers manufactured by Mitsubishi Aircraft Corporation, a partnership between majority owner Mitsubishi Heavy Industries and Toyota Motor Corporation with design assistance from Toyota affiliate Fuji Heavy Industries, already a manufacturer of aircraft. It will be the first airliner designed and produced inJapan since the NAMC YS-11 of the 1960s, which was produced at a loss. Its first flight was in November 2015, with deliveries scheduled for 2018.
A cabin mockup and a scale model were presented at the 47th Paris Air Show in June 2007. The company has decided to formally offer the aircraft for sale to potential customers. Production was planned to begin in 2012. All Nippon Airways was the first customer, with an order for 15 MRJ 90s and an option for 10 more.
Image @publicbroadcasting.net
In March 2008, and again in October 2008, Sankei Shimbun and Fuji Sankei Business I reported that the government of Japan would buy ten MRJs to serve as short-haul and small-field VIP transports, supplementing the existing Japanese Air Force One Boeing 747 aircraft. The government was still considering this option as of July 2013, with MRJs possibly supplementing new Boeing 777 long-haul VIP transports, according to the Nihon Keizai Shimbun.
Image @flightglobal.com
The aircraft was initially expected to be the first regional jet aircraft to adopt carbon-fiber-reinforced polymer composite materials for its airframe on a significant scale. However, in a design turn-around in September 2009, Mitsubishi announced that it would use aluminium for its wingbox instead of composite material. Carbon composite parts will now make up only 10-15% of the aircraft, primarily around the tail section. The cabin height was increased by 3.8 cm (1 12 in) to 204 cm (80 12 in) and the fuselage height increased to 296 cm (116 12 in). This gave the MRJ a rounder cabin, which is wider and higher than competing aircraft manufactured by Bombardier and Embraer. 
MHI employs new production methods such as integral wing stringers, unusually tight tolerancesshot peening of curved surfaces, and A-Vartm. These methods are intended to increase quality and thus reduce expensive fault correction to keep price competitive. In 2008, Mitsubishi estimated that 300-400 MRJs would be necessary to recover the $1.9-billion programme cost.
The MRJ cabin is more spacious than similar regional jets.   (Photo: Jason Whitely / WFAA)
The MRJ lavatory features a full-length mirror.   (Photo: Jason Whitely / WFAA)
Image @news.sys-con.com
On 15 September 2010, the Mitsubishi Aircraft Corporation announced that it had entered the production drawing phase and was proceeding with the manufacturing process. Assembly of the first aircraft began in April 2011 with construction of the emergency escape for the cockpit.

A mock up of the MRJ flight deck – Image: Mitsubishi @airlinereporter.com

The first flight, scheduled after the design was finalized, was to take place in the second quarter of 2012, but was delayed to 2013, and then further delayed to spring 2014 due to delays in the procurement of engines. Likewise the first delivery was planned to take place in the first quarter of 2014, but was delayed to mid to late 2016.
At the Farnborough International Airshow July 2012, SkyWest agreed to buy 100 MRJ90s, to be delivered between 2017 and 2020. The deal is worth $4.2bn at list prices. During the 2013 Regional Airlines Association conference, held in MontrealCanada, Mitsubishi announced that ANI Group Holdings, which firmed a MoU for 5 MRJ aircraft in June 2011, cancelled the deal, without giving further details.
Image @ukintpress.com
In August 2013, Mitsubishi announced a third major delay to the program, and that the first flight would take place by summer 2015 while the first delivery would take place by summer 2017. Delays in the procurement of the Pratt & Whitney engines and other components were cited as the cause of this delay. In September 2013, after announcing the third delay to the MRJ program, Mitsubishi publicly displayed a prototype MRJ fuselage, including cockpit enclosure, and announced that it would hire foreign pilots and technicians to serve as consultants as the program progressed to safety testing and regulatory approvals.
Pictures of the first fully assembled MRJ90 were available on 26 June 2014, and an official rollout occurred on 18 October 2014.
The maiden flight of the MRJ90 took place on 11 November 2015.
On 24 December 2015, Mitsubishi announced a one-year delay for the first delivery of the MRJ, to mid-2018. The delay was attributed to insufficient wing strength and the redesign of the landing gear for better safety.
A 100-seat stretched MRJ100 was studied in March 2011. It was still evaluated in June 2015.
Image @takungpao.com

Specifications

Six versions are planned using two different fuselage lengths:
MRJ Specifications
MRJ70STDMRJ70ERMRJ70LRMRJ90STDMRJ90ERMRJ90LR
Passengers69 (9J + 60Y) to 8081 (9J + 72Y) to 92
Seat pitch74–79 cm (29–31 in) in Y, 91 cm (36 in) in J
Length33.4m / 109 ft 8in35.8m / 117 ft 5in
Wing span29.2m / 95 ft 10in
Tail height10.4m / 34 ft 2in
Max takeoff weight36,850 kg (81,240 lb)38,995 kg (85,969 lb)40,200 kg (88,626 lb)39,600 kg (87,303 lb)40,995 kg (90,378 lb)42,800 kg (94,358 lb)
Max landing weight36,200 kg (79,807 lb)38,000 kg (83,776 lb)
Max zero fuel weight34,000 kg (74,957 lb)36,150 kg (79,697 lb)
Operating empty weight-26,000 kg (57,320 lb)
Range (1-class)1,880 km (1,020 nmi)3,090 km (1,670 nmi)3,740 km (2,020 nmi)2,120 km (1,150 nmi)2,870 km (1,550 nmi)3,770 km (2,040 nmi)
Typical cruise speedMach 0.78 (447 knots (828 km/h))
Operating ceiling11,900 m (39,000 ft)
Takeoff field length (MTOW,SL,ISA)1,450 m (4,760 ft)1,620 m (5,320 ft)1,720 m (5,650 ft)1,490 m (4,890 ft)1,600 m (5,250 ft)1,740 m (5,710 ft)
Landing field length (MLW,Dry)1,430 m (4,700 ft)1,480 m (4,860 ft)
Cabin Height2.03 m / 6 ft 8in
Cabin Width2.76 m / 9 ft 1in
Powerplants (2x)Pratt & Whitney PW1215GPratt & Whitney PW1217G
Fan diameter56 in (140 cm)
Engine thrust (2x)69.3 kN (15,600 lbf)78.2 kN (17,600 lbf)

Current orders

Order dateAirline / PurchaserEISTypeRemarks
MRJ70MRJ90Options
27 March 2008Japan All Nippon Airways20181510to be operated by ANA Wings
2 October 2009United States Trans States Holdings20185050
11 July 2012United States SkyWest, Inc.2018100100
14 July 2014United States Eastern Air Lines20192020**Purchase rights (MoU)
14 July 2014Myanmar Air Mandalay201864
28 January 2015Japan Japan Airlines202132
16 February 2016United States AeroLease Aviation, LLC20181010
11 July 2016Sweden Rockton AB20201010
Total243204
In December of 2015, Mitsubishi announced that the first delivery of the Mitsubishi Regional Jet was delayed by one year to 2018.
Source @wikipedia.org