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Understand Type B Messaging with ARINCType B messaging can be perceived as complex, confusing and containing an unimaginable mass of data. These would all be correct assumptions to make and operators all over the globe are paying enormous amounts of money for the transmission of millions of these messages every single day.

Type B messages are transmitted for a wide range of reasons within the aviation industry including, but not limited to:

  • ACARS messaging
  • Filing flight plans
  • Exchanging mission critical messages with partner businesses
  • e-Ticketing transactions
  • Maintenance orders
  • IATA and non-IATA messaging

This complicated form of messaging must be seamlessly reliable to avoid ground-delays and to ensure continuation of operational productivity.

Type B aviation messaging consultancy providers can help to take some of the complexity out of the equation and can help operators to understand Type B in order to enable them to simplify their systems and ultimately save money by doing so. ARINC have a Type B messaging consultancy service and draw on more than 8 decades of industry experience. Take a look at their unique messaging calculator and see how much you could save.

Inmarsat SwiiftBroadband Connectivity Providers It has been announced that Inmarsat, the British satellite company, is testing its ACARS-capable SwiftBroadband safety equipment on an Airbus A319. SwiftBroadband Safety is for the fast, reliable and efficient delivery of ACARS messaging over the SwiftBroadband link and also supports flight deck voice services and IP connectivity to the flight deck for mission-critical transmissions.

“This is the start of a revolution in communications for the flight deck. It shows the way forward for Future Air Navigation Systems (FANS) for the nearly 10,000 aircraft currently relying on our Inmarsat Classic Aero services, which were launched over 20 years ago,” said Leo Mondale, Inmarsat’s President of Aviation. “SB Safety provides prioritised voice and ACARS/FANS data transmission when an aircraft is out of reach of land-based communications, which is indispensable for aircraft flying over oceans.”

Updates and other flight operations messaging can be enabled, such as inflight updates to the Electronic Flight Bag (EFB) and Flight Data Recorder equipment.

SwiftBroadband (SB) Safety can be operated on all types of aircraft, from large passenger aircraft to business jets and is expected to achieve certification during early 2016.

“A key point is that SB Safety provides a prioritised IP data pipe for the cockpit, for both security and continuity of service” Mondale added. “This is particularly important for airlines that use SwiftBroadband for both safety services and cabin connectivity.”

Airport Security Management SolutionsBaltimore/Washington International Airport (BWI) recently achieved an award with Intergraph Security Solutions for recognition of their PSIM system for Physical Security Information Management procedures. The airport also won Most Notable Airport Security Program, Large Airports.

The Consolidated Dispatch Centre (CDC) at BWI provides emergency calls delivery across the airport, using a fully integrated platform with software, hardware and multi-system and agency coordination services. The CDC responds to security system-wide calls and additionally, provides a Public Safety Answering Point (PSAP) to the Anne Arundel County.

“This highly successful project provided our security and public safety personnel with cutting-edge emergency response technology,” said Paul J. Wiedefeld, chief executive officer of BWI Marshall.  “The improvements to the consolidated dispatch centre help ensure increased responsiveness and situational awareness.  We are honoured by the recognition from Government Security News.”

Sophisticated PSIM solutions are necessary within a secure aviation environment. Many security systems incorporate physical security systems, from perimeter fencing and monitoring to personnel access systems and information management systems for all mission critical facilities.

business aviation growth 13-08According to recent data, the region encompassing Latin America and the Caribbean is home to 2457 jet aircraft and 2588 turboprops, which represents almost 15% of the world’s fixed wing business turbine fleet. Mexico, with 851 and Brazil, with 824 business jets have the second and third-largest business jet fleets after the U.S. who carry a fleet of almost 12,000 altogether.

“The LAC business jet fleet growth and LAC GDP growth have been essentially expanding in tandem over the last 10 years, averaging about a 3.9-percent compound annual growth rate (CAGR)–faster than North America,” said Rolland Vincent Associates president Rolland Vincent. “The 50/50 balance between business jets and turboprops in the LAC fleet is in contrast to the worldwide jet/turboprop mix outside the region, which favors business jets by 1.5:1.”

According to Vincent, the LAC region has the highest concentration of business jets – 4.52 per 1000 High Net Worth Individuals (HNWIs), amounting to more than three times the world average of 1.44 and ahead of the U.S. at 2.87, making the LAC region ripe for business growth and an ‘attractive’ step-up market for the larger corporate jet manufacturer.

This is because, he said, that the average business jet fleet age is approximately 19 years old and 54% of the fleet is in the light jet aircraft segment. The growing number of HNWI’s in the region shows positivity in terms of the potential sales over the next 5 years as the world average age of corporate aircraft is around 16 years old.

Brazil’s business aircraft fleet expansion has been helped by the rising prominence of ‘homegrown’ Embraer, Vincent said. “The fastest-growing OEM, Embraer has established a particularly strong base and loyal following amongst LAC aircraft owners and operators, growing its fleet by 16.5-percent CAGR worldwide since 2008, and capturing more than 7-percent share of the LAC business jet fleet as of mid‐2014.”

Find out more about Aviation Information Management SolutionsThe Asia Pacific region sees a new advanced information management company launched today with a partnership between GroupEAD Europe and Airways New Zealand.

Using a cloud-based system, the company aim to remove the need for new installations of technology hardware to give their customers flexibility for cost-management while meeting the ICAO AIM to SWIM transition requirements.

“Aeronautical information management is quickly changing the way the aviation industry operates, with a new focus on the whole information picture rather than the provision of standard products. This joint venture offers support to regions, states, airports and airlines needing to improve their data distribution and to meet the new ICAO standards,” said Mr Heinz-Michael Kraft, CEO of GroupEAD Europe.

Leading advanced information management (AIM) providers, such as ARINC, can help to streamline airport operations and give operational agility to operators, airports and airlines with cost efficient solutions for the management of data, mission critical messaging and other communications solutions.

As airports move towards more cost oriented operations management, AIM solutions can help to create a secure, reliable platform that facilitates swift access to vital security data while maintaining the stringent standards set by governing agencies.

Aviation Data Link Services ProvidersUniversal Avionics announced at the EBACE convention that Clay Lacy Aviation is ready to offer an STC to provide FANS 1/A+ capability for the Gulfstream GIV and GIV -SP models with the UniLink UL-801 Communications Management System (CMU).

Initial certification aircraft installation started in January and STC approval is expected before the end of September, when application for EASA certification will take place.

The installation for FANS encompasses the UniLink UL-801, Cockpit voice recorder, Controller-Pilot Data Link Communications (CPDLC) and Automatic Dependent Surveillance-Contract (ADS-C) functionalities.

As the date for EuroControl mandates approaches, airlines and operators are preparing for compliance in both commercial and business aircraft.

“The cost of non-compliance to long range business jets is significant, affecting routing, flight time and fuel burn,” said Universal Avionics director of sales, Robert Clare. “Operators may experience challenges flying within the North Atlantic Track System if the aircraft is not equipped for FANS capabilities, such as being routed to lower altitudes, causing a considerable increase in fuel burn.”

CPDLC for SESAR InitiativeA demonstration project of Controller-Pilot Data Link Communications (CPDLC) launched under the Single European Sky ATM Research (SESAR) initiative has been completed this week across UK and Italian airspace with commercial flights operated by AirFrance, EasyJet and Scandinavian Airlines.

CPDLC will help to reduce pilot workload and improve safety by automating many routine cockpit tasks, in turn increasing air traffic management capacity in overcrowded airways. The system will supplement voice communications and will reduce communication errors, bridging language barriers and other challenges.

The project was completed over 95 flights and operated with a team of 30 air traffic controllers and resulted in initial findings that show involved parties are ‘increasingly confident about the use of data link communications (CPDLC) in most operational conditions where radio telephony messages can be replaced.’

In the US, under the FAA’s NextGen program, similar trials are taking place to evaluate the effectiveness and efficiency of air traffic controllers being given the ability to send flight procedural information and revised clearance messages via CPDLC directly to the aircraft avionics systems.

The SESAR Joint Undertaking initiative (SESAR JU) plan to deliver the final results of all trials in July, ahead of the mandatory changes early next year.

Airline Operational Messaging with CPDLCL2 Consulting Services Inc have announced the grant of Supplemental Type Certificate (STC) validation from EASA to install Iridium Satellite Communications System of NextGen Aircraft 737-700/800/900/900ER.

L2 will now be able to offer European customers a fully certified NxtLink ICS-220A and IRT-2120 communications system that will give the flight crew a dedicated datalink channel, supporting Controller-Pilot Data Link Communications (CPDLC), FANS messaging, ACARS messaging and global voice channel.

Vice President of Operations for L2, Dean Rudolph said, “An EASA STC validation is required for European operators integrating FAA certified systems. We are delighted to now offer our European customers a fully certified Iridium Communications solution on the B737NG series aircraft.”

Aviation Information Sharing ProvidersAviation information needs to be shared across a growing number of partners to ensure efficient day-to-day operational productivity.

The meteorology department of Qatar’s CAA has selected Polycom to build a communications infrastructure to allow the sharing of information across IP/ISDN networks with external government and private agencies, in addition to ports, shipping offices and fuel providers across the country.

Signed by the CAA, the deal will provide two complete Polycom RPX systems with four screens at two locations and conferencing systems that will encourage inter-departmental collaboration.

A web-based messaging environment, such as ARINC’s AviNet, allows cost-effective information sharing across all partners, including the delivery of ACARS messages, aviation weather data and updates to flight plans.

Flight Deck Weather DataThe recording and delivery of reliable aviation weather data is a critical component in maintaining safety in the skies. Adverse weather is one of the major contributors to aviation accidents on a global scale. But where does the data come from?

All over the world, weather stations are continuously monitoring and recording weather data consisting of temperatures to cloud cover and everything in between. These stations are called Automated Surface Observing Systems. Supercomputers take this data and use equations and calculations to enable weather forecasting.

The aviation weather data readings must be accurate and as fresh as possible to facilitate swift decision-making, flight planning and scheduling. The FAA issues coded messaging to airports, air traffic services and other authorities with numbered data to ascertain the source of the aviation weather data. Currently, there are 5,431 stations recognised by the FAA.

Timely delivery of aviation weather data is managed by ATS via airline data link, radio communications and often via satellite. Using ACARS, HFDL and CPDLC communications, aviation weather data keeps the safety of all aircraft as a priority. State-of-the-art technology in aviation today can mean that via type b messaging capability, aviation weather data can be accessed and delivered within a second.