Archive

Tag Archives: aviation communications

Physical Security Solutions Providers for AviationIt has been announced that multinational security company, Magal Security Systems Ltd, have been awarded a $6.4 million contract to provide physical security measures and an information management system in Nairobi International Airport by 2015.

In addition to security fencing upgrades and multiple surveillance technology, Magal will install an advanced PSIM information management system to integrate and manage the security improvements.

President and CEO of Magal S3, said, “Over the past two years, we have successfully delivered a number of security projects for critical national assets in Kenya, demonstrating how excellence in performance and successful deliveries lead to significant further business. We are proud to be employed by this prestigious national customer and remain committed to supplying the latest technology with the highest standards of execution.”

The announcement follows recent speculation of the release of funds from the Kenyan government to invest in the much-needed improvements to airport security across the country.

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.

Solutions for Advanced Passenger Information SystemFollowing the disappearance of flight MH370, the focus of the Annual General Meeting of IATA this key will be enhancing security and finding ways to prevent the recurrence of such an incident.

Tony Tyler, Director-General and CEO of IATA stressed that speculation on the aircraft cannot be a guide to move forward, he said, ‘We need to base our efforts on evidence and conclusions that will come out of investigation. When an incident or accident occurs, our thoughts go to the families and friends of all those on board, and we rededicate our efforts to make this industry even safer.’

Mr Tyler added that the air transport industry is safe, with a low accident-flight ratio, but the ‘world cannot afford to leave the unprecedented missing of such a large aircraft as an aviation mystery’.

Among the issues to be addressed will be the length of time it is taking to locate the missing aircraft and to ensure that adequate flight tracking can be put into place. The issue of airport security and passenger screening has also been highlighted by the fact that two passengers were able to board with stolen passports.

The AGM, scheduled for early June, will focus upon improvements to passenger safety and will discuss the urgency of countries to provide advanced passenger information.

Providers of CPDLC CommunicationsRockwell Collins, recent acquirers of ARINC Inc, has announced an expansion on its Future Airspace Navigation System (FANS) 1/A capability and is offering an upgrade to Dassault Falcon 50EX, 2000 and 2000EX that are currently equipped with their avionics and flight management systems. The upgrades will be available during 2015.

The FANS a/A upgrade will bring operators savings of both fuel and time, helping to reduce the pilot’s workload with CPDLC capability and Automatic Dependent Surveillance-Contract (ADS-C) and offering enhanced clarity of communications in remote oceanic and Polar Regions of the globe.

Business Jet Connectivity ProvidersBombardier’s latest addition to the family is the Learjet 85, a beautiful single-aisle business jet with a capacity for up to 8 passengers. The aircraft will include Rockwell Collins’ award-winning Pro-Line Fusion avionics and the horizontal stabiliser trim system (HSTS) for superior flight deck connectivity.

The HSTS helps to control the pitch of the horizontal stabilizer, which can reduce drag and trim the aircraft to improve efficiency for the entire flight. With two placement point in the aircraft frame, safety is optimised, as the Learjet features thinner cabin walls to maximise space inside, improving passenger experience and comfort.

Pro Line Fusion is the latest award-winning offering from Rockwell Collins, featuring the largest LCD displays in the industry at 15.1 inch and a suite of capabilities including, but not limited to:

• Dual Flight Management System
• Localised Performance with Vertical Guidance
• Integrated Flight Information System,
• Synthetic vision
• Intuitive electronic checklists
• Electronic Circuit Breaker display and control

Bombardier’s Learjet 85 took its first flight this week in Wichita, Kansas and will be ready for the first deliveries in early 2015.

High Frequency Data Link - Find out more...Research is being conducted into the use of data link communications on low-altitude flights between UK’s Bristol and Edinburgh this week by the National Air Traffic Services (NATS).

CPDLC will eventually completely replace European-wide voice communications and streamline flight deck communications under the SESAR European Single Sky Directive, run and managed by EUROCONTROL.

The UK trials are being conducted at low altitudes to assess the impact of the system for the provision of the same benefits at flight levels as low as 10,000 feet. The current European mandate will cover altitudes of over 28,500 feet.

In the U.S. the datalink directive is already in place, modernised by the Data Comm Air Traffic Management program (ATM). In the North Atlantic tract datalink is mandatory and access to these valuable routes saves time and fuel for operators.

In addition to these current datalink flight trials, NATS will also perform trials between Bristol and Rome and Scotland and Scandinavia.

Aircraft Internet to Go Beyond Passenger CommunicationsExpanding communications bandwidth may soon broaden the horizons for aircraft internet that pass way beyond passenger connectivity. With increasing computer technology, greater bandwidth and storage capacity, the ability for aircraft to use data sharing and facilitate decision-making with web-based applications brings it all a step closer.

Inmarsat, a British satellite network operator, is a huge name already in aviation, using the far-reaching capabilities of the network for aircraft communications in L-band services. Honeywell is currently working with Inmarsat on the development of the avionics for the new generation of Global Xpress satellites that will operate in Ka-band. Ka-band will bring faster data rates and widen the possibilities for streaming and allowing operators to think ahead of passenger communications.

Honeywell have completed the critical design reviews for Global Xpress and will begin testing this month. The first of three Inmarsat-5 satellites was launched late last year and the rest are expected to be in place by early next year.

224332-flareScientists have warned that a recurrence of the solar flare that appeared last week could cause further radio blackouts over the coming days to aviation and communications systems. The solar flare was captured on video by the NASA Solar Dynamics Observatory on Saturday.

The intense bursts of radiation that solar flares emit, although not causing damage to the Earth, can affect communications as they disturb the layer of the atmosphere that carry signals.

“Though people on the ground will not be affected, satellite systems may be affected and this would likely have an effect on the aviation and communication systems for a while. This may last for up to a few hours,” said Dr Mayank Vahia, cosmic rays scientist at the Tata Institute of Fundamental Research.

As the Sun is at is peak of an 11-year cycle, it had been warned by the Indian Centre for Space Physics that there could be ‘dire consequences’ to the satellite systems around the planet, depending upon where they are positioned at the time of the activity.

Suhas Naik-Satam, programme co-ordinator (scientific) at the Nehru Planetarium in Mumbai, said, “The effect on the satellite system cannot be ruled out and therefore all sectors heavily dependent on such communications systems will have to stay alert.”

Global Flight Support Services ProvidersThe entire aviation industry have scratched its proverbial head in the mysterious disappearance of flight MH370. It has led to a call from the International Telecommunications Union (ITU) for improvements to the 50-year old ‘black box’ system, using advancements in technology to produce a real-time flight tracking system.

According to ITU, there ‘should be a mechanism to ensure that aircraft can be tracked in real time using state-of-the-art cloud computing’.

The black box recorder is mandatory on all flights, to record vital aircraft data regarding flight operations, aircraft systems, performance parameters, magnetic heading, positioning and other critical information. It is today being argued that this information should be available in real-time, with no possibility of being manually disconnected or the need for the recorder to be physically located in the event of an incident.

There is little doubt that the strength of feeling is running high at this stage. The industry as a whole is being urged to find solutions for flight tracking that cannot be manipulated.

Air Traffic ManagementAirports Fiji Limited (AFL) has awarded a long-term support contract which will look after the Aurora ATM System, commissioned in May 2010 to Adacel, a developer of Air Traffic Management systems with Headquarters in USA, Canada and Australia and clients all over the world.

The Aurora system gives AFL the flexibility to handle traffic growth, bringing high levels of safety and service to operators. Capabilities include automated conflict detection, control by exception and monitoring, 4D profile protection and dynamic airspace allocation. The use of CPDLC, Air Traffic Service Inter-Facility Data Communications and surveillance incorporating radar has brought AFL to the forefront of ATM technology in the Pacific region.

Mr Faiz Khan, Executive Chairman of AFL said, ‘The introduction of the Aurora system in our airspace allowed us to operate with neighbouring ANSP’s in a completely seamless manner using an already developed and proven system. The performance of our system since commissioning has been exemplary and support from Adacel will assure continuing success in the future.’