Marking the B747

FAA has certified STG Aerospace’s SafTGlo photoluminescent (PL) floorpath marking system for the Boeing 747-400. It’s the first FAA certification of a PL system on a multideck aircraft. Visit

Single European Sky

Helios Technology will provide technical support to the Industry Consultation Body for the Single European Sky. Helios will analyze and synthesize technical documents and prepare briefing papers. Visit

Helicopter HUMS

Honeywell health and usage monitoring systems (HUMS) will be offered as an option on Sikorsky’s currently produced S-76C+ helicopters. The gear can be retrofitted to existing S-76C+ and earlier S-76 models. Visit

Tester Acquistion

Wyle Laboratories Inc. has agreed to acquire the Aeronautics Services business of General Dynamics. It will provide testing and support services to aeronautics and defense contractors and government agencies. Visit

Map Generation

Galileo Avionica, an Italian manufacturer of aircraft electronics and electro-optics, has developed the GA-MAP helicopter map generation and control system using a Wind River Systems platform. The system is designed for use on the NH Industries NH90. Visit

Frequentis in Ireland

Frequentis and Prime Contractor Systems Interface will upgrade the tower communications system and approach radar suite at Ireland’s air traffic control facility in Belfast City Airport. Visit

Wireless Router

FedEx will install IEEE 802.11b wireless routers from Avionica Inc. on its fleet of nearly 100 Boeing 727 freighters this year. Nineteen DC-10s will be fitted with the routers over the next few years. One of the many uses of this technology will be to send flight operations quality assurance (FOQA) data over a secure radio link into the cargo carrier’s FOQA servers, which are accessible to authorized persons on the FedEx secure global network.

FedEx will use the FOQA data to profile flights and customize pilot training, says Robert Bouchard, the company’s senior adviser-aircraft development. Flight safety is the driver, he says. FOQA software can inform carriers of areas in which flight crews may require specific training, such as difficult approach, takeoff and landing procedures at certain airports.

Instead of downloading data manually onto PC cards every eight weeks or so, FedEx now can download it automatically via Gatelink, at 11 Mbits/s, every time an aircraft approaches a wireless-enabled gate. This provides a near-instantaneous safety snapshot of each flight. FedEx has added IEEE 802.11b wireless capability at 27 of its destination airports and plans to equip several more sites. It also plans to transition to 802.11g, which moves data at 54 Mbits/s.

The SecureLINK router, the up to 2-Gbit miniQAR (quick access recorder) that feeds it, and a WiFi antenna that transmits the FOQA data to the gate, are manufactured by Miami-based Avionica, whose affiliate, Avionics Support Group, received a supplemental type certificate (STC) on the configuration in late January.

Along with FOQA, FedEx will apply the Avionica technology in the B727 to its electronic flight bags (EFBs), which now can be updated automatically. All of the carrier’s B727s are equipped with Class 2 EFBs. The electronic process also adds a level of assurance, Bouchard explains. The end-to-end solution tells the company what’s on each device and when the data was delivered. The carrier, therefore, always knows when the information needs to be updated.

The SecureLINK router provides seven hard-wired Ethernet ports, allowing airlines future growth, says Stylian Cocalides, Avionica vice president. To support the FOQA application, the miniQAR receives flight data from the digital flight data acquisition unit. FlyBE, a UK-based regional carrier, also is installing the Avionica equipment. Visit and

Military Chat Rooms

The U.S. Air Force and Northrop Grumman Corp. have demonstrated the Interim Capability for Airborne Networking (ICAN). ICAN allows personnel on board the E-8C Joint Surveillance Target Attack Radar System (Joint STARS) aircraft (shown right) to speak with units and command centers on the ground via real-time Internet, all within a secure, classified environment. The communication is achieved by routing the data through Joint STARS radios into the Pentagon’s Secret Internet Protocol Router Network.

The ICAN system gives aircrews access to the decision making process in air operations centers. It allows them to respond to the issues addressed through text and instant messages, chat rooms and e-mail rather than wait for a radio call after the decision has been made. This, in turn, enables shorter strike decision times.

Initially, ICAN will only be available on the E-8C Joint STARS aircraft, but this may change. According to Jim Stratford, a Northrop spokesman, ICAN can be used anytime you want to "augment the voice communications between platforms." The U.S. Navy also has expressed an interest in the system for its E-2 Hawkeye aircraft, he says. Visit

Hawk Trainer Systems

BAE Systems Platform Solutions will supply the mission computer and autopilot system for 20 Hawk 128 advanced jet trainer aircraft purchased by the UK Ministry of Defence. The computer provides graphics for the Hawk’s six display panels and head-up display. Visit

In-Flight Update

Jeppesen, Englewood, Colo., recently updated a JeppView database in flight, using an airborne wireless connection. While over the North Atlantic, Jeppesen president and chief operating officer Mark Van Tine updated the database installed on his PC, employing the Connexion by Boeing in-flight Internet service. Visit

EW Market Forecast

According to a recent study of the electronic warfare (EW) market by Forecast International, defense departments will spend an estimated $28.5 billion on EW systems over the next decade. The firm cites renewed U.S. interest in upgrading jamming systems and developing aircraft self-protection systems as a market driver. The U.S. Navy’s EA-6B Prowler (shown above) and its future replacements are expected to command a large share of the EW funding. Over the next 10 years the Navy is expected to install EW equipment worth more than $955 million on EA-6Bs and EA-18Gs. Visit

AWIPS Project

The U.S. National Oceanic and Atmospheric Administration’s (NOAA) National Weather Service (NWS) has chosen a Lockheed Martin-led team to compete in the next phase of the Advanced Weather Interactive Processing System (AWIPS) project. AWIPS is an integrated system that will collect meteorological data from radar systems, weather satellites and other modeling systems to be processed and disseminated for weather forecasting, tracking and reporting. The contract award, which is estimated to be worth $330 million over 10 years, is expected in July 2005. Visit


Smiths Aerospace has obtained an FAA supplemental type certificate (STC) for its SDS-2000 electronic flight instrument system (EFIS) as a part of the American Airlines MD-80 cockpit upgrade. The system consists of four displays, two control and dimming cockpit panels, and two mode select panels. American is the launch customer for the SDS-2000 system. Visit

Image Processing

NASA’s Johnson Space Flight Center and the Defense Advanced Research Projects Agency (DARPA) have awarded a two-year, $600,000-contract to Michigan Aerospace Corp. to develop image processing algorithms for 3D sensors. The image processing software and hardware can be used for a variety of defense applications, including mapping, target recognition/classification and obstacle avoidance. Visit

C-130 Display Processor

Smiths Aerospace has delivered mission display system hardware and software to Boeing for the U.S. Air Force’s C-130 avionics modernization program (AMP). This hardware and software make up the mission display processor, the principal computing environment for the C-130 AMP. In addition to Smiths software, the processor will host programs from Boeing, Teledyne Controls and BAE Systems. Visit

Air Asia Avionics

Rockwell Collins will provide avionics for low-cost carrier Air Asia’s Airbus A320s. The airline will install Collins’ WXR-2100 MultiScan weather radar and GLU-920 multimode receiver on 40 of its planes. It holds options to equip 40 more aircraft. Deliveries will begin in December 2005. Visit

Helicopter Connection

Iridium Satellite has announced that MedSTAR Transport, the emergency medical service provider, will equip its fleet of one BK117 and three EC135 helicopters with Sky Connect satellite terminals. The Sky Connect Tracker systems will permit automated tracking and voice communications with the helicopters through the Iridium satellite network. Visit

Algerian ATM

A new air traffic management (ATM) system, supplied by Thales, has entered into service in Algeria. The company supplied its Eurocat ATM system with voice communication control for the en-route air traffic control center in Algiers and the approach control centers in Algiers, Oran, Constantine and Annaba. Visit

Breadboard Array

Raytheon Co.’s Space and Airborne Systems unit has delivered to the U.S. Air Force Research Laboratory’s Sensors Directorate a breadboard array for demonstrating ultra-wideband (UWB) multifunction array performance. The breadboard is a UWB phased array antenna radiating aperture, operating at 2 to 18 GHz and capable of wide-angle beam scan. Visit

French UAV

EADS Defense and Communications Systems won the DRAC (Drone de Reconnaissance au Contact) unmanned air vehicle (UAV) contract from the French armaments procurement agency, DGA. The $30-million contract calls for EADS to develop, test and manufacture 160 UAV systems for the French Army. The DRAC system will be used for short-range reconnaissance. Visit

Countermeasure Upgrade

BAE Systems has received follow-on contracts from the Naval Inventory Control Point and the Naval Air Systems Command to maintain and upgrade the AN/ALQ-157 infrared countermeasure systems for the U.S. Navy and Marine Corps. The program is expected to continue into 2006. Visit


Rockwell Collins and Boeing will work on the U.S. Army’s Aviation Applied Technology Directorate’s (AATD’s) Manned/Unmanned Common Architecture Program (MCAP), which looks to create a common mission processing architecture for manned and unmanned aircraft. Phase 2 of the project, led by Boeing, will create an open system scalable mission avionics architecture for the AH-64D Apache helicopter. Phase 3, headed by Collins, will develop a mission avionics architecture for an Army unmanned air vehicle (UAV). The companies hope to have an interoperability demonstration between the two platforms this summer. Visit

Aerial Camera

The Las Vegas Metropolitan Police Department (LVMPD) chose Helinet Aviation Services’ Helinet/Cineflex HiDEF aerial camera platform for use during the city’s New Year’s Eve celebration. Mounted on an LVMPD helicopter, the camera was used to monitor more than 300,000 people on the Las Vegas Strip. The video feed was sent via a real-time encrypted link to the LVMPD command center for review. Visit

Avionics Expo ’05

How will the most advanced combat aircraft program impact the avionics industry? What avionics technologies are being developed to improve aviation safety and efficiency? How does the organization representing the international air transport industry envision tomorrow’s avionics requirements?

These questions and others will be addressed at Avionics Expo 2005 conference and exhibition, held March 30-31 at the Amsterdam RAI conference center in Amsterdam, the Netherlands. Eric Branyan, Lockheed Martin’s vice president-mission systems for the F-35 Joint Strike Fighter program, will be a featured speaker, describing not only the advancements being developed for this multinational, multimission combat aircraft, but also how these new technologies can impact the entire avionics industry.

Branyan joins keynote speaker Ralph Thompson of the International Air Transport Association and an array of speakers from throughout the aviation community: airlines, airframe and avionics manufacturers, research institutions, regulatory agencies and the academic world. They will discuss leading-edge technologies and procedures, such as synthetic vision, satellite navigation, data link communication, autonomous flight operations, head-up displays with enhanced vision, missile defense on commercial aircraft, and revolutionary graphic display imaging, among other topics.

The Amsterdam event will be the second Avionics Expo. The first conference and exhibition was held in 2003 in Wiesbaden, Germany. Avionics Expo is organized by UK-based Simply-Events Ltd. and is sponsored by Avionics Magazine. Visit

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