When asked, “Why an app, and why now?” James Hardie, Arinc Direct’s director for the EMEA and Asia Pacific regions, responded, “Once we realized that more than 50 percent of our subscriber base was already using the [Apple] iPad as an electronic flight bag in the cockpit, we knew that we could provide more up-to-date information, automatically, through our own app, whenever it is connected via the Internet to our servers.”
An enhancement of Aircraft Performance Group’s iPreFlight iPad app adding in-flight analysis is about to be released on the Apple App Store, but EBACE attendees can get a preview demo from APG (Stand 2364). Previous versions of the app need to be connected to the Internet to perform runway analysis calculations, but in-flight analysis (in what will be Version 1.17) allows a landing-distance assessment to be completed while airborne.
DAC International (Stand 1131) has introduced the GDC64 tablet-to-aircraft interface, a small box that delivers aircraft data to devices such as the iPad and Android tablet computers and provides iPad battery charging. The GDC64 will be approved for Part 25 aircraft and can accept up to four Arinc 429 inputs, eight other discrete data inputs and serial data from a weather receiver.
Connectors Deliver More Data to iPads
The growing popularity of Apple’s iPad as a Class 1 electronic flight bag (EFB) has captured the interest of avionics manufacturers, and at last month’s Aircraft Electronics Association show two new devices that connect iPads to aircraft data were unveiled.
Among the new products announced yesterday at the 55th Aircraft Electronics Association Annual Convention in Washington, D.C., were more new ways to hook Apple iPads to cockpit electronics. Aspen Avionics is nearing certification of its Connected Panel iPad interface, now due by July.
Arinc Direct has further developed its iPad app, which was launched at the NBAA Convention last year and designed to be a low-cost electronic flight bag (EFB) solution. The Arinc Direct app will soon include a moving-map display, weather-radar feed, runway analysis and enhanced flight-planning tools.
The SkymasterTX digital video downlink transmitter from Integrated Microwave Technologies (IMT) should be interesting to military and government purchasers who require secure real-time downloading of video imagery.
IMT, a business unit of the Vitec Group, is at Booth No. 7317 to display and explain the lightweight, full-featured digital video transmitter built to address aircraft secure encryption downlink requirements. The transmitter features ARINC mounting, which allows easy moving of units from one aircraft to another.
Competing contractors have disclosed the industry teams they’ve assembled to pursue the FAA’s Data Communications Integrated Services (DCIS) contract, the second major step toward building the Next Generation Air Transportation System (NextGen). The DCIS contractor will provide a data communications network connecting ground and aircraft automation systems, enabling digital data communications between pilots and air traffic controllers starting in 2015.
Arinc Direct announced today that it has added standardized airport noise abatement procedures to its product suite for flight planning, thanks to an agreement with FlightRisk and Whispertrack. As such, the company’s flight-planning suite now includes noise-abatement procedures for more than 22 North American airports, including Teterboro, N.J., and Oakland and Santa Monica, Calif. Arinc Direct claims it is the first flight-planning service to provide this data as standard information for its operators.
Digital data messaging between pilots and air traffic controllers is scheduled to begin replacing voice-based communications in U.S. airspace in the next three years.