Rockwell Collins is developing the HGS-3500 head-up guidance system, a smaller and lighter head-up display (HUD) for turboprop singles to midsize jets. The HGS-3500, for use in aircraft equipped with the Rockwell Collins Pro Line Fusion avionics suite, fits into one 12-pound unit that mounts in front of the pilot. It consists of an LED-lighted active-matrix LCD that feeds the image into the top of the HUD glass.
Rockwell Collins announced the new smaller and lighter compact HGS-3500 head-up guidance system today at the FSF/NBAA Corporate Aviation Safety Seminar in San Diego. At roughly one-fifth the installed cost of a typical long-range jet’s head-up display (HUD), the HGS-3500 promises to bring the safety benefits of HUD technology to the segment spanning single-engine turboprops to midsize jets.
NASA has awarded a $1.2 million contract to Honeywell and Gulfstream for an 11-month test program of synthetic- and enhanced-vision systems (ESVS) technologies in business jet cockpits. The program’s overall research goal is to use SVS and EVS views for “equivalent visual operations,” a key initiative in the FAA’s plan for NextGen.
The new Q-Sight head-up display (HUD) from BAE Systems (Booth No. 1107) now has a launch customer in the military sector and the manufacturer
Elbit Systems of America said that the installation of the first head-up display (Hud) and Kollsman enhanced-vision system (EVS) combination in a Challenger 604 is on track for certification early next year.
Elbit Systems of America (Booth No. 3193) said yesterday that the installation of the first head-up display (HUD) and Kollsman enhanced-vision system (EVS) combination for the Challenger 604 is on track for certification early next year.
Honeywell has started flight testing a technology that merges the view of an infrared enhanced-vision system (EVS) with that of a synthetic-vision system (SVS) to give pilots a new way of seeing the world at night or in poor visibility.
Honeywell has started flight testing a technology that merges the view of an infrared enhanced-vision system (EVS) with that of a synthetic-vision system (SVS) to give pilots a new way of seeing the world at night or in poor visibility. The company said this week that it has completed about 25 hours of evaluations in a Cessna Citation V and a Sovereign fitted with forward-looking IR sensors and its SmartView SVS.
How will airplanes operate in 2030? The question needs addressing now since new aircraft introduced then are likely to be in production for another 30 years and in service for 50. Thales has been pondering it for the last two years, and last month the company convened a symposium in Paris to unveil its concept of the smart, communicating aircraft.
BAE Systems has lined up a half dozen prospective applications for Q-HUD, a compact and lightweight head-up display for smaller business airplanes where space limits the use of overhead projection equipment. A firm commitment from one or more airframe makers could be imminent as BAE Systems works to complete certification of the product before the end of next year.