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Military & Aerospace Electronics April 2007 John McHale |
Sensitive and Tireless: High-Endurance UAVs Sense What Men Cannot Sensors for unmanned aircraft are evolving in efficiency and capability as payload designers look for every possible edge in surveillance, combat, and collision avoidance.  |
Military & Aerospace Electronics July 2007 |
Products Mercury offers integrated UAV-based reconnaissance system... Statek crystal oscillators for unmanned vehicles... Power-amplifier module from Merrimac Industries drives UAV communications links... etc.  |
National Defense July 2012 Antoine Martin |
Promising Outlook for Navy's Unmanned Aviation The U.S. Navy has ambitious plans to deploy new families of unmanned aircraft over the next decade.  |
Military & Aerospace Electronics September 2008 |
Northrop Grumman Selects Cubic Data Link Systems for U.S. Navy MQ-8B Fire Scout Each Fire Scout data link system comprises two components, air data terminals and ground data terminals, both of which assist in the Fire Scout's ISR (intelligence, surveillance, and reconnaissance) and targeting missions.  |
Military & Aerospace Electronics August 2005 John McHale |
AUVSI show: AeroVironment test-flies liquid-hydrogen-powered UAV The Global Observer, a liquid-hydrogen-powered unmanned aerial vehicle, will be able to operate at altitudes to 65,000 feet for more than a week without refueling and with a flexible payload-carrying capacity of as much as 1,000 pounds.  |
Military & Aerospace Electronics June 2005 Roger Joel |
Unmanned Vehicles: Autonomous and on-Target Perhaps the single biggest challenge-both to truly autonomous unmanned vehicle designers and to the widespread military deployment of unmanned vehicles-is obstacle recognition and avoidance.  |
Military & Aerospace Electronics April 2006 John McHale |
Synthetic Aperture Radar Technology Key Part of Space-Based Radar The technology of synthetic aperture radar, which has been used to map the Earth from space, will play an integral role in the U.S. Department of Defense's space-based radar programs.  |
National Defense July 2009 Grace V. Jean |
Unmanned Systems Could Fly Majority of Air Force Missions Surveillance drones are becoming mainstream and the Air Force is even exploring a broader range of future missions for unmanned systems.  |
Military & Aerospace Electronics June 2005 |
Lockheed Martin Teams with Aerosonde for UAV Systems The defense powerhouses have announced the establishment of a multinational strategic alliance to provide Unmanned Aircraft System (UAS) solutions for domestic and international markets.  |
National Defense May 2004 Roxana Tiron |
China Is Pursuing Unmanned Tactical Aircraft China has been quietly at work pursuing unmanned aircraft technologies both domestically and from foreign partners. It also is marketing its drones to friendly nations in Asia and Africa, according to a Chinese industry official.  |
National Defense May 2004 Roxana Tiron |
Army Unmanned Air Vehicles Proliferate in the Battlefield The U.S. Army is committing increasing resources to developing sharply enhanced surveillance, communications and weapons for unmanned aerial vehicles.  |
Military & Aerospace Electronics October 2006 |
Australian Military Deploys Mediaware for North West Shelf UAV Trial The Australian Department of Defence (ADF) awarded Mediaware a contract for its D-VEX digital video-exploitation system to be installed in it's unmanned aerial vehicles (UAV).  |
National Defense April 2005 Roxana Tiron |
Gulf Nation Poised to Lead Region In Production of Unmanned Aircraft United Arab Emirates seeks to improve on its surveillance program to increase homeland security.  |
National Defense January 2016 Allyson Versprille |
Affordable Surveillance a Priority for Special Operations U.S. Special Operations Command is looking to add more affordable surveillance, intelligence and reconnaissance systems to its inventory, the head of acquisition and procurement said.  |
Military & Aerospace Electronics August 2006 John McHale |
Market Analysts See Strong Growth for UAV Market The global unmanned aerial vehicle (UAV) market continues to grow at a substantial pace, mostly driven by the U.S. military, say market analysts in the U.S. and United Kingdom.  |
National Defense June 2009 Robert H. Williams |
Tiny Drone Soars in Field Testing A small, battery operated unmanned aerial vehicle, called the Orbiter, was tested in a recent exercise and is now being marketed to the U.S. military.  |
National Defense May 2014 Valerie Insinna |
Navy Surveillance Drone Undergoes First Round of Flight Tests The Navy is one step closer to having its own fleet of unmanned aircraft capable of conducting long-endurance surveillance missions at high altitudes. The MQ-4C Triton completed its initial test flight phase in March.  |
National Defense October 2013 Valerie Insinna |
Navy's New Drones Taking Center Stage The Navy finally is developing its own custom unmanned air systems, with the service planning on fielding four new aircraft in the next few years.  |
Popular Mechanics September 9, 2009 Joe Pappalardo |
4 Forgotten Facts About Combat UAVs One important fact is that UAVs aren't unmanned -- they're remotely controlled.  |
National Defense July 2015 Yasmin Tadjdeh |
Collision Avoidance Technology for Unmanned Aircraft Years Away Sense-and-avoid technology is a conundrum for unmanned aerial vehicle engineers and researchers.  |
National Defense July 2012 Dan Parsons |
Teaming Pilots With Drones Hampered By Technology The Army recently found that the most cost effective solution to replace its scout helicopters was a mix of traditional rotary wing platforms and unmanned aerial vehicles flying alongside to cover more ground in a single mission.  |
Military & Aerospace Electronics February 2010 John Keller |
AeroMech team to build Sand Dragon route-surveillance UAV that runs on heavy fuels Air Force researchers are asking AeroMech to demonstrate a runway-independent launch and recovery system for the 24-hour-endurance Sand Dragon Tier II UAV, as well as the pilotless aircraft's control station, for quick deployment to the Middle East and other military operational areas.  |
National Defense February 2015 Stew Magnuson |
Marine Corps Set to Deploy Next-Generation Unmanned Aircraft The Marine Corps and Navy will launch their newest unmanned aerial system, the RQ-21A Blackjack, from a ship this spring for the first time, and are looking into developing pocket-sized reconnaissance drones.  |
Military & Aerospace Electronics April 2009 Courtney E. Howard |
Army's Sky Warrior Alpha UAV Takes Out Insurgent Force During Battle in Iraq Warrior Alpha has become the first unmanned aerial vehicle (UAV) to fire missiles in combat.  |
Military & Aerospace Electronics June 2005 |
NOAA and NASA Begin Science Experiment With UAVs The UAV Flight Demonstration Project, using GA-ASI's Altair remotely operated unmanned aerial vehicle (UAV), is the first time NOAA has funded a UAV Earth science demonstration mission.  |
Military & Aerospace Electronics July 2009 J.R. Wilson |
Unmanned Aerial Vehicles Get Ready for Prime Time Government leaders are supportive of unmanned aerial vehicles (UAVs) use in non-military applications such as border control, emergency response, law enforcement, and forest fire surveillance.  |
National Defense May 2012 Dan Parsons |
Commanders Feel Deficiency as Wars Hog Surveillance Platforms The wars in Iraq and Afghanistan have proven the efficacy of airborne surveillance as a military tool. The conflicts have also hogged almost all of the U.S. military's manned and unmanned surveillance platforms, to the detriment of combatant commanders elsewhere.  |
Military & Aerospace Electronics August 2005 John Keller |
Navy looks into how to control next-generation autonomous unmanned aircraft U.S. Navy experts are redesigning the unmanned aerial vehicle control station of the future -- to accommodate new technologies and futuristic pilotless aircraft, and to reduce military manning levels by introducing more machine autonomy.  |
National Defense May 2014 Valerie Insinna |
Military, Industry Racing to Create Sense-and-Avoid Systems Congress has set a 2015 deadline for the Federal Aviation Administration to phase drones into civil airspace, but one of the technologies needed to safely operate unmanned aircraft won't be ready until at least a year later.  |
Military & Aerospace Electronics September 2009 |
Ascent Solar Modules to be Designed Into Hybrid Unmanned Aerial Vehicle The hybrid unmanned aerial vehicle will be designed primarily for military use; however, its capabilities will also include a broad spectrum of civil applications.  |
Military & Aerospace Electronics June 2005 |
Steadicopter Builds Autonomous UAV By combining a patented computer program and Global Positioning Satellite (GPS) with an existing minicopter, an Israeli company has developed an unmanned aerial vehicle (UAV) that could be the next homeland-security defense tool.  |
National Defense December 2013 Dan Parsons |
Debate Continues Over Role of Simulators in UAS Pilot Training There still is no agreed upon method of training new UAS pilots -- and keeping seasoned operators proficient -- for future conflicts where U.S. drones will be flying in contested airspace.  |
National Defense November 2013 Chuck Nash |
U.S. Military Needs Better Defenses From Aerial Attacks The Joint Land Attack Cruise Missile Defense Elevated Netted Sensor, is a tethered, unmanned aerostat. JLENS could significantly reduce demand for conventional manned platforms and lower the overall cost of the current business model.  |
National Defense May 2013 Dan Parsons |
Worldwide, Drones Are in High Demand The U.S. military may be the most high-profile owner and operator of unmanned aircraft, but it is far from the only customer of the controversial vehicles.  |
National Defense September 2007 Sandra I. Erwin |
Incompatible Technologies Weaken Utility of Aerial Spies The military services operate nearly 4,000 unmanned aircraft, most of which have been deployed to Iraq or Afghanistan. The Army alone is flying 1,200 drones in surveillance combat missions.  |
Military & Aerospace Electronics August 2006 John Keller |
Air Force Looks to Mercury to Develop Sensor Processing for Predator UAV Mercury Computer Systems won a contract from the U.S. Air Force Research Laboratory to provide computer hardware and services for the Continuous Look Attack Management for Predator Program.  |
National Defense December 2011 Stew Magnuson |
Coast Guard Hasn't Given Up on Long Delayed Unmanned Aerial Vehicle Plans The case for having long-endurance, over-the-horizon surveillance capabilities was made in the early years of the Deepwater modernization program.  |
National Defense February 2013 Stew Magnuson |
Budget Cuts Force Army Unmanned Aviation to Make Do With What It Has As defense budgets decline, the Army intends to stand pat with four basic unmanned aerial vehicle models, officials said at a recent conference.  |
Military & Aerospace Electronics July 2004 |
Unmanned vehicles: one of the hottest technologies going Unmanned air, ground, and underwater vehicles are finding important new niches in military and aerospace applications.  |
Military & Aerospace Electronics July 2009 John Keller |
A Detailed Look at the Pentagon's $5.4 Billion Plan in 2010 to Develop and Deploy U.S. military forces plan to spend nearly $5.4 billion next year on unmanned vehicle (UV) technology for air, ground, and maritime applications.  |
Military & Aerospace Electronics September 2006 |
Army I-GNAT ER UAS Achieves 10,000 Combat Flight Hours in Record Two Years Officials at General Atomics Aeronautical Systems announced that the unmanned aircraft system has reached a record 10,000 combat flight hours on a total of 858 combat missions.  |
National Defense July 2009 Sandra I. Erwin |
Four-Star General in Charge of Homeland Defense Not Big On UAVs Unmanned aircraft may be proliferating in combat zones, but in U.S. homeland security missions, don't expect the same phenomenon.  |
National Defense November 2012 Yasmin Tadjdeh |
Unmanned Aerial Vehicles to Become Lighter, Faster In the future, the military can expect to have unmanned aerial vehicles that are faster, stealthier and lighter, with longer endurance and can hold heavier payloads.  |
National Defense February 2014 Dan Parsons |
Drones Over U.S. Soil Still Years Away, Despite Congressional Mandate The Federal Aviation Administration has less than a year left to meet its congressionally mandated 2015 deadline for clearing drones to fly over U.S. soil.  |
Military & Aerospace Electronics April 2007 |
DRS Neptune, Sentry UAVs Use Enerdyne Sensor Digital Data Link DRS required Enerdyne's system for transmitting sensor data-including video, audio, telemetry, and Internet Protocol (IP) information-from the company's Neptune and Sentry HP unmanned air vehicles (UAVs).  |
National Defense May 2008 Stew Magnuson |
Army Starts Over With Aerial Common Sensor The Army is making a second attempt at a failed joint program to create a manned aerial platform designed to provide persistent surveillance over battlefields.  |
Military & Aerospace Electronics November 2006 John McHale |
Boeing manned/unmanned light helicopter uses latest digital technology The A/MH-6X Little Bird is said to offer exciting new possibilities for an already outstanding platform. The most significant modifications are to the cockpit avionics and electrical systems.  |
Military & Aerospace Electronics September 2005 J.R. Wilson |
The evolution of UAV avionics Success of military unmanned aerial vehicles (UAVs) and development of new platforms for information, surveillance, and reconnaissance (ISR) has led to some significant advances in small-scale avionics systems.  |
Military & Aerospace Electronics April 2010 |
Navy Asks OASYS Technology to Develop Multispectral Sensors for Unmanned Aerial Vehicles Systems designers at OASYS Technology won a $10.6 million contract to develop an unmanned airborne multispectral sensor suite for advanced imaging technology in unmanned aerial vehicles (UAVs).  |
Military & Aerospace Electronics July 2004 Deschenes & Sanderson |
Next-Generation UAVs Leverage FPGA Computing Technology The military's effective use of unmanned aerial vehicles (UAVs) in recent conflicts has highlighted their successes, which are vigorously driving UAV technology developments.  |