The British supercarrier HMS Queen Elizabeth officially joined the Royal Navy today at Portsmouth naval base. On the hangar deck of the 65,000-tonne (71,650-ton) ship, her Lady Sponsor, Queen Elizabeth II, formally oversaw the ceremony as Captain Jerry Kyd, the Commanding Officer, read the commissioning warrant that confirmed the future flagship as an active part of the fleet and the White Ensign and commissioning pennants were raised for the first time.
By the President of the United States of America
National Pearl Harbor Remembrance Day
December, 1986 – Ronald Reagan
Captain – U.S. Army Air Forces (AAF)
In the annals of American history, only a few events are so well-known and so deeply rooted in national remembrance that the mere mention of their date suffices to describe them. Of these occurrences, none could have had more significance for
our Nation than December 7, 1941.
On that Sunday morning, 45 years ago, the Imperial Japanese Navy launched an unprovoked, surprise attack upon units of the Armed Forces of the United States stationed at Pearl Harbor, Hawaii. This attack claimed the lives of 2,403 Americans, wounded 1,178 more, and damaged our naval capabilities in the Pacific. Such destruction seared the memory of a generation and galvanized the will of the American people in a fight to maintain our right to freedom without fear.
A partial replacement for the A-10 Warthog has reached a key milestone, with lawmakers backing a $400 million investment in the program. The OA-X program, designed to procure a light attack/observation aircraft, could see up to 300 aircraft purchased by the U.S. Air Force to take over aerial warfare in low-intensity conflicts.
The Air Force took one step closer to fielding a fleet of up to 300 light attack aircraft. Funding for the OA-X, or Observation, Attack, Experimental aircraft was included by Congress in the 2018 National Defense Authorization Act, other
wise known as the 2018 Defense Budget.
OA-X is an attempt to develop a low cost weapon and sensor platform for close air support duties. The Air Force expects to use the aircraft over conflicts that don’t involved high tech adversaries like Russia or China, where the biggest threat is a light anti-aircraft cannon or a shoulder-fired surface to air missile. OA-X could have supported U.S. forces against the insurgency in Iraq, or today’s conflicts in Afghanistan, Syria, Somalia, and the Philippines.
This summer, four candidates for the program, the Textron Scorpion, Hawker Beechcraft AT-6 Wolverine, Embraer/Sierra Nevada Super Tucano A-29, and Air Tractor AT-802U were all tested at White Sands Missile Range, New Mexico in a variety of simulated missions from convoy escort to supporting friendly ground troops in contact. Earlier this fall the Air Force proposed sending two of the aircraft, the Wolverine and Super Tucano to fly real missions in a conflict zone.
by: Brent Smith at the Common Constitutionalist
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The British Special Air Service, or SAS, is the effective forerunner for American Special Forces. They rival American operators in skill and toughness.
The elite SAS was founded in 1941, for the North Africa campaign against the Nazis. This was six months prior to the Americans entering the war. Two years later, in 1943, began what we know today as the Navy SEALs. When they began, the SEALs were known as the Naval Combat Demolition Unit, or NCDU, and worked exclusive in the water.
For almost three quarters of a century, the British SAS, SEALs, SWCC, Army Rangers, Delta, Green Berets, Marine Corps Special Operations Command, or MARSOC, and Air Force Special Operations Squadrons, or AFSOC, have been male only.
Then President “Feminizer” Obama was elected and things began to change – for the worse. The era of politically correct military social experimentation was on. And what a perfect group of test subjects – ones who can’t quit or merely walk out. Soldiers, sailors, airman and Marines were trapped and forced to put up with new military P.C. directives.
DARPA, the US military’s arm responsible for developing new military technologies, is developing genetically modified plants that can detect threats and spy discreetly
The program aims to engineer plants to detect certain chemicals, pathogens, radiation, and even electromagnetic and nuclear signals, and use existing hardware such as satellites to monitor these plants.
The smart plants could have applications outside of the military too – for example to help communities identify undetonated landmines from previous conflicts and testing areas.
In a move that could revolutionize aerial combat, the US Air Force Research Lab (AFRL) has awarded Lockheed Martin a US$26.3 million contract to design, develop, and produce a high-power laser weapon that the AFRL wants to install and test on a tactical fighter jet by 2021. The new test weapon is part of the AFRL Self-protect High Energy Laser Demonstrator (SHiELD) program tasked with developing airborne laser systems.
Keeping safe and comfortable in arctic conditions is a precarious balancing act between protecting one’s self against the cold without overheating. This is particularly true of a soldier’s hands and feet while working in the cold, so scientists from Stanford University and the US Army Natick Soldier Research, Development & Engineering Center are working on energized fabrics that heat up when powered, yet wick away sweat and dry easily.
China has developed a new magnetic propulsion motor that could make nuclear submarines far stealthier, state media have claimed.
According to a new report, the China Shipbuilding Industry Corporation (CSIC) has tested the country’s first permanent system of this kind, paving the way for quieter and more elusive high-speed vessels.
The new magnetic drive, if successful, could bring the Chinese navy more on par with the US and other Western naval forces.
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The US Army’s Maneuver Center of Excellence (MCoE) at Fort Benning, Georgia recently provided a glimpse into the future of combat as robotic and autonomous systems worked together as robotic “wingmen” in simulated combat operations.
Trophy is called a “hardkill” system (as opposed to “softkill”, a system that accomplishes its mission by jamming or distracting the threat), and Trophy offers 360-degree coverage. That’s especially useful on main battle tanks, which concentrate their thickest armor to the front of the tank, leaving their flanks and rear surfaces vulnerable. Trophy is also effective against high-angle threats, rockets and missiles aimed from aircraft and helicopters. It can even engage multiple incoming threats.