Just in time for the Republican National Convention, the Center for Security Policy has reissued a database of defense spending across congressional districts. Here’s a look at contracts coming to some of the House’s most influential members on defense matters.
Australia will acquire electronic attack systems for the half of its Boeing F/A-18F Super Hornet fleet that is already wired for the equipment. The upgrade will cost an estimated A$1.5 billion ($1.44 billion), and the converted aircraft are scheduled to be operational in 2018.
PARIS — In the debate over whether to start work on Europe’s successor to the Ariane 5 launch vehicle, France and Germany have at least agreed on the estimated price tag — €3.8-€5 billion ($5-$6.5 billion) over a decade. Detailed in a report recently delivered to the French and German governments, the cost estimate serves as a point of departure from which the polarized partners will move forward this fall, when European Space Agency (ESA) ministers meet in Caserta, Italy, to settle the organization’s multiyear budget.
XCOR Aerospace, the suborbital commercial spaceflight company founded in Mojave, Calif., announced a second easterly expansion on Aug. 23, outlining plans for flight operations as well as manufacturing and assembly facilities for its winged, two-seat Lynx Mark II reusable launch vehicle in Central Florida.
NEW DELHI — India-based Samtel Avionics & Defense Systems is in talks with Honeywell for the supply of multiple displays for aircraft and expects business worth $100 million from the U.S. firm in the next five to seven years.
Lockheed Martin, Oshkosh and AM General all have been chosen to progress into the engineering and manufacturing development (EMD) phase of the Joint Light Tactical Vehicle (JLTV) program to replace U.S. Army and Marine Corps Humvees. Lockheed is receiving $66 million for the 27-month EMD phase, with Oshkosh receiving $56 million and AM General $64 million. Navistar International Corp., General Dynamics and BAE Systems also bid for EMD but were not chosen.
It is now up to the U.S. Navy to decide which contractor will get the acknowledged brass ring of radar suite contracts for the service: the Air and Missile Defense Radar (AMDR). As expected, Lockheed Martin, Northrop Grumman and Raytheon all recently submitted proposals for AMDR, a next-generation radar system designed to provide ballistic missile defense, air defense, and surface warfare capabilities.
REALITY, AUGMENTED: The U.S. Office of Naval Research (ONR) is showing off the next phase of an augmented-reality project that the lab says will quite literally change the way warfighters view operational environments. ONR is developing a system that allows trainees to view simulated images superimposed on real-world landscapes — for example, virtual aircraft, targets and munitions effects inserted into the real-world view through glasses, goggles or a visor.
Click here to view the pdf Fiscal 2013 Senate Defense Appropriations Markup:U.S. Military Missile & Space Procurement ($ in thousands) Fiscal 2013 Senate Defense Appropriations Markup: U.S.
U.S. Air Force and Air National Guard units are fielding a helmet-mounted cueing system (HMCS) from Gentex Corp. of Carbondale, Pa., in A-10s, F-16s (Batch 30 and 32) and C-130 gunships flown by Air Force Special Operations Command. The Scorpion HMCS was tested by the Air Force and originally selected in 2010. Nine A-10 Thunderbolt II pilots from the 47th Fighter Sqdn. of Barksdale AFB, La., are the first to try out the system in an operational exercise. They tested Scorpion during the Rim of the Pacific exercise June 29-Aug. 3, in Hawaii.
TEL AVIV — Israeli defense analysts believe recent threats from Hezbollah indicate the terrorist group may have obtained weaponized chemical substances, possibly smuggled in from chaotic Syria, that could be installed on long-range missiles.
NEW DELHI — India’s Coastal Surveillance Network (CSN), meant to detect intrusion by ships along the country’s 4,600-mi. coastline, will become completely operational by 2013. “A Coastal Surveillance Network consisting of a chain of static radars and electro-optic sensors at 84 remote sites is envisaged along the coastline including island territories to detect movement of suspicious vessels. The network is envisaged to be fully functional by [the] middle of next year,” Defense Minister A. K. Antony told the Indian parliament Aug. 22.
The Pentagon recently agreed to a broad U.S. Navy plan to develop and buy presidential replacement helicopters, but some defense analysts say the program is still dragging. The U.S. Navy in May proposed a conceptual acquisition strategy to the Pentagon “that would use mature technology to satisfy user requirements,” says Navy Capt. Catherine Mueller.
The U.S. Defense Advanced Research Projects Agency (Darpa) has successfully tested an imaging device at 0.96 and 1.4 gigapixels of resolution, developed for its Aware — Advanced Wide FOV (field of view) Architectures for Image Reconstruction and Exploitation — program.
NASA’s Astrophysics Division plans to form a 12- to 15-member external team to assess potential science missions for a pair of surplus Hubble-class National Reconnaissance Office (NRO) space telescopes. The team’s work will be focused on addressing study priorities outlined by the National Research Council’s latest decadal survey in astronomy and astrophysics, according to an agency Notice of Intent. The team will assess two options: use of the surveillance satellites “as is,” and with a coronagraph suitable for exoplanet studies.
Click here to view the pdf Fiscal 2013 Senate Defense Appropriations Markup:U.S. Navy, Army Aircraft Procurement ($ in thousands) Fiscal 2013 Senate Defense Appropriations Markup: U.S.
STATION INTEGRATION: Barrios Technology Ltd. of Houston will lead a team providing a range of mission and program integration support services for the International Space Station under a two-year base contract with options valued at a potential $384.7 million. The base portion of the small business set aside agreement is effective Oct. 1.
Researchers at the Massachusetts Institute of Technology (MIT) and Carnegie-Mellon, Harvard, New York and Stanford universities are working to achieve “fast (35 mph.), accurate and repeatable flight” with a small UAV.
