17 décembre 2023 | International, Terrestre

US Space Command fully operational four years after reinstatement

The designation is a recognition that SPACECOM meets the criteria to conduct its mission to deliver a range of space capabilities to military users.

https://www.defensenews.com/battlefield-tech/space/2023/12/15/us-space-command-fully-operational-four-years-after-reinstatement/

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  • Russia's MiG Developing Drone Wingman Concept for Fighters

    19 juin 2019 | International, Aérospatial

    Russia's MiG Developing Drone Wingman Concept for Fighters

    By Oriana Pawlyk SALON DU BOURGET, PARIS -- The Russian government has accepted its first two MiG-35 aircraft, the latest multirole fighter made by MiG Russian Aircraft Corporation that straddles fourth-and-fifth generation capability, according to a company spokesperson. But beyond supplying new MiGs to the Russian air force, MiG is currently designing and developing drones to pair up with the new combat-capable aircraft, said spokeswoman Anastasia Kravchenko. "We are looking for network cooperation of both manned and unmanned aircraft," Kravchenko said through a translator during an interview with Military.com at the Paris Air Show. "And we're going to also use the technologies of artificial intelligence." When asked if this is similar to what other countries like the U.S. are aiming to develop for manned-unmanned teaming, Kravchenko said, "Of course." "Because you know, this is the future. We have already started to use these technologies, even on MiG-35 aircraft," she said. "MiG-35 can be like a command post and control other aircraft," Kravchenko added. "It's one of the key elements of how the aircraft is going to be used in the future." This concept of operations mimics how the U.S. is working to boost its fifth-gen aircraft -- and its proposed future tech -- to pair automated systems or artificial intelligence with a human in the cockpit so that the machine can learn how to fly, gather information, or more. Kravchenko said that "we have drone designs in our company," for the prospective program. But she did not provide more detail because she said "everything depends on the Russian Ministry of Defence" for future development and procurement. "MiG-35 was designed with open architecture" in mind, Kravchenko added. Currently, the Pentagon is working on open architecture, or ways to plug more equipment into the common, networked system for battle management and command-and-control. The MiG-35 itself has been designed to replace its MiG-29s, which entered service in the 1980s. The new "fourth-plus-plus" gen fighter is the direct follow-on to the MiG-29K/MiG-29KUB and MiG-29M/MiG-29M2 model aircraft, with increased engine and thrust power, according to a provided brochure. The MiG-35 was designed as an air superiority fighter that has "[made gains] against fourth and fifth-generation fighters," the brochure said. MiG said it's proposing to incorporate the active electronically scanned phased-array, known as AESA, for all the MiG-35s it produces. The radar, which has extended range, can simultaneously track multiple targets in the air and on the ground. "At the same time, 10 targets can be attacked" from the fidelity and information the radar gives the aircraft, Kravchenko said. "Out of them, six are aerial targets and four are ground targets." The MiG-35 has been in development for well over a decade, with the first reported demonstration flight at the Aero India Air Show in Bangalore in 2007. Its public debut was held in January 2017 at MiG's production plant in Lukhovitsy. "MiG has great experience. We have a lot of design experience," Kravchenko said of the company, which will celebrate its 80th anniversary this year. "And that's why we're completely sure that our new product, MiG 35, will use technologies of fifth-generation." That includes some stealth capabilities, increased maneuverability, electronic warfare and the ability to operate despite jamming. "This aircraft can be modified so that it can be upgraded depending on the requirements of our customers," she added. MiG is expected to deliver six MiG-35 fighter jets by 2023, according to Russia's TASS news. Moscow Times reported this week, however, that the remaining four jets could be delivered by the end of the year. MiG, which is part of the United Aircraft Corporation that includes companies like Sukhoi, among other aerospace defense companies, is separately developing its own fifth-generation fighter. Meanwhile, Russia is already slated to purchase 76 of Sukhoi Su-57 fifth-generation aircraft, which the country says rivals the American-made F-35 Joint Strike Fighter. "We are currently we are working on this," she said of MiG's own next-gen craft. MiG has cooperated with Sukhoi, but it is not planning on forming an official partnership for the project, she said. Kravchenko could not provide additional details for when a new fifth-gen fighter may come online. https://www.military.com/daily-news/2019/06/18/russias-mig-developing-drone-wingman-concept-fighters.html

  • IAI signs a 350$ Million Special Mission Aircraft related Contract with Major European Country

    10 juin 2020 | International, Aérospatial

    IAI signs a 350$ Million Special Mission Aircraft related Contract with Major European Country

    Jun 8, 2020 - Special Mission Aircraft which are designed and developed in IAI are used primarily for collecting strategic intelligence. Israel Aerospace Industries has received a 350$ Million Special Mission Aircraft related contract from a major European country. The Contract will be executed by IAI's ELTA Systems, a global leader in the Special Mission Aircraft domain. IAI delivered Special Mission Aircraft to Israel Defence Forces (IDF) and numerous countries worldwide, and are considered to be strategic assets. IAI is one of a select few companies which have these technology capabilities in-house. IAI achieved a major breakthrough in Special Mission Aircraft thanks to advanced sensor miniaturization technology coupled with Artificial Intelligence (AI) and Machine Learning software applications, allowing high-performance business jets to be used as Special Mission Aircraft. Previously, most of the Special Mission Aircraft in the world were based on converted cargo or passenger planes. Gideon Landa, ELTA VP and GM Airborne Systems: “As part of IAI's strategy, we are bolstering our presence in Europe for leveraging our business and extending cooperation. IAI's Special Mission Aircraft offer advanced and unique technological capabilities to meet a broad range of most demanding intelligence missions. Europe represents a strategic business region for IAI, and we will continue to broaden our products and services to bring our unique technologies to the benefit of our customer's evolving operational requirements.” IAI/ELTA offers four lines of Special Mission Aircraft: AEW&C (Airborne Early Warning & Control) Aircraft utilizing AESA radar and IFF (Identification, Friend or Foe), SIGINT and Communication systems to generate and disseminate an Air and Maritime Situational Picture. It also contains an Air Battle Management and Strike Aircraft Guidance System. ELTA's CAEW (Conformal Airborne Early Warning) aircraft is fitted with a dual band AESA radar providing complete uncompromised 360° azimuthal coverage and is an example of a leading in the class system based on a business jet. IAI has entered into cooperation agreements with Airbus and Embraer to develop and market additional AEW&C aircraft variants. AGS (Air to Ground Surveillance) aircraft using advanced AESA SAR/GMTI radar, SIGINT and EO/IR sensors and an Intelligence Management System to cover large areas, providing Real-time detection, identification, tracking and distribution of surface targets from standoff range in all weather and visibility conditions. A leading product in this category is the IAI MARS2 that includes a breakthrough Digital AESA SAR/GMTI radar and latest generation SIGINT integrated with an advanced Multi-INT system, carried by a high performance business jet. MPA (Maritime Patrol Aircraft) equipped with high performance AESA radar, SIGINT and EO/IR sensors to create an up-to-date maritime picture during Search And Rescue missions, Maritime policing, Environmental Monitoring, Anti Surface Warfare (ASuW) and Anti-Submarine Warfare (ASW) in support of Naval and Coast Guard operations. ELTA's MPAs are based on business jets and turboprop platforms featuring the world leader combat proven ELM-2022 radar family, serving in many countries on all continents. SIGINT (Signal Intelligence) aircraft monitoring the electromagnetic spectrum to detect and accurately locate emitter arrays and communication networks, creating a complete Electromagnetic Order of Battle over the entire large arena of interest. ELTA has developed and provided most advanced SIGINT aircraft to the IDF on business jet platform and supplied airborne SIGINT systems to many Special Mission Aircraft worldwide. View source version on Israel Aerospace Industries (IAI): https://www.iai.co.il/350-million-usd-special-mission-aircraft-contract-with-major-european-country

  • NASA Invites Media to Observe Quiet Supersonic Flight Series Operations

    5 novembre 2018 | International, Aérospatial

    NASA Invites Media to Observe Quiet Supersonic Flight Series Operations

    NASA is inviting journalists to learn about the agency's Quiet Supersonic Flights 2018 campaign during a media day event taking place Friday, Nov. 9, in the Houston area. Test pilots and project leads will be available for interviews and to share information about the flight series, known as QSF18, and its contributions to NASA aeronautics research. Media also will get a close-up look at flight operations with NASA's F/A-18 research aircraft as they are used to test community response over Galveston, Texas, using a “quiet thump” technique designed to reduce loud sonic booms typically associated with supersonic flight. The event is scheduled to begin at 10 a.m. CST at Ellington Field, just north of NASA's Johnson Space Center in Houston, then moves to Galveston, where QSF18 field team members operating microphone stations will measure sound levels. Reporters will have an opportunity to observe the field equipment and interview personnel during periods between quiet thumps. Media planning to attend must contact the Johnson newsroom at 281-482-5111 before 4 p.m. Wednesday, Nov. 7. The event is weather dependent. Should inclement weather occur, please contact the Johnson newsroom for more information. The QSF18 campaign is a cooperative effort involving NASA's Armstrong Flight Research Center in Edwards, California, Johnson, and NASA's Langley Research Center in Hampton, Virginia. For more information about NASA's QSF18 flight campaign, visit: https:/www.nasa.gov/QSF18 For more information about NASA's Commercial Supersonic Technology project, visit: https://go.nasa.gov/2qpg81Q -end- J.D. Harrington Headquarters, Washington 202-358-5241 j.d.harrington@nasa.gov Brandi Dean Johnson Space Center, Houston 281-483-5111 brandi.k.dean@nasa.gov Matt Kamlet Armstrong Flight Research Center, Edwards, Calif. 661-221-3459 matthew.r.kamlet@nasa.gov https://www.nasa.gov/press-release/nasa-invites-media-to-observe-quiet-supersonic-flight-series-operations

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