Defense Technology International - June 2008 - (Page 48) TRANSFORMATION FORCE SCORPION RISING French army program upgrades warfighting capabilities JORIS JANSSEN LOK•BOURGES, FRANCE DGA CONCEPT he French defense procurement agency DGA plans to award the first contracts early next year in France’s Scorpion land forces transformation program. The €10-billion ($16-billion) program will overhaul the army’s battle capabilities through acquisition of next-generation C4I (command, control, communications, computers, intelligence) systems, missiles, armored vehicles and drones, and by upgrading legacy systems. Scorpion is scheduled for implementation between 2009 and 2025. The initiative is the French equivalent of the U.S. Army’s Future Combat Systems (FCS) program and the U.K.’s Future Rapid E ects Systems (FRES) program. Plans call for equipping eight combined-arms brigades, each numbering 5,000-6,000 troops, with integral artillery and aviation support. The procurement strategy the French select will draw on “lessons learned from FCS and FRES,” says Col. Jerome Perrin, the DGA’s program executive director for armored vehicles. (See p. 38 for an update on FCS.) Defense and aerospace contractors from the U.S. may play a key role in the program. U.S. companies are among the firms that responded to a request for information (RFI) from the 48 T Scorpion is a land forces equipment program aimed at overhauling battle operations. DGA last year. Others include Frenchbased contractors EADS, MBDA, Nexter, Sagem and Thales. Perrin says that major European players outside France like BAE Systems, Rheinmetall and Saab did not respond to the RFI, a disappointing turn of events, though they attended Scorpion’s industry day. Those that did respond, however, “are already talking to each other” about forming teams for the initial request for proposals expected late this year. Scorpion is taking a comprehensive approach to planning, procuring and implementing the next generation of land force capabilities for operational, technical and economic reasons. “Operationally, it is necessary to achieve much greater integration than is possible today, so we can do combinedarms operations well below the brigade level, including aviation and artillery support,” Perrin says. “But the introduction of many communication and information systems means there will be major interoperability issues that can be mastered only if we adopt an all-encom- passing approach for development and procurement.” A wide-ranging program like Scorpion is also expected to reduce costs by creating an e cient procurement strategy. Scorpion will cover numerous programs: new long-, medium- and shortrange tactical missiles; advanced information and communication systems; a mid-life update (MLU) for Leclerc main battle tanks; acquisition of 2,600 armored personnel carriers to replace the VAB vehicle family; and procurement of 300 next-generation armored reconnaissance vehicles (EBRC) to replace the AMX-10RC and Panhard ERC-90. Medium- and short-range missiles are being developed under the Anglo-French Multi-Role Combat Missile (MRCM) program that replaced the trilateral European Modular Missile program after Sweden’s withdrawal late last year. The MRCM program will, beginning in 2015, deliver a family of open-architecture guided weapons. These will be primarily based on common technologies and subsystems, which provide non-line-ofsight, precision surface-attack capability from various platforms against a range of targets, MBDA o cials say. Scorpion will benefit from a number of ongoing R&D programs. The BOA integrated air-land battle technology demonstrator (under development by a consortium of Thales, Nexter and Sagem), for example, will be a “major riskmitigating factor,” Perrin says. Other e orts include the development by Bertin Technologies of the HoverEye short-range, lightweight (9-lb.) vertical takeo and landing drone for close combat intelligence and surveillance missions in urban environments. This recently completed five-year project resulted in five prototypes that fly autonomously with obstacle-avoidance capability and hover in 19 mph. winds, says Daniel Trouchet, senior engineer at Bertin, which is based in Montigny-le-Bretonneux, France. But a decision to order HoverEye has not yet been made, he notes. Army aviation assets, particularly the Eurocopter Tiger attack helicopter AviationWeek.com/dti DEFENSE TECHNOLOGY INTERNATIONAL JUNE 2008 http://AviationWeek.com/dti
Table of Contents Feed for the Digital Edition of Defense Technology International - June 2008 Defense Technology International - June 2008 Contents Around the World Science Watch Tech Watch Basic Black Self-Defense Fire-Resistant Perfezione Hyperspeed Trial Big Sky Cashing In Digital Links Hang Ten Sea Change Programs Update Two Steps Back Direct Hit Staying Power Potent Stinger Do No Harm Guard Duty The Net Cutting Edge First Person In Review Insight Defense Technology International - June 2008 Defense Technology International - June 2008 - Defense Technology International - June 2008 (Page Cover1) Defense Technology International - June 2008 - Defense Technology International - June 2008 (Page Cover2) Defense Technology International - June 2008 - Defense Technology International - June 2008 (Page 3) Defense Technology International - June 2008 - Defense Technology International - June 2008 (Page 4) Defense Technology International - June 2008 - Defense Technology International - June 2008 (Page 5) Defense Technology International - June 2008 - Contents (Page 6) Defense Technology International - June 2008 - Contents (Page 7) Defense Technology International - June 2008 - Around the World (Page 8) Defense Technology International - June 2008 - Around the World (Page 9) Defense Technology International - June 2008 - Around the World (Page 10) Defense Technology International - June 2008 - Around the World (Page 11) Defense Technology International - June 2008 - Science Watch (Page 12) Defense Technology International - June 2008 - Science Watch (Page 13) Defense Technology International - June 2008 - Tech Watch (Page 14) Defense Technology International - June 2008 - Tech Watch (Page 15) Defense Technology International - June 2008 - Basic Black (Page 16) Defense Technology International - June 2008 - Basic Black (Page 17) Defense Technology International - June 2008 - Basic Black (Page 18) Defense Technology International - June 2008 - Self-Defense (Page 19) Defense Technology International - June 2008 - Self-Defense (Page 20) Defense Technology International - June 2008 - Self-Defense (Page 21) Defense Technology International - June 2008 - Fire-Resistant (Page 22) Defense Technology International - June 2008 - Fire-Resistant (Page 23) Defense Technology International - June 2008 - Perfezione (Page 24) Defense Technology International - June 2008 - Perfezione (Page 25) Defense Technology International - June 2008 - Hyperspeed Trial (Page 26) Defense Technology International - June 2008 - Big Sky (Page 27) Defense Technology International - June 2008 - Cashing In (Page 28) Defense Technology International - June 2008 - Digital Links (Page 29) Defense Technology International - June 2008 - Digital Links (Page 30) Defense Technology International - June 2008 - Hang Ten (Page 31) Defense Technology International - June 2008 - Sea Change (Page 32) Defense Technology International - June 2008 - Sea Change (Page 33) Defense Technology International - June 2008 - Programs Update (Page 34) Defense Technology International - June 2008 - Programs Update (Page 35) Defense Technology International - June 2008 - Programs Update (Page 36) Defense Technology International - June 2008 - Programs Update (Page 37) Defense Technology International - June 2008 - Two Steps Back (Page 38) Defense Technology International - June 2008 - Two Steps Back (Page 39) Defense Technology International - June 2008 - Direct Hit (Page 40) Defense Technology International - June 2008 - Direct Hit (Page 41) Defense Technology International - June 2008 - Direct Hit (Page 42) Defense Technology International - June 2008 - Direct Hit (Page 43) Defense Technology International - June 2008 - Staying Power (Page 44) Defense Technology International - June 2008 - Staying Power (Page 45) Defense Technology International - June 2008 - Staying Power (Page 46) Defense Technology International - June 2008 - Staying Power (Page 47) Defense Technology International - June 2008 - Potent Stinger (Page 48) Defense Technology International - June 2008 - Potent Stinger (Page 49) Defense Technology International - June 2008 - Potent Stinger (Page 50) Defense Technology International - June 2008 - Potent Stinger (Page 51) Defense Technology International - June 2008 - Do No Harm (Page 52) Defense Technology International - June 2008 - Do No Harm (Page 53) Defense Technology International - June 2008 - Do No Harm (Page 54) Defense Technology International - June 2008 - Do No Harm (Page 55) Defense Technology International - June 2008 - Guard Duty (Page 56) Defense Technology International - June 2008 - Guard Duty (Page 57) Defense Technology International - June 2008 - The Net (Page 58) Defense Technology International - June 2008 - The Net (Page 59) Defense Technology International - June 2008 - Cutting Edge (Page 60) Defense Technology International - June 2008 - Cutting Edge (Page 61) Defense Technology International - June 2008 - First Person (Page 62) Defense Technology International - June 2008 - First Person (Page 63) Defense Technology International - June 2008 - In Review (Page 64) Defense Technology International - June 2008 - In Review (Page 65) Defense Technology International - June 2008 - Insight (Page 66) Defense Technology International - June 2008 - Insight (Page Cover3) Defense Technology International - June 2008 - Insight (Page Cover4)
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