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A survey of DARPA research programs are given in the past ten years,and DARPA research programs of precision strike weapons are analyzed,including hypersonic strike weapons,offensive missile weapons,defensive weapons,and so on. The key technologies of developing precision strike weapons are introduced,such as power,navigation,guidance,detection and reconnaissance,materials,advanced manufacturing,etc.,its last research progress and development trend are summarized. At last,DARPA research on the new operational concept are introduced,and its influence on precision strike weapons and key technologies are analyzed.
[1]DARPA.Breakthrough technologies for national security.2015.03.26.www.darpa.mil/attachments/DARPA2015.pdf.
[2]Mark Gustafson.Hypersonic air-breathing weapon concept(HAWC).https://www.darpa.mil/program/hypersonic-air-breathing-weapon-concept.
[3]DARPA.Tactical boost Glide[R].DARPA-BAA-14-24,Virginia:DARPA,2014.
[4]Wikipedia.DARPA falcon project.https://en.wikipedia.org/wiki/DARPA_Falcon_Project.
[5]DARPA.Hypersonic technologies[R].Department of Defense Fiscal Year(FY)2013 President’s Budget Submission,Virginia:DARPA,2012:230-231.
[6]DARPA.Integrated hypersonics(IH)[R].Department of Defense Fiscal Year(FY)2015 President’s Budget Submission,Virginia:DARPA,2014:205-206.
[7]DARPA.Long range anti-ship missile(LRASM).https://www.darpa.mil/program/long-range-anti-ship-missile.
[8]Defense Industry Daily staff.T3:triple target terminator’s terminus.2012-02-16.https://www.defenseindustrydaily.com/T3-DARPA-Looks-for-a-Triple-Target-Terminator-06645/.
[9]David Shaver.High energy liquid laser area defense system(HELLADS).https://www.darpa.mil/program/high-energy-liquid-laser-area-defense-system.
[10]DARPA.Multi azimuth defense fast intercept round engagement system(MAD-FIRES)[R].DARPA-BAA-14-45,Virginia:DARPA,2014.
[11]DARPA.Propulsion science[R].Department of Defense Fiscal Year(FY)2012 President's Budget Submission,Virginia:DARPA,2011:193-194.
[12]DARPA.21st century propellants[R].Department of Defense Fiscal Year(FY)2017 President’s Budget Submission,Virginia:DARPA,2016:141.
[13]DARPA.Vulcan phase II[R].DARPA-BAA-10-11.Virginia:DARPA,2010.01.11.
[14]DARPA.Advanced full range engine(Archived).2016.07.13.https://www.darpa.mil/news-events/advanced-full-range-engine.
[15]DARPA.Micro-technology for positioning,navigation and timing(Micro-PNT)(Archived).https://www.darpa.mil/program/micro-technology-for-positioningnavigation-and-timing.
[16]DARPA.Spatial,temporal,and orientation information contested environments(STOIC)[R].DARPA-BAA-14-41.Virginia:DARPA,2014.07.03.
[17]Dave Tremper.Adaptable navigation systems(ANS).https://www.darpa.mil/program/adaptable-navigationsystems.
[18]DARPA.Positioning system for deep ocean navigation(POSYDON)[R].DARPA-BAA-15-30.Virginia:DARPA,2015.04.23.
[19]DARPA.Seeker cost transformation(SECTR)[R].DARPA-BAA-15-41.Virginia:DARPA,2015.05.04.
[20]文苏丽,宋怡然.DARPA导引头成本转换项目分析[J].战术导弹技术,2016,(2):5-9.
[21]DARPA.Adaptive radar countermeasures(ARC)[R].DARPA-BAA-12-54.Virginia:DARPA,2012.07.03.
[22]DARPA.Video synthetic aperture radar(Vi SAR)system design and development[R].DARPA-BAA-13-06.Virginia:DARPA,2013.08.26.
[23]DARPA.Cross domain maritime surveillance and targeting(CDMa ST)[R].DARPA-BAA-16-01.Virginia:DARPA,2015.11.10.
[24]DARPA.Tactically exploited reconnaissance node(TERN)program[R].DARPA-BAA-13-28.Virginia:DARPA,2013.03.26.
[25]John Gorman.Target recognition and adaption in contested environments(TRACE).https://www.darpa.mil/program/trace.
[26]DARPA.Target recognition and adaption in contested environments(TRACE)[R].DARPA-BAA-15-09.Virginia:DARPA,2014.12.01.
[27]DARPA.Atoms to product(A2P)[R].DARPA-BAA-14-56.Virginia:DARPA,2014.09.02.
[28]John S Paschkewitz.Materials with controlled microstructural architecture(MCMA)(Archived).https://www.darpa.mil/program/materials-with-controlled-microstructural-architecture.
[29]Jim Gimlett.Materials for transduction(MATRIX).https://www.darpa.mil/program/matrix.
[30]John S P.Extended Solids(XSolids).https://www.darpa.mil/program/extended-solids.
[31]DARPA.Materials development for platforms(MDP)[R].DARPA-BAA-14-52.Virginia:DARPA,2014.08.07.
[32]DARPA.Local control of materials synthesis(Lo Co)(Archived).https://www.darpa.mil/program/localcontrol-of-materials-synthesis.
[33]Jan Vandenbrande.Open manufacturing.https://www.darpa.mil/program/open-manufacturing.
[34]Evan Ackerman.Advanced research projects from DARPA's pentagon demo day.https://spectrum.ieee.org/tech-talk/computing/hardware/advanced-research-projects-from-darpas-pentagon-demo-day#11,2016.05.12.
[35]DARPA.Gremlins[R].DARPA-BAA-15-59.Virginia:DARPA,2015.09.16.
[36]DARPA.System of systems integration technology and experimentation(So SITE)[R].DARPA-BAA-14-40.Virginia:DARPA,2014.04.30.
[37]DARPA.Collaborative operations in denied environment(CODE)[R].DARPA-BAA-14-33.Virginia:DARPA,2014.04.25.
[38]DARPA.Distributed battle management program[R].DARPA-BAA-14-17.Virginia:DARPA,2014.02.11.
Basic Information:
DOI：10.16358/j.issn.1009-1300.2017.06.01
China Classification Code:TJ760
Citation Information:
[1]Wu Yang,Ge Yuetao,Zhang Dongqing ,et al.Development of Precision Strike Weapons and Key Technologies by Reviewing DARPA Research Programs[J].Tactical Missile Technology,2017,No.186(06):1-8.DOI:10.16358/j.issn.1009-1300.2017.06.01.
2017-11-15
2017-11-15