• Title, Summary, Keyword: 한국형전투기 개발사업

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핵심기술 확보를 지향하는 절충교역 추진

  • Chae, U-Seok
    • Defense and Technology
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    • no.9
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    • pp.14-25
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    • 2001
  • 현재 협상중인 공군의 F-X 사업은 70% 이상을, 육군의 AH-X 사업은 50% 이상을 달성하기 위하여 협상력 발휘에 최선을 다하고 있다. 획득대상은 핵심 기술획득, 부품제작 수출 등으로 우선순위는 국방부에서 대상사업에 따라 결정토록 하고 있다. 획득중점 목표는 향후 개발 무기체계 소요기술을 확보하는데 두고 있으며, F-X 사업의 경우는 한국형 전투기 개발 기술을, AH-X 사업에서는 한국형 다목적 헬기 개발기술을 획득하는데 중점을 두고 있다.

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FS-X 개발 경과와 일정

  • Seo, Byeong-Hong
    • Aerospace Industry
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    • v.28
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    • pp.24-28
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    • 1995
  • 일본이 국가적 위신을 걸고 개발중인 차세대 지원전투기 사업인 FS-X사업은 그동안 미국과 공동개발이냐, 순수 일본만의 독자 개발이냐를 두고 밀었다 댕겼다 한 끝에 미국 F-16C형의 개량형으로 일본에서 독자 개발한 여러가지를 가미한다는 형식으로 추진되어 지난 1월12일 미쓰비시중공업 고마끼 남공장에서 시제 1호기가 출고되어 방금 지상 시험을 실시중에 있다. 첫비행이 9월로 예정된 가운데 다시 3~4년후의 취역을 앞두고 그간의 개발 경과와 출고식 장면 그리고 앞으로의 개발일정등을 정리하여 우리의 국산기 개발에 참고로 삼을까한다.

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A study on the PBL Application Scheme for Optimal Maintenance of the KF-X Project (한국형전투기(KF-X)의 최적정비를 위한 PBL 적용방안에 관한 연구)

  • Park, Keun-Seog;Yoo, Yong-Hyun
    • Journal of the Korean Society for Aviation and Aeronautics
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    • v.24 no.3
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    • pp.10-18
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    • 2016
  • This paper deals with the Performance Based Logistics(PBL) application scheme pertaining to optimal maintenance program for logistics of Korean Fighter Experimental(KF-X) Project. For enhancement of the performance based logistics system application to KF-X program the selection of appropriate standards fit to maximize cost-cutting, a set of performance metrics fit for the purpose of the contract, foreign technology dependence of core equipments and parts were considered. Thus, selecting appropriate standards fit for Korean logistics environment, domestic maintenance enterprise for stable rate of operation of KF-X, a systematic reliability task that is able to measure quantitative combat capability are suggested.

Development of a Control Law to Pneumatic Control for an Anti-G Suit (Anti-G 슈트 공압 제어를 위한 제어법칙 개발)

  • Kim, Chong-sup;Hwang, Byung-moon
    • Journal of the Korean Society for Aeronautical & Space Sciences
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    • v.43 no.6
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    • pp.548-556
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    • 2015
  • The highly maneuverable fighter aircraft such as F-22, F-16 and F-15have the high maneuverability to maximize the combat performance, whereas the high maneuver characteristics might degrade the pilot's mission efficiency due to fatigue's increase by exposing him to the high gravity and, in the worst case, the pilot could face GLOC (Gravity-induced Loss Of Consciousness). The advanced aerospace company has applied the various technologies to improve the pilot's tolerance to the gravity acceleration, in order to prevent the pilot from entering the situation of the loss of consciousness. Especially, the Anti-G Suit(AGS) equipment to protect the pilot against the high gravity in flight could improve the mission success rate by decreasing the pilot's fatigue in the combat maneuver as well as prevent the pilot from facing GLOC. In this paper, a control algorithm is developed and verified to provide an optimal air pressure to AGS according to the gravity increase during the high performance maneuver. This result is expected, as the key technology, to contribute to the KF-X(Korean Fighter eXperimental), project in the near future.

A Study for the Optimal Development Strategy of Air Cargo in Size and AHP Survey Analysis of Each Potential Decision-Making Group (한국형 전술수송기의 적정 개발 규모와 의사결정 영향집단별 AHP조사 분석에 관한 연구)

  • Jung, Byung-Ho;Kim, Ik-Ki
    • Journal of the military operations research society of Korea
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    • v.34 no.3
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    • pp.31-40
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    • 2008
  • The aircraft manufacturing industry is a profitable business and has the potential to be an important export business. Our trade deficit needs to be improved in aircraft manufacturing part. Our national aircraft industry, which has been recognized for its quality in many domestic and international Air Shows, has developed the T/A-50 aircraft from the origins of the KT-1. With the ongoing development of the next generation fighter planes and helicopters, business for the next generation domestic air cargo has bright prospects. Judging by the history of the overseas air force dispatch during the Vietnam, Gulf, and Iraqi wars whose main mission was air transportation, there will be many opportunities to show the excellence of Korean air cargo in the future. The purpose of this study is to discover the optimal scale of air cargo development using the AHP method. The authors evaluated the scale of air cargo in size and capacity based on the following 5 standards used Korean developing airliner: usability, economics, technology, safety, and environmental friendliness. Then, the authors modified specific standards suitable for air cargo based on literature review Decision-making groups were chosen for suitability of expert staff in charge because they could represent for leading opinions in this specialized area especially as in practical aspects. The participants of the evaluation were pilots, transportation officers and management staff in the KAI who have experienced over 5years.