Kawasaki OH-1

 

 

 

Attribution

Attribution
Overview
Parent type Kawasaki OH-1
Variant *No Variant assigned
Design authority Kawasaki Heavy Industries Ltd.
Primary manufacturer Kawasaki Heavy Industries Ltd.
Key Characteristics
Operational status In service
Crew TBA
Seating arrangement Tandem
Configuration
VTOL type Helicopter
Compound type None
Lift configuration Single main rotor
Control device type Fenestron/Shrouded tail rotor
Features
Number of engines 2
Number of propulsors 0
Number of lift devices 1
Number of control devices 1

Kawasaki OH-1

 

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Kawasaki OH-1

 

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If you are not a member of AHS, why not join today? Be sure to also check out the many benefits enjoyed by AHS members.

 

Kawasaki OH-1

 

This content is reserved for AHS members. If you are a current member, please use the Member Login link at the top of the page.

 

If you are not a member of AHS, why not join today? Be sure to also check out the many benefits enjoyed by AHS members.

 

Kawasaki OH-1

 

This content is reserved for AHS members. If you are a current member, please use the Member Login link at the top of the page.

 

If you are not a member of AHS, why not join today? Be sure to also check out the many benefits enjoyed by AHS members.

 

Kawasaki OH-1

 

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If you are not a member of AHS, why not join today? Be sure to also check out the many benefits enjoyed by AHS members.

 

Kawasaki OH-1

 

Operated By
Japanese Ground Self Defense Force In service

Kawasaki OH-1

 

Forum Proceedings related to the Kawasaki OH-1

The Development of The New Observation Helicopter (XOH-1)
Yoshiyuki Niwa, Japan Defense Agency

 

The Flight Test Results of the New Observation Helicopter (XOH-1)
Masayuki Aiba, Technical Research and Development Institute; Tadashi Tsukiji, Technical Research and Development Institute; Toshiyuki Kataoka, Technical Research and Development Institute; Tsutomu Fujigaki, Kawasaki Heavy Industries, Ltd.

 

 

Vertiflite articles featuring the Kawasaki OH-1

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Journal of the AHS

Articles related to the Kawasaki OH-1 from the Journal of the American Helicopter Society are hosted by our Journal provider, IngentaConnect. If relevant Journal articles do not appear in the window below, please feel free to visit the IngentaConnect site directly.

 

 

NASA/NACA technical documents, reports, citations, images and more from the NASA Technical Reports Server

Technical reports related to the Kawasaki OH-1:

 

Model Analysis of the Factors Regulating Trends and Variability of Methane, Carbon Monoxide and OH: 1. Model Validation
Document ID: 20150001456
NTRS Full-Text: Click to View  [PDF Size: 186 KB]
Author: Elshorbany, Y. F.; Strode, S.; Wang, J.; Duncan, B.
Abstract: Methane (CH4) is the second most important anthropogenic greenhouse gas (GHG). Its 100-year global
warming potential (GWP) is 25 times larger than that for carbon dioxide. The 100-yr integrated GWP of CH4 is sensitive to changes in OH levels. Methane's atmospheric growth rate was estimated to be more than 10 ppb yr(exp -1) in 1998 but less than zero in 2001, 2004 and 2005 (Kirschke et al., 2013). Since 2006, the CH4 is increasing again. This phenomena is yet not well understood. Oxidation of CH4 by OH is the main loss process, thus affecting the oxidizing capacity of the atmosphere and contributing to the global ozone background. Current models typically use an annual cycle of offline OH fields to simulate CH4. The implemented OH fields in these models are typically tuned so that simulated CH4 growth rates match that measured. For future and climate simulations, the OH tuning technique may not be suitable. In addition, running full chemistry, multi-decadal CH4 simulations is a serious challenge and currently, due to computational intensity, almost impossible.
Publication Year: 2014
Document Type: Oral/Visual Presentation
Report/Patent Number: GSFC-E-DAA-TN19915
Date Acquired: Mar 04, 2015

 

Full-text patent search at the US Patent and Trademark Office

US patents related to the Kawasaki OH-1 issued since 1975:

 


 

Google Books related to the Kawasaki OH-1

 

Aircraft 1990-1999: 1990s Aircraft Stubs, Hotol, Kawasaki Oh-1, Ilyushin Il-114, Venturestar, Aero Adventure Aventura, Eurocopter Fennec

LLC Books

2010-09 - Books LLC

Chapters: 1990s Aircraft Stubs, Hotol, Kawasaki Oh-1, Ilyushin Il-114, Venturestar, Aero Adventure Aventura, Eurocopter Fennec, Cap 230, Dg Flugzeugbau Dg-800, Aeronautics Defense Dominator, Best Off Skyranger, Aero At-3, American Aircraft Penetrator, Apm 20 Lionceau, Myasishchev M-101t, Comp Air 7, Sukhoi Su-29, Fanwing, Iai Harpy, Soloy Pathfinder 21, Tupolev Tu-444, Zivko Edge 540, Advanced Soaring Concepts Falcon, Yakovlev Yak-112, Advanced Aeromarine Carrera, Antonov An-218, Aea Explorer, A-B Helicopters A/w 95, Kappa 77 Kp 2u-Sova, Panha Shabaviz 2061, Advanced Aviation Explorer, Comp Air 10, Aero Bravo 700, Comp Air 6, Aero Adventure Toucan, Aaa Vision, Adi Stallion, Jordan Falcon, Comp Air 8, Boeing C-33, Comp Air 9, Advanced Aeromarine Sierra, Acba Midour, Yakovlev Yak-46, Griffon Aerospace. Source: Wikipedia. Pages: 130. Not illustrated. Free updates online. Purchase includes a free trial membership in the publisher's book club where you can select from more than a million books without charge. Excerpt: The Kawasaki OH-1 (nickname: "Ninja") is a light military reconnaissance helicopter for the Japan Ground Self-Defense Force, intended to replace the OH-6 Loach. As of March 31, 2009, 28 have entered service so far, complementing the existing fleet of 111 OH-6s. In the late 1980s, the Japan Ground Self-Defense Force developed a requirement for a new scout/observation helicopter to replace its Kawasaki license-built OH-6Ds, which became the OH-X programme. Proposals to meet the OH-X requirement were submitted by Kawasaki, Fuji and Mitsubishi, with the Kawasaki design selected as the winner (with Fuji and Mitsubishi serving as subcontractors) on 18 September 1992. The OH-1 is powered by two Mitsubishi TS1 turboshafts, driving a four-blade composite main rotor with a bearingless rotor hub, while a Fenestron-type rotor-in-tail fan is fitted instead of a more conventional Tail rotor. An electro-optical sensor turret is r...More: http: //booksllc.net/?id=194446

 

Helicopters

Stanley S. McGowen

2005-01-01 - ABC-CLIO

Helicopters: An Illustrated History of Their Impact covers the development of helicopters from the first successful machines in the early 1900s to their current status as a key component of combat planning around the world and as one of the military's most versatile and effective tools. Helicopters is a story of ongoing innovation in the face of stubborn resistance. Time and again, helicopter designers developed more capable rotorcraft and then had to lobby skeptical military planners to get them deployed. With expert analysis of all significant models, colorful portrayals of key figures in the evolution of helicopters, and vivid images of rotorcraft on the drawing board and in action, this revealing volume shows how an often denigrated machine became an essential military asset around the world, as well as an important tool in a number of areas, from police work to medical evacuation to farming.

 

Jane's All the World's Aircraft

Frederick Thomas Jane
Paul Jackson
Kenneth Munson
Lindsay Peacock

2009

The authority on aircraft under development or in production This unparalleled reference to the world's aircraft provides you with independent cataloguing of all known powered aircraft under development or in production worldwide.

 

Kawasaki Aircraft

General Books LLC
Source Wikipedia
Books, LLC

2010-05 - Books LLC, Wiki Series

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 28. Chapters: Kawasaki Ki-56, Kawasaki Ki-61, Eurocopter EC 145, Kawasaki Ki-100, Kawasaki Ki-45, MBB/Kawasaki BK 117, Kawasaki Ki-48, Kawasaki Ki-60, Kawasaki P-1, Kawasaki Ki-32, Kawasaki C-2, Kawasaki OH-1, Kawasaki Ki-96, Kawasaki Ki-102, Kawasaki C-1, Kawasaki Army Type 88 Reconnaisance Aircraft, Kawasaki Ki-28, Kawasaki Army Type 92 Model 1 Fighter, Kawasaki Ki-64, Kawasaki YPX, Kawasaki T-4, Kawasaki KH-4, Kawasaki Ka 87, Kawasaki KAQ-1. Excerpt: The Kawasaki Ki-61 Hien (, roughly "flying swallow") was a Japanese World War II fighter aircraft used by the Imperial Japanese Army Air Force. The first encounter reports claimed Ki-61s were Messerschmitt Bf 109s: further reports claimed that the new aircraft was an Italian design, which led to the Allied reporting name of "Tony," assigned by the United States War Department. The Japanese Army designation was "Army Type 3 Fighter" ( ). It was the only mass-produced Japanese fighter of the war to use a liquid-cooled inline V engine. Over 2.500 Ki-61s were produced, first seeing action around New Guinea in 1943, and continuing to fly combat missions throughout the war. Kawasaki Ki-61 Hien Kawasaki Ki-61 Hien with drop tank A factory fresh Ki-61-I-Ko being ferried to either the 68th or 78th Sentai in New Guinea; it has yet to receive the distinctive dark green "palm leaf" pattern which was usually applied by front-line units in the Southern theatre, nor does it have the usual black anti-glare panel forward of the cockpit.The Ki-61 was designed by Takeo Doi and his deputy Shin Owada in response to a late 1939 tender by the Koku Hombu for two fighters, each to be built around the Daimler-Benz DB 601Aa. Production aircraft would use a Kawasaki licensed DB 601, known as the Ha-40, which was to be manufactured at its Akashi plant. The Ki-60 was to be a heavily armed specialised int...

 

Defense & Foreign Affairs Handbook

Gregory R. Copley

1999

Book description not available.

 

Kawasaki Aircraft

Source Wikipedia

2013-09 - University-Press.org

Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 28. Chapters: Kawasaki Ki-56, Kawasaki Ki-61, Eurocopter EC 145, Kawasaki Ki-100, Kawasaki Ki-45, MBB/Kawasaki BK 117, Kawasaki Ki-48, Kawasaki Ki-60, Kawasaki P-1, Kawasaki Ki-32, Kawasaki C-2, Kawasaki OH-1, Kawasaki Ki-96, Kawasaki Ki-102, Kawasaki C-1, Kawasaki Army Type 88 Reconnaisance Aircraft, Kawasaki Ki-28, Kawasaki Army Type 92 Model 1 Fighter, Kawasaki Ki-64, Kawasaki YPX, Kawasaki T-4, Kawasaki KH-4, Kawasaki Ka 87, Kawasaki KAQ-1. Excerpt: The Kawasaki Ki-61 Hien (, roughly "flying swallow") was a Japanese World War II fighter aircraft used by the Imperial Japanese Army Air Force. The first encounter reports claimed Ki-61s were Messerschmitt Bf 109s: further reports claimed that the new aircraft was an Italian design, which led to the Allied reporting name of "Tony," assigned by the United States War Department. The Japanese Army designation was "Army Type 3 Fighter" ( ). It was the only mass-produced Japanese fighter of the war to use a liquid-cooled inline V engine. Over 2.500 Ki-61s were produced, first seeing action around New Guinea in 1943, and continuing to fly combat missions throughout the war. Kawasaki Ki-61 Hien Kawasaki Ki-61 Hien with drop tank A factory fresh Ki-61-I-Ko being ferried to either the 68th or 78th Sentai in New Guinea; it has yet to receive the distinctive dark green "palm leaf" pattern which was usually applied by front-line units in the Southern theatre, nor does it have the usual black anti-glare panel forward of the cockpit.The Ki-61 was designed by Takeo Doi and his deputy Shin Owada in response to a late 1939 tender by the Koku Hombu for two fighters, each to be built around the Daimler-Benz DB 601Aa. Production aircraft would use a Kawasaki licensed DB 601, known as the Ha-40, which was to be manufactured at its Akashi plant. The Ki-60 was to be a heavily armed...

 

Fundamentals of Aircraft and Rocket Propulsion

Ahmed F. El-Sayed

2016-05-25 - Springer

This book provides a comprehensive basics-to-advanced course in an aero-thermal science vital to the design of engines for either type of craft. The text classifies engines powering aircraft and single/multi-stage rockets, and derives performance parameters for both from basic aerodynamics and thermodynamics laws. Each type of engine is analyzed for optimum performance goals, and mission-appropriate engines selection is explained. Fundamentals of Aircraft and Rocket Propulsion provides information about and analyses of: thermodynamic cycles of shaft engines (piston, turboprop, turboshaft and propfan); jet engines (pulsejet, pulse detonation engine, ramjet, scramjet, turbojet and turbofan); chemical and non-chemical rocket engines; conceptual design of modular rocket engines (combustor, nozzle and turbopumps); and conceptual design of different modules of aero-engines in their design and off-design state. Aimed at graduate and final-year undergraduate students, this textbook provides a thorough grounding in the history and classification of both aircraft and rocket engines, important design features of all the engines detailed, and particular consideration of special aircraft such as unmanned aerial and short/vertical takeoff and landing aircraft. End-of-chapter exercises make this a valuable student resource, and the provision of a downloadable solutions manual will be of further benefit for course instructors.

 

Totally Amazing Facts About Military Vehicles

Cari Meister

2017-01-01 - Capstone

Readers will learn over 200 facts about military sea, air, and land vehicles, such as helicopters and stealth flighters, submarines and mammoth ships, and tanks and motorcycles. Reluctant readers will love the unusual facts, the amazing colorful spreads, and the lively photos attached to each vehicle's information.

 

Totally Amazing Facts About Military Sea and Air Vehicles

Cari Meister

2017-01-01 - Capstone

Readers will learn over 100 facts about military sea and military air vehicles, such as helicopters, bombers, and stealth flighters,Ê as well as, submarines, mammoth ships, and militarized barges. Reluctant readers will love the unusual facts, the amazing colorful spreads, and the lively photos attached to each vehicle's information.

 

Aviation Week & Space Technology

Author information not available.

2004

Book description not available.

 

 

Kawasaki OH-1

Aircraft Notes

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