25122018 2 CONCEPT DEFINITION PHASE 19831996 13 years CONCEPT DEMONSTRATION PHASE 19962001 56 years SYSTEM DEVELOPMENT AND TEST PHASE 20022011 10 years PRODUCTION AND SUPPORT PHASE 2011 ID: 786080
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Slide1
OVERWIEW
Slide2F-35 PROGRAM PHASES
25.12.2018
2
CONCEPT DEFINITION PHASE 1983-1996
(13 years)
CONCEPT DEMONSTRATION PHASE 1996-2001(5-6 years)
SYSTEM DEVELOPMENT AND TEST PHASE 2002-2011 (10 years)
PRODUCTION AND SUPPORT PHASE 2011-… (40+ years)
Slide3SYSTEM DEVELOPMENT AND DEMONSTRATION PHASE
(2001-2011)
MAİN CONTRACTORS
Airframe: Lockheed MartinEngine:
Pratt and Whitney1600 Subcontractors (1500 in USA)40.5B USD
PARTNERSUK 2001 2B USDITALY 2002 1B USDNETHERLAND 2002 800M USDTURKEY 2002 175M USDCANADA 2002 150M USDAUSTRALIA 2002 150M USDDENMARK 2002 125M USD
NORWAY 2002 124M USDFMS PARTNERS: ISRAEL, SINGAPORE, S.KOREA,JAPAN25.12.20183
Slide4TURKEY’S PARTICIPATION
100+ F-35A PROCUREMENT
INDUSTRIAL PARTICIPATIONS
25.12.2018
4
Slide5National Power Elements:
Political Power:
Effective use of national power in internal and external problems and international relations (Leadership and good Governance)
Economic Power: Economic resources, goods and services production power, place and power in international trade.
525.12.2018
Slide6Psycho-Social Power
: Character and cultural structure of the nation with its human element and qualified moral values
Military Power
: It is the power of the state which is used in the implementation of national policy and the achievement of national targets. (Peace deterrent, superior in battle)
Geography: Geopolitical effect of geographical location6
25.12.2018
Slide7Population Power:
Number, structure and quality of population contribution to national power
Science and Technology: The level of development and preparation that a country has in the field of modern technology.
National Security: It is the whole of the activities carried out to protect the state's constitutional order, national existence, integrity, political, social, cultural and economic interests in the international area as well as the rights determined by international treaties against all kinds of internal and external threats.
7
25.12.2018
Slide8National Strategy:
Protecting the existence and prosperity of a nation is also the general policy adopted by the state in accordance with international law for this purpose.
Military Strategy: It is the sum of the procedures that should be implemented by the military organizations designed to achieve the desired strategic targets.
825.12.2018
Slide9Air Power Elements:
Modern Systems
Educated
Man Power (Professinalism)
Appropriate Management925.12.2018
Slide10Aircraft
Period
:Aircraft
design efforts in France and England,
First Flight December 17, 1903, Wright Brothers in USAFirst Use in War: Tripoli, October 1911,
March 1912 against Turkish Forces by İtalyTurkish Aviation
: On June 1, 1911, Aviation Committee was established (Air Force Day).First Training in France (Yzb. Fesa,
Tgm. Kenan)First Flight April 26, 1912, in İstanbul (Pilot’s Day)First Flight School, Yesilkoy, 1912, 17 aircraft
25.12.201810
Slide11Sevr
Treaty
Article
. 191: “The Turkish armed forces must not include any military or naval air forces.Article. 192: “Within two months the personnel of the Turkish land, sea and air
forces shall be demobilised.”25.12.201811
All
combat
vehicles
and
all
maintenance
and
technical
centers
confiscated
Turkish Air Force in the Republican Period
The Commanders of the Balkan War, the First World War and the War of Independence are now Republican Leaders: The lessons learned and the importance of air power are well known.
1925
:
First Aviation Industry: TOMTAŞ
1925: Establishment of Turkish Aviation Association (TAA/Türk Tayyare Cemiyeti-TTC)
1927: Air Force Inspectorate in NMOD was established and new aircraft were
purchased 1928: 3 Air Battalion (with
two detachments each) in Eskişehir, Diyarbakır and İzmir
1929: Air Surgeon
branch
was
established
1930
:
Flight training from Italy
25.12.2018
12
Slide13Turkish Air Force In The Republican Period
25.12.2018
13
Slide14World Aviation in WW I
:
Total Production Amount: 219.799
Losses in battle:
116.250Turkey's number of aircraft during WW I : 300Conclusion:
Countries which has advenced technology and industrial revolition were able to
generate more aircraft.25.12.201814
Slide15World Aviation in WW II
Aircraft producing
(
generating) countries and production quantities:USA : 329.750 (20 Factory)USSR : 158.218England
: 131.549Canada : 16.431France : 4.01625.12.2018
15
Slide16Commonwealth :3.081
Germany :119.871
Japan :76.320
Italy :18.000Hungary :1.046Romania :1.000
Total produced aircraft: 854.382Turkey's number of aircraft in this period: 700Conclusion: Those who understand the importance of aviation in the war have established the Aviation Industry25.12.2018
16
Slide17Aviation Industry Initiatives In Turkey
Early
Republican Era Aviation Industry Initiatives: Republican leaders know the importance of aviation and related industrialization very well.
Atatürk's Aviation Strategy:
Strong Air Force National Air Warfare Industry People Participation in Aviation (Donatios)
25.12.201817
Slide18A
ir
Industry
Initiatives
State Enterprises (TOMTAŞ)
THK undertakings Private Sector Enterprises
25.12.2018General (R) Abidin ÜNAL, Former Commander of TAF
18
Slide19THK
/TAA
aimed to implement this program;
Türkkuşu workshop transformed into Etimesgut Aircraft Factory (with
R & D unit)Gazi Engine Factory was establishedGazi Wind Tunnel was established.
25.12.201819
Slide20.
The
planes he manufactured: . VECİHİ K-VI
. VECİHİ K-XIV
. VECİHİ K-XV Training Aircraft . VECİHİ K-XVI Transport Aircraft for Nuri Demirağ . XSK Marine rescue,
prototype25.12.201820
Slide21Nuri DEMİRAĞ
Bank clerk, inspector, businessman, railway producer, wealthy, a life devoted to aviation and then politic
s.Aircraft Donation Campaign: His response:
To Produce Aircraft.1936 He established Tayyare Factory with Design Workshop in Beşiktaş1936 GÖK Okulları: Aviation
schools in Divriği and Flight School in YeşilköyHe aims GÖK University with 12 Division
25.12.201821
Slide221937-1938 He
sells
45 Gliders and 10 Training Planes
to TAA/YHK Nu.D-36 School plane.
Nu.D-38 Passenger plane25.12.2018
22
Slide23Nuri DEMİRAĞ
GÖK
Schools trained 290 pilots
(
32,000 sorties) Yesilkoy airfield was nationalized, MOD suspended
his authority to make revisions for Air Force1945 Opposition Party (National Development Party)1954 DP Deputy, he
proposed contemporary projects, in 1957 passed away25.12.201823
Slide24ROAD MAP
There are some factors that are effective at the beginning of the Defense Industry Roadmap:
Slide25AFTER WW II
TRUMAN
DOCTRINE
Slide26AFTER WW II
MARSHALL
PLAN
Slide27MARSHALL
PLAN AND TURKEY
Assistance to Turkey.
The aid started in 1948 the priority was
agriculture, health(malaria, tuberculosis etc). At first wheat and 30,000 agricultural vehicles were provided.
Slide28AVIATION INDUSTRY HISTORY IN THE WORLD
USA MILITARY A/C
M
ANUFACTURER
LOCKHEED MARTIN (GENERAL DYNAMICS)HUGES (HEL)NORTROP GRUMMAN25.12.2018
28
BOEİNG (
Mc
DOUGLES)
Slide29JHONSON’S LETTER
Cyprus:
Slide30AİR WARFARE INDUSTRY INITIATIVES
Slide31AIR WARFARE INDUSTRY INITIATIVES
1ASMC-Eskişehir:
It
is resposible for
Jet aircraft for the reconditioning and factory level maintenance and
repair of the airframe and engines.Aircraft body hydraulic, mechanical, Pünomatik, electric
, avionics systems maintenance, testing, modification, modernization, parts production, paintingAircraft engine: Turbofan,
turbojet, turboprop, Turboschaft; Measurement, maintenance, repair, dyeing, balancing, functional
testing and F-35 Engine Depo level Maitenance.2ASMC-Kayseri: propeller (Turboprop
engine) planes; C-130e/B C-160, CN-235, SF-260, T-41, UAV replenishment and depot level maintenance
and
repair
. KC-135 (
Turbofan
engine)
depot
level
maintenance
and
repair
.
Slide32Turboprop
Slide33turbofan
Slide34turbojet
Slide35
Slide36Joint
Production: F-16s in
TAIjo
160 Blok 30/40 for Turkey80 Blok 50 for Turkey40 Blok 40
for Egypt40 Blok 50+ for Turkey
Slide37Other
Joint
Productions in T
AI
Slide38Design and production in T
AI
Slide39TEI
TURKISH ENGINE INDUSTRY
TEI
Slide40F-110 and F-129 motors commonly produced by T
EI
Slide41UAV
AND HELICOPTER ENGINES
DESIGNED BY TEI
Slide42ASELSAN’S AVIATION PRODUCTIONS
HASSAS GÜDÜM KİTİ: HGK 1,2,3,4
LASER GÜDÜM KİTİ: LGK
Slide43ASELSAN’S AVIATION PRODUCTIONS
ASELPOD FOR F-16
MISSION COMPUTERS: ATTACK HEL, T-38, F-16
Slide44ELEKTRONİK SANAYİİ: HAVELSAN
HAVELSAN
ORGANIZATION
Slide45ROKETSAN
Organization
Partners:
Slide46TURKISH FORCES (ARMY)
Slide47TURKISH NAVY
Slide48~
270
Combat Aircraft
F-16
F-5
F-4E
Force Structure
– Combat Aircraft
F-35
Slide494 x E-7T aircraft.
It is an airborne radar platform.
It
provides
radar coverage to command & control centers and controls the fighter aircraft in the air.
E-7T
Airborne
Early
Warning
& Control Aircraft
~
140 Support Aircraft
C-130
C-160
CN-235
Heli
E-7T
C
2
UAVs
A400M
KC-135R
Slide50~
140 Support Aircraft
C-130
C-160
CN-235
Heli
E-7T
C
2
UAVs
A400M
KC-135R
7 x A400M heavy transport. 3 more are to be procured.
A400M
provides
strategic airlift
availing transportation of
personnel
, equipment
and vehicles
to long distances.
It
can
carry a 30 ton cargo to a distance of
more than 2.000NM.
A-400M Strategic
Airlift
nonstop range
2.000+ NM
nonstop range
2.000+ NM
Slide51C-130
and
C-160
are
medium transport
aircraft. These are the workhorses of our cargo fleet.
Besides carrying military personnel and cargo between airbases, they are also used for delivering humanitarian assistance to the victims of natural disasters.C-160 being replaced by A400M
C-130
and
C-160 Transport Aircraft
~
140 Support Aircraft
C-130
C-160
CN-235
Heli
E-7T
C
2
UAVs
A400M
KC-135R
C-130
C-160
Slide52AS-532 Cougar
and
UH-1H
helicopters
are
used
for Personnel Recovery missions.
Besides military use, these assets also serve as civilian aid and
humanitarian assistance if needed.
AS-532 Cougar and UH-1H Helicopter
~
140 Support Aircraft
C-130
C-160
CN-235
Heli
E-7T
C
2
UAVs
A400M
KC-135R
Slide53ANKA
and
GOZCU
are
the
UAVs in our inventory. They perform Intelligence, Surveillance and Reconnaissance
(ISR) missions.Laser Targeting
is also a key
capability.
Unman
n
ed
Air Vehicles
(UAV)
~
140 Support Aircraft
C-130
C-160
CN-235
Heli
E-7T
C
2
UAVs
A400M
KC-135R
Slide54GLOBAL FIRE POWER: TOP 10
1. USA
2. RF3. CHINA
4. INDIA5. FRANCE6. UK7. S.KOREA8. JAPAN
9. TURKEY10 GERMANYGLOBAL AIR POWER: TOP 10
1. USA2. RF3. CHINA4. INDIA5. S.KOREA6. JAPAN7. PAKISTAN8. FRANCE9. EGYPT10 TURKEY
Slide55STRATEGIC ATTACK AIRCRAFT
Slide56Mission:
The B-2 Spirit is a stealth bomber capable of carrying both conventional
and nuclear munitions
Slide57B-52 STRATEGIC BOMBER
Slide58STRATEGIC AIR POWER
TU-160 BLACKJACK
TU-22 BACKFIRE
Slide59TU-95 BEAR
Slide60F-22
F-35
Slide61SU-57 STEALTH FIGHTER
Slide62SATELLITES CURRENTLY ORBITING
Slide63SPACE ORBITS
Slide64TURKISH
TURKISH
SATELLITESPROGRAMS
Slide65TURKISH COMMUNICATION SATELLITES
TÜRKSAT SERIES
TÜRKSAT-3A
: 42 E2008, ALCATEL3 TONACTIVE
TÜRKSAT-4A: 42 E14 FEB 2014, JAPAN MITSUBISHI ELECTRIC5 TON, 30 YEARS, BAYKONORACTIVETÜRKSAT-4B: 42EJANUARY 2016, JAPAN5 TON, 30 YEARS, BAYKONORACTIVE
TÜRKSAT-6ANATIONAL DESIGN AND PRODUCTION2019
Slide662003
Bilsat
(26 m E/O)
2011
Rasat
(8 m E/O)
2012
GÖKTÜRK-2
(2.5 m E/O)
2016
GÖKTÜRK-1
(0.5 m E/O)
2021
İMECE
(0,88 m E/O
)
2024
GÖKTÜRK
Replacement
1
(< 0.5m E/O)
2025
GÖKTÜRK-3
(1 m SAR)
2028
İMECE-2
(0,5 m E/O)
2034
Electronic
Support
(
Constellation
)
>2040
Early
Warning
2039
Regional
Navigation
/
Timing
2036
GÖKTÜRK
Replacement
3
2030
GÖKTÜRK
Replacement
2
Indigeneous
Developement
Co-Developement
/
Procurement
Text
:
In-orbit
Text
:
Initiated
Text
:
Planned
Space
RoadMap
Slide67SECURITY
FOR
CIVIL AVIATION
25.12.2018
67
Slide68STANDARDIZATION
25.12.2018
68
Slide69CERTIFICATION
INPUTS FROM
ICAO STANDARTS
FAA STANDARTS
EUROCONTROLECAC
EASA STANDARTSCERTIFICATION AUTHORITIES
FEDERAL AVIATION ADMINISTRATION FAAEUROPEAN AVIATION SAFETY AGENCY EASA
25.12.201869
Slide70TECHNOLOGY STRATEGY
FOR THE NATIONAL AVIATION INDUSTRY:
Slide71TECHNOLOGY REQUIREMENTS WITH THE PRIORITY AND NEEDS
FOR NATIONAL
Slide72Six
types
approches
Top-down PlanningResource- constrained planning
Incremental planningCapability-based planningScenario-based planningThreat-based planning
25.12.2018
General (R) Abidin ÜNAL, Former Commander of TAF72
Slide73Defense
P
lanning Approaches
Scenario-based planning
is self-explanatory. Planners use hypothetical events and environments as test beds to determine what capabilities and/or force structures they may need to meet future threats in different parts of the world. 73
25.12.2018
Slide74I
t
is appropriate to determine which areas of capabilities should be addressed first and immediately after MSGB but before TÜMAS.P
rioritization process after MGSB and prior
to TÜMAS eliminates some difficulties and keeps the streamline in defense
planning process. Some examples for prioritization:To develop Air
Power first or to develop maritime power first.The development of skills in cyber defense, To development long range sensitive engagement or
Counter-terrorism capabilities.As a result, prior to MGSB and before TUMAS «Prioritized Defense Planning» study will provide a significant solution to the problem.After MGSB and the Prioritized Defense Plan
finalization; TÜMAS process and the procurement process begins.Defense Planning Summary: MGSB (
with Prioritized Defence Plannig) – TÜMAS-- SHP– OYTEP
74
25.12.2018
Slide75I
dentifying a required (needed) weapon systemAs set forth by statute and regulation, from concept to deployment, a weapon system must go through a three-step process of identifying a required (needed) weapon system, establishing a budget, and acquiring the system. These three steps are organized as follows:
1. The Joint Capabilities Integration and Development System (JCIDS)—for identifying requirements. 2.
The Planning, Programming, Budgeting, and Execution System (PPBE)—for allocating resources and budgeting. 3. The Defense Acquisition System (DAS)—for developing and/or buying the item.
25.12.201875
Slide762.
The Planning, Programming, Budgeting, and Execution System (PPBE)—for allocating resources and budgeting.
25.12.2018
76
Six Fundamental Ideas: 1. Decisions should be based on explicit criteria of national interest, not on compromises among institutional forces 2. Needs and costs should be considered simultaneously 3. Major decisions should be made by choices among explicit, balanced, feasible alternatives 4.
The Secretary of Defense should have an active analytic staff to provide him with relevant data and unbiased perspectives 5. A multiyear force and financial plan should project the consequences of present decisions into the future 6. Open and explicit analysis, available to all parties, should form the basis for major decisions