Turkish Naval Programs

[Otonom Piyade]

 

[MMM-E]

 

[dBSPL]

The fire control radar is already on the turret. The search radar is what's in that rear tower section, and yes you're right, the whole rear tower section will probably be removed and it will use the ship's main search radar when it's deployed onto a ship for duty.

In this respect, even in the patrol bots, a serious skill increase can be achieved.

For example, Korkut-D can be placed instead of 40mm OtoMalera TC Gun.
By placing the MAR radar in the main mast, the BORA point defence Stinger system can be placed in the rear deck. In addition to harbor safety and anti-infiltration, such Tuzla boats can also gain effectiveness against helicopters and cruise missiles.

(or MILAS)

 

[ziya]

yes I found on defence and aerospace journal,no 175,pp95 that korkut system tested with success on airbus defence and space DT-45.This target drones maximum speed is 450knot,but this trial not included sea skimmed mode.
Korkut -D is tested with 350-400 knot (0.6mach)with sea skimmed target drone succesfully but we have to test with target drones capable of 0,8-0.9 mach-550-600knot sea skimmed mode.US navy tried millenium system very smilar to our korkut-D,but did not purchase it,we do not know why?May be they decided to stick their 20mm ciws system,but korkut and millenium systems are longer fire range than 20mm ciws and gives more reaction time which is vital for the ship against missiles.Nowadays more supersonic missiles are coming for game changing against for surface ships.
By the way we are working on atmaca anti-ship missiles and we can test this korkut-D against atmaca to improve both systems altgother

 

[Lozengrad]

 

[-------]

Bayraktar class (L-402) LST (not fully) loaded with M48 tanks, even with 50s era tanks that is mean looking!

ADIK LHD/LST

PLATFORM
Displacement 10500.0t
Length Over All 158.0m
Beam 24.0-29.6m
Draught Forward <1.9m
Aft <5.0m
SIGNIFICANT SPECIAL FEATURES
4-6 Helicopters with 10-15t
4 LCVP, 2 LCM in the dock area ,
2 RHIB AAV operation in dock area
Fully air conditioned
2 Cargo cranes
600t fresh water capacity system capacity
Bow door, bow, stern and side ramps for loading/unloading
Turntables for vehicles
Hospital / medical / operation / xray room

ELECTRIC POWER
4 Diesel Generators 950kW each
Air Cooled Emergency Gen-set 450kW
2 Identical Main Switchboards located in
different compartments for Full Redundancy

PROPULSION SYSTEM
4 Diesel Engines 4320kW each
2 Gearboxes
2 Pitch Controllable Propellers
2 Bow Thrusters 800kW each

Speed
Continuous – 15.0 knots at Full Load
Maximum – 18.0 knots at Full Load

NAVIGATION
Navigation Radar
2 Fiber Optic INS
DGPS
Electro Magnetic Log
Echo Sounder
Ship Data Distribution System

COMPLEMENT AND LOAD CAPACITY
Ship Crew 25 Officers, 53 Petty Officer, 80 Ratings
Joint Group Crew 25 Officers / Petty Officers
Military Crew 388 Marines
Helo Crew 22 Pilots / Technicians

Total 1400t of Mixed Vehicles or Cargo
18 Main Battle Tanks or
60 Armored Personnel Carrier or
29 Armored Amphibious Combat Vehicles or 65 UNIMOG or 96 Jeeps

COMMUNICATION
HF, UHF, VHF Military Communication
SATCOM
SART and EPIRB
Military Link System

SENSORS
3D Surveillance Radar
2 Electro Optic Sensors
IRST (Infrared Search and Track)
LWS (Lasor Warning System)
Electronic Support Measures System
IFF
WAIS
LPI radar

 

[Neptune]

Bayraktar class (L-402) LST (not fully) loaded with M48 tanks, even with 50s era tanks that is mean looking!
View attachment 474322

ADIK LHD/LST
View attachment 474323

PLATFORM
Displacement 10500.0t
Length Over All 158.0m
Beam 24.0-29.6m
Draught Forward <1.9m
Aft <5.0m
SIGNIFICANT SPECIAL FEATURES
4-6 Helicopters with 10-15t
4 LCVP, 2 LCM in the dock area ,
2 RHIB AAV operation in dock area
Fully air conditioned
2 Cargo cranes
600t fresh water capacity system capacity
Bow door, bow, stern and side ramps for loading/unloading
Turntables for vehicles
Hospital / medical / operation / xray room

ELECTRIC POWER
4 Diesel Generators 950kW each
Air Cooled Emergency Gen-set 450kW
2 Identical Main Switchboards located in
different compartments for Full Redundancy

PROPULSION SYSTEM
4 Diesel Engines 4320kW each
2 Gearboxes
2 Pitch Controllable Propellers
2 Bow Thrusters 800kW each

Speed
Continuous – 15.0 knots at Full Load
Maximum – 18.0 knots at Full Load

NAVIGATION
Navigation Radar
2 Fiber Optic INS
DGPS
Electro Magnetic Log
Echo Sounder
Ship Data Distribution System

COMPLEMENT AND LOAD CAPACITY
Ship Crew 25 Officers, 53 Petty Officer, 80 Ratings
Joint Group Crew 25 Officers / Petty Officers
Military Crew 388 Marines
Helo Crew 22 Pilots / Technicians

Total 1400t of Mixed Vehicles or Cargo
18 Main Battle Tanks or
60 Armored Personnel Carrier or
29 Armored Amphibious Combat Vehicles or 65 UNIMOG or 96 Jeeps

COMMUNICATION
HF, UHF, VHF Military Communication
SATCOM
SART and EPIRB
Military Link System

SENSORS
3D Surveillance Radar
2 Electro Optic Sensors
IRST (Infrared Search and Track)
LWS (Lasor Warning System)
Electronic Support Measures System
IFF
WAIS
LPI radar

Perfectly fit for Mediterranean theatre of ops, including Aegean.

 

[u.MP]

M48 is fine for now, but I think that a up-armored version of Kaplan MT should be considered as a replacement.

 

[dBSPL]

There is no tank in the amphibious brigade inventory. Land forces may provide Leopard in the future.

 

[Corsair255]

View attachment 473911

Regarding the max. speed of LST herself and LCVPs; i can't discuss the exact values but, well beyond the 20 Knots and 40 knots respectively. Just for your information.

 

[kartal1]

Beyaz Firtina 2018

 

[cabatli_53]

 

[Hexciter]

I wonder which missiles will be put inside of that?

 

[-------]

This is the second document that proves Turkey is working on VLS system for navy. I hope some people will quit dispelling this as "rumour" and accept facts.

 

[dBSPL]

I wonder which missiles will be put inside of that?

- various type all-weather short/mid/long-range anti-air missiles ,
- mid/long range surface-to-ground/surface cruise missiles ,
- maybe anti-submarine rocket in future (if there is a need to use such an ammunition in the future)

The most important advantage of the vertical launch system is its ability to engage with a low-reaction time and a more missile on the same time-period. In other words, a national VLS system may mean that many ammunitions that we have developed indigenously are adapted to vertical launching.