Cutting edge Technology generated by the Islamic nations in the middle east

[Kingdom come]

every other country do this

Can I get some examples

 

[MMM-E]

By the way @aryobarzan can you tell me what member @MMM-E is trying to say in his moon launch i am confused

Turkiye has its own agenda 2017-2028

ROKETSAN
DELTA V Space Technologies


ROKETSAN Space Program

Roketsan TPO-1 : 120 km altitude in 2017
Roketsan TPO-2 : 130 km altitude in 2018
Roketsan SRO-1 : 136 km altitude in 2020

Roketsan SR-1 : 100 kg payload and 300 km altitude in 2023
Roketsan SIMSEK-1 SLV: 400 kg payload and 550 km altitude in 2027
Roketsan SIMSEK-2 SLV : 2028


Critical systems and stages have been verified
-- Solid-Propellant Rocket Motor with Thrust Vector-Control feature
-- Aerodynamic hybrid control driven by Thrust Vector Control, and electromechanically controlled propulsion
-- Multiple firings in space by the Liquid-Propellant Rocket Engine
-- Precise orientation control in space environment
-- Inertial Precision Navigation based on national sensors and a national Global Positioning System Receiver
-- Capsule detachment in space
-- Various structural and chemical materials and advanced processing techniques


2017-2020
Turkiye's first independent access to space was achieved in 2017
And in 2020 , The SR0-1 sounding rocket was launched into space ( 136 km altitude ) using solid-propellant rocket engine technologies and the payload capsule which was required for scientific search, was successfully detached

2023
The SR-1 Sounding Rocket, scheduled for launch in 2023, is planned to be used for the testing of Micro-Satellite Launch Vehicle (MSLV) technologies, with the ability to deliver payloads of 100 kg to an altitude of 300 km

Turkiye to place microsatellites into low-Earth orbit

2027
Roketsan SIMSEK-1 SLV: 400 kg payload and 550 km altitude in 2027


Turkey will thus gain possession of launch, testing and manufacturing capabilities, and the ability to establish a spaceport, placing it among only a few countries in the world with the necessary knowledge and infrastructure

SOURCE

Roketsan - Micro-Satellite Launching System (MSLS)

www.roketsan.com.tr

-----------------------------------------------------------------------------------------------


DELTA V Space Technologies - TUBITAK Space


Moon Research Program (AYAP-1 )

Hard landing : 2023-2024
Soft landing : 2028

DeltaV Space Technologies has developed the hybrid propulsion system that will carry the spacecraft developed by TÜBİTAK Space to the Moon

After tests in earth orbit, DeltaV's hybrid engine will fire to enter lunar orbit


SORS is a probe rocket system with hybrid fuel engine technology that will be used primarily for the 2023-2024 hard landing on the Moon.

Hypersonic SORS was fired with liquid oxidizer and solid paraffin, had vertical firing tests in 2021. ( 300 km altitude )

Turkiye aims to achieve first contact with the Moon by 2023-2024

Hard landing : 2023-2024
Soft landing : 2028

in 2028 to be joined the exclusive club of 6 nations that sent spacecraft into orbit of the Moon ( USA , Russia , China , India , Japan , Europe ( ESA ) and Turkiye plan to be 7th country in the world by 2028 )

 

[Kingdom come]

DeltaV Space Technologies has developed the hybrid propulsion system that will carry the spacecraft developed by TÜBİTAK Space to the Moon

Delta-V belongs to European space agency it's a colab between turkey and Europe to land a instrument on moon yes ?

 

[MMM-E]

Delta-V belongs to European space agency it's a colab between turkey and Europe to land a instrument on moon yes ?

Delta-V belongs to Turkiye and 100% Turkish technology

The World’s first sounding rocket launch using a paraffin/liquid oxygen propellant pair

2019
Türkiye‘s largest rocket engine firing with a liquid oxidizer

2021
Development of novel hybrid rockets with World’s highest thrust density

2022
The firing of the first hybrid propulsion system that developed for orbital operations

Homepage

Türkiye's Gateway to the NewSpace Türkiye's Gateway to the NewSpace SORS Sounding Rocket HİS In-Space Propulsion Unit Services & Products Enabling Technologies for Space Access

deltav.com.tr

Turkish firm Delta-V to develop hybrid rocket tech for 2023 moon mission​

Turkish firm to develop hybrid rocket tech for 2023 moon mission

An Istanbul-based space technology firm is expected to develop the authentic hybrid engine technology that will enable Turkey to successfully achieve its...

www.dailysabah.com

 

[Hack-Hook]

Can I get some examples

its called transfer orbit and orbit insertion

Acceleration[edit]​

The second type of orbit insertion is used for newly launched satellites and other spacecraft. The majority of space launch vehicles used today can only launch a payload into a very narrow range of orbits. The angle relative to the equator and maximum altitude of these orbits are constrained by the rocket and launch site used. Given this limitation, most payloads are first launched into a transfer orbit, where an additional thrust maneuver is required to circularize the elliptical orbit which results from the initial space launch. The key difference between this kind of maneuver and powered trans-planetary orbit insertion is the significantly lesser change in velocity required to raise or circularize an existing planetary orbit, versus canceling out the considerable velocity of interplanetary cruise.

In orbital mechanics, a transfer orbit is an intermediate elliptical orbit that is used to move a spacecraft from one circular, or largely circular, orbit to another.

There are several types of transfer orbits, which vary in their energy efficiency and speed of transfer. These include:

• Hohmann transfer orbit, an elliptical orbit used to transfer a spacecraft between two circular orbits of different altitudes in the same plane
• Bi-elliptic transfer, a slower method of transfer, but one that may be more efficient than a Hohmann transfer orbit
• Geostationary transfer orbit or geosynchronous transfer orbit is usually also a Hohmann transfer orbit
• Lunar transfer orbit is an orbit that touches Low Earth orbit and a lunar orbit.

Hohmann transfer orbit - Wikipedia

en.wikipedia.org

cases , well all satellite in high earth orbit and geostationary orbits are put there by this technique as it require a lot less fuel, the satellites that were sent to month in recent year also used the same technique

 

[MMM-E]

TURKIYE
Meteksan NAZAR-KARA Laser EW System


It can paralyze the seeker heads on E/O and IR missiles at 5 different wavelengths.
NAZAR has 2 times more effective range than the Phalanx CIWS

For the first time in the world, a product of this type, size and range has entered the inventory


LIDAR (Laser Imaging Detection and Ranging)

The system sends some laser lights towards the missile head, and according to the reflections coming from there, it understands at which wavelength it is a seeker
Then it continues this reflection and creates a glare there, a glare we call the 'cat's eye effect'.
Then it begins to follow this glow. While following, a directed laser beams against the threat in a suitable modulation,

after this beam that the seeker head is paralyzed

 

[aryobarzan]

Iran's second affordable auto unveiled today. (Thanks to @sobhan for info and photos)

• Under $10,000 US dollars
• Euro 6 standard
• 1.3 Liter 3 cylinder engine
• Fully indigenous body,Platform and engine by IKCO

 

[lydian fall]

Iranian cars in Russia:

 

[MMM-E]

TURKIYE



Turkish electric Cars TOGG

Specifications

-- The fully electric car is expected to have two engine configurations 200 hp or 400 hp
-- a 4.8 second sprint from 0 to 100 km/h
-- The car will have a range of up to 500 km and locally produced Lithium-ion battery chargeable to 80% in less than 30 minutes

-- "3D Holographic Assistant" technology .. ( the first time in the world )
This innovative assistant will benefit from advanced eye tracking algorithms and holographic three-dimensional imaging technologies to provide a user experience far beyond the ordinary virtual dashboard

-- The car is becoming a smart device.It's an autonomous vehicle ( autonomous driving level3 )
-- Artificial Intelligence technology
-- Intelligent connection and updating software over the internet via a 4G / 5G connection


Sedan

SUV

VESTEL 180 kW chargers

 

[aryobarzan]

View attachment 712680View attachment 712681Cosmology started in Middle east and returning to its original place of birth. Iran's national observatory building built atop a high mountain peak in central Iran and Iran's first Indigenously built 3 meter mirror telescope is taking shape and at final stages...

UPDATE:
First photos of the heavens released from one of Iran's most important Scientific achievements. National observatory of Iran is now fully functional.

 

[MMM-E]

UPDATE:
First photos released from one of Iran's most important Scientific achievements. National observatory of Iran is now fully functional.

The Iranian observatory 3.4-meter optical telescope and 2 others in the region—
a 4-meter infrared telescope in Turkiye and a 3.6-meter optical telescope in India

Science | AAAS

www.science.org

Turkiye DAG Eastern Anatolian Observatory

 

[Hack-Hook]

The Iranian observatory 3.4-meter optical telescope and 2 others in the region—
a 4-meter infrared telescope in Turkiye and a 3.6-meter optical telescope in India

Science | AAAS

www.science.org

Turkiye DAG Eastern Anatolian Observatory
View attachment 888012
View attachment 888010

LOL
what make us proud of it is not its size or its modernity . its the fact that we ourself made that mirror , we built our own Vacume chamber to turn that glass into an aluminum coated mirror ., we built and designed all the subsystems our-self this is built in Iran

we get this

and turn it into this

its the specification
he main mirror (M1) is single segment fast f/1.5 mirror with a diameter of 3.4m, which makes IN340 one of the most compact telescopes at this size. M1 is a meniscus shape 18 cm thick made of a Zerudor ceramic with a 700mm central hole. The M1 is polished to a surface micro-roughness of ~1nm root mean-squared, one of the thinnest in the world allowing short and long wavelength observations. The M1 is supported by 60 actuators which are actively or passively controlled to keep the mirror shape undistorted under its own gravity at different pointing.

Primary Mirror Parameters​

Glass	Ceramic ZERODUR®
Shape	Meniscus
mass	~4000 kg
Diameter	3401 mm
Optical diameter	3300 mm
Thickness	180 mm ± 10 mm
Central hole diameter	700 ± 1 mm
Radius of curvature (fronthyperbola)	10200 ± 20 mm
Radius of curvature (Rear face)	10380 mm
Focal ratio	f/1.5
Surface roughness	< 2 nm RMS
Conic constant	-1.006472
Scale	0.18731 mm/arcsec

you think how many country in the world can actually build that

 

[lydian fall]

Iran = 32 ❤❤

France = 31

Spain = 27

 

[MultaniGuy]

I wonder if Saudi Arabia's KAUST and Egypt's American University of Cairo got mentioned.

 

[MMM-E]

you think how many country in the world can actually build that

The mirror is based on German technology
Iran purchased the mirror from Germany

Turkiye also purchased the mirror from Germany
India worked with Belgium and Canada to build Liquid Mirror Telescope



Turkiye doesnt need old technology

Turkiye's DAG Eastern Anatolian Observatory and 4-meter infrared telescope is the best in the word in its own class with superior technologies

All optical designs of the Telescope were made by engineers in Turkiye


--To achieve a resolution 5-6 times higher than the resolution of the Hubble Space Telescope

-- Its infrared telescope which is similar technology to James Webb Space Telescope
Thanks to infrared technology , Areas such as galaxies, supernova, star and planet formation regions that contain dense gas and dust can be examined in much more detail.

-- Thanks to the Adaptive Optics, the telescope will be less affected by the disturbing effect of the atmosphere and will provide clearer images.

Iran's optical reflecting Telescope doesnt have infrared and Adaptive Optics technologies