Defense industry of Turkey

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Global Positioning System

GPS, short for Global Positioning System, is a satellite-based navigation system that provides accurate positioning and timing information to users anywhere on or near the Earth's surface. It consists of a network of orbiting satellites that transmit signals to GPS receivers, which then use these signals to calculate their precise location, speed, and time.

GPS Technology For Short

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What is Electronic Warfare ?

Electronic Warfare (EW) refers to the use of electromagnetic spectrum (EMS) to exploit, deceive, or protect against an adversary's use of the spectrum. The electromagnetic spectrum includes a wide range of frequencies, from radio waves to microwaves and infrared to visible light, and it is a critical domain for communication, radar systems, and various electronic devices.

Electronic Warfare encompasses three main components:

Electronic Attack (EA): This involves the use of electromagnetic energy to attack or disrupt enemy systems. Electronic attacks can target communication systems, radar systems, and other electronic devices. Jamming is a common example of electronic attack, where intentional interference is introduced to disrupt or block signals.

Electronic Protection (EP): EP involves measures taken to protect friendly systems from electronic attacks. This may include the use of encryption, frequency hopping, and other techniques to secure communication and radar systems against jamming or other forms of interference.

Electronic Support (ES): ES involves the gathering of information from the electromagnetic spectrum to support military operations. This includes activities such as signal intelligence (SIGINT), electronic intelligence (ELINT), and radar intelligence (RADINT). ES helps in identifying and understanding the electronic environment and the activities of potential adversaries.

Electronic Warfare is crucial in modern military operations, as it can significantly impact the effectiveness of communication, surveillance, and weapon systems. It plays a vital role in gaining and maintaining control of the electromagnetic spectrum, denying the enemy the ability to use it effectively, and protecting one's own systems from electronic threats.

What is Electronic Warfare

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What is Flight Termination System

A Flight Termination System is a safety mechanism designed to terminate the flight of an unmanned aerial vehicle (UAV) or missile in the event of an emergency or a deviation from its intended trajectory. The primary purpose of an Flight Termination System is to prevent the vehicle from posing a threat to people, property, or other assets on the ground in case of a malfunction or loss of control.

Here are the key components and functions of a Flight Termination System :

Safety and Compliance:

Flight Termination System is an essential component for compliance with safety regulations and standards in the aerospace industry. It ensures that unmanned vehicles can be safely operated in various environments, including controlled airspace.

Remote Control:

Flight Termination System is typically remotely controlled by a ground-based operator or a flight control center. This operator monitors the vehicle's performance and can initiate the termination process if necessary.

Monitoring Systems:

Flight Termination System includes sophisticated monitoring systems that continuously assess the status of the vehicle during its flight. These systems can detect anomalies, malfunctions, or deviations from the planned trajectory.

Redundancy:

To enhance reliability, Flight Termination System often incorporates redundant systems and components. Redundancy ensures that the termination capability remains intact even if some parts of the system fail.

Communication Systems:

Effective communication between the ground control and the vehicle is crucial. Flight Termination System relies on robust communication systems to transmit termination commands in real-time.

Termination Techniques:

Flight Termination System uses various termination techniques to disable the vehicle safely. Common methods include explosive charges that can sever crucial components, rendering the vehicle incapable of further flight.

Flight Analysis:

Flight Termination System includes tools for post-flight analysis. This allows engineers and operators to review the performance of the termination system and identify the cause of any anomalies.

Range Safety:

Flight Termination System plays a crucial role in range safety during test flights and launches. It ensures that the vehicle does not deviate from the planned trajectory and poses minimal risk to people and property.

Customization:

The specific design and implementation of an Flight Termination System can vary based on the type of vehicle, its intended mission, and regulatory requirements. Different vehicles may require different termination criteria and procedures.

In summary, a Flight Termination System is a vital safety feature that provides a means to remotely terminate the flight of unmanned vehicles in emergency situations, ensuring public safety and compliance with aviation regulations.

What is Flight Termination System

How Does a Flight Termination System Work

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Turkey Defense News

For those keen on staying abreast of the latest developments in Turkey's defense sector, the "Turkey Defense News" serves as a comprehensive source of essential news and strategic analyses. Covering the dynamics of the Turkish defense industry, shifts in security policies, and international relations, this platform encapsulates the crucial facets of the nation's defense landscape.

Leveraging reliable sources, "Turkey Defense News" offers detailed insights into Turkey's recent national defense projects, innovations in military technology, and updates in strategic defense policies. Furthermore, it delves into the national defense strategies of the Turkish Armed Forces and provides comprehensive analyses of regional security issues.

These news sources provide an in-depth examination of Turkey's ongoing defense projects, efforts to enhance military capabilities, and its role on the international stage. "Turkey Defense News" is a valuable resource for readers seeking a nuanced understanding and tracking of Turkey's dynamics in security and defense.

By compiling key information and offering up-to-date analyses, "Turkey Defense News" provides readers interested in Turkey's defense industry and security policies with a solid informational foundation. It is a vital source for those wanting to keep a close eye on the latest developments in Turkey's security and defense domains.

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What is GPS ?

GPS stands for Global Positioning System. It is a satellite-based navigation system that allows users to determine their precise location and track their movement on the Earth's surface. The system provides information on latitude, longitude, altitude, and the current time at the user's location.

The GPS system consists of a network of satellites in orbit around the Earth. These satellites transmit signals to GPS receivers on the ground or in devices like smartphones, cars, and other navigation systems. The GPS receiver uses the signals from multiple satellites to calculate the user's precise location through a process called trilateration.

The accurate positioning information provided by GPS has a wide range of applications, including navigation for vehicles, aircraft, and ships, tracking and mapping, surveying, and various location-based services such as geotagging in photos and finding nearby points of interest. GPS has become an essential tool in both civilian and military applications, significantly impacting various aspects of daily life.

Link : What is GPS

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What is a Anti Jammer ?

If you are looking for the answer to the question "What is an anti-jammer?", anti-jammers are devices used to prevent or minimize electronic signal interference. These devices protect radio frequencies by providing defense against jammers attempting to block signals. Anti-jammers are employed to enhance the reliability of communication systems and prevent signal disruptions. Visit this page for detailed information and to learn about the principles of anti-jammer technology.

Link : What is a Anti Jammer

Turkey Defense News

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Working Principle of Radar Altimeter

Radar Altimeter: Monitoring Ground Proximity

Radar Altimeter play a significant role in various fields such as aviation, maritime, meteorology, and space exploration. These devices use radar technology to measure altitude above the ground and provide critical information for a range of platforms like aircraft, ships, drones, and space vehicles. In this article, we will explore the working principles, applications, and importance of radar altimeters.

What Is a Radar Altimeter?

A radar altimeter, also known as a radio altimeter, uses electromagnetic waves to measure the distance from the surface. These devices precisely determine the height above the surface, facilitating safe landings, navigation at sea, and terrain monitoring.

Working Principle of Radar Altimeter

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Radar Altimeter

The radio altimeter, also known as Radar Altimeter and abbreviated as, is an instrument that indicates the height of the aircraft in relation to the ground immediately below it. In other words, it indicates the light of the aircraft in real time now. The basic components of a radio altimeter system are two antennas located at the bottom of the fuselage, one transmitting and the other receiving a central processing unit and finally the instrument or indicator in the cockpit. let's now see how the system works. First, the transmitting antenna emits a radio wave downward from the aircraft. When this wave reaches the surface, it bounces back to the aircraft and is recei antenna.

How a Radio Altimeter Work Radar Altimeter What is a Radar Altimeter

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What is a Radar Altimeter ?

What is a Radar Altimeter

A Radar Altimeter is a device used to measure the altitude above the ground for aircraft. This device calculates how close it is to the surface using electromagnetic radar waves. It is particularly important for aircraft such as airplanes, helicopters, and spacecraft, as it helps determine safe altitude limits during takeoff and landing and monitors hazardous altitude changes during low-altitude flight. It can also be used in various applications such as map creation, terrain tracking, and measuring sea level height.

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TUALCOM Opens London Office

The Turkish technology company TUALCOM, which is entirely domestically owned, has opened its office in the capital of the United Kingdom, London. The company is rapidly expanding its global footprint.

TUALCOM, a Turkish technology company with wholly national capital, has made its office in the capital of the United Kingdom, London, operational. The London office represents a significant milestone for the company, which has set its future vision as becoming a world leader in RF and communication technologies.

TUALCOM, which has conducted direct exports to more than 30 countries to date, uniquely develops Anti Jam, Data Link, Radar and Electronic Warfare, Flight Termination, and Telemetry systems. The systems developed by the company are used on various domestic and foreign platforms, including Bayraktar TB2, AKINCI, TCG ANADOLU, and MUFA, among others.

"To lead the world in RF and Communication Technologies."

In a statement made by TUALCOM regarding the matter, it was stated, "The mission of our company, founded by visionary Turkish entrepreneurs, has always been clear: to lead the world in RF and Communication Technologies! Today, as we proudly announce the opening of our branch in the United Kingdom, we are taking a giant step toward this vision.

The United Kingdom, a global hub for technology and innovation, serves as a bridge to our passion for leading the world with our technologies, and this strategic move allows us to be at the forefront of industry developments and build stronger relationships with our international customers.

The opening of our branch in the United Kingdom is a testament to our global aspirations. Our roadmap is focused on continuous growth, increasing our global presence and solutions through new companies, strategic acquisitions, mergers, and partnerships."

Turkey Defense

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Selçuk Bayraktar's Challenge for Bayraktar TB3: We Will Be the First

The international competition continues for Bayraktar TB3. Selçuk Bayraktar, the Chairman of BAYKAR, provided insights on the current status of Bayraktar TB3 UAV.

Telemetry - Turkey Defense

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The ASELSAN HAKIM Center of Azerbaijan has been inaugurated

President Recep Tayyip Erdoğan, together with President Ilham Aliyev of Azerbaijan, inaugurated the opening of the Air Force Command Center affiliated with the Ministry of Defense of Azerbaijan in Baku, the capital of Azerbaijan.

The two presidents inaugurated the opening of the Air Force Command Center, implemented by ASELSAN under the HAKIM Project, and conducted inspections at the center. Erdoğan and Aliyev then received information about the center from Prof. Dr. Haluk Görgün, the President of the Presidency of Defense Industries, and Zakir Hasanov, the Minister of Defense of Azerbaijan.

Two states, one nation, one airspace.

According to the information obtained from SavunmaSanayiST.com, thanks to the HAKIM Project, the joint airspace control zone of the Turkish and Azerbaijani Air Forces will extend from the Aegean Sea to the Caspian Basin.

The air forces of the two countries will have a comprehensive tactical air picture in a wide area by sharing radar track data with each other.

Link : https://bit.ly/3JD3c11

Source : Turkey Defense Industry

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Anti-Jamming Antennas for the U.S. Military

Q & A with Peter Soar, Business Development Manager, Military and Defense, Hexagon | NovAtel. Read more from this cover story here. What have been the advances since you began deliveries of the GAJT-710ML?

The original signal plan for GAJT-710ML was GPS L1 and GPS L2 only, with specific capability to use civil, P(Y) and M-Codes. GAJT-710ML as delivered in 2019 addressed GPS L1, Galileo E1, QZSS L1, GPS L2, QZSS L2. The version delivered provides situational awareness by jammer power level – by automatic gain control (AGC), as well as jammer direction-finding to the most powerful jamming signal. We are in the process of improving GAJT-710ML to be able to give simultaneous directions to multiple jammers.

Meanwhile, deployment of GAJT-410ML has started. This is a 4-element version of the same technology as GAJT-710ML but for smaller platforms. By using an internal junction box, the user can install this GAJT with just one small RF cable penetrating the vehicle armor. The latest GAJT version is GAJT-AE2. This UK-built board-level product is also able to use the strong L5 signals. We have also launched the Robust Dual Antenna Receiver (RoDAR). Our engineers put an anti-jam algorithm directly on our OEM7 dual-antenna receivers (OEM718D and OEM7720).This is for the very small platforms that cannot carry a full GAJT. It only provides one null (as it has two antennas) although it does so simultaneously on L1 and L5 and related GNSS signals. NovAtel’s GAJT are commercial off-the-shelf (COTS) products. How does that help you with exports?

GAJT products are built in Canada (mainly) and the UK and are subject from source to the Controlled Goods Program of Canada and UK Export controls respectively, but are not subject to U.S. International Traffic in Arms Regulations (ITAR) until shipped to the United States. RoDAR is based on OEM7 receivers which are free from export controls and because only one null is created per frequency, the RoDAR configuration is also free from export controls.

Once goods controlled by Canada or the UK land in the United States, or are incorporated into an already ITAR controlled system, then they become subject to the ITAR. Being COTS helps with export classifications because GAJT is dual-use. For example, it is used in oil and gas exploration. One of the ways that we work with the U.S. Department of Defense and other departments is via Hexagon U.S. Federal, which is a U.S.-proxied organization that can operate at classification levels beyond what other Hexagon units can. Has the form factor remained essentially the same, and will it remain the same, while you upgrade the electronics?

The GAJT-710ML form-factor remains unchanged. This is important because the installation schemes take time to design and the customer likes continuity in the area. We intend for follow-on products —which will naturally be better performing, lower volume and lower power — to have an optional interface that will allow mounting on existing installation schemes. GAJT-410ML and the other products are smaller. Hexagon says that its anti-jam technology increasingly emphasizes protecting GPS signals against Cyber Electromagnetic Activities (CEMA) from the advanced armed forces of nations. What are some examples and in what direction is anti-jam technology evolving?

Most conflicts of the previous generation were “asymmetric” in terms of the military technology deployed by each side. Now we see more conflicts between advanced armed forces which are more symmetric and expect that to continue. Anti-Jam technology is evolving to encompass all the GNSS signals and other PNT sensors that are being used by allied defense forces. This includes added GPS signals (beyond L1 and L2) as well as GNSS, L-Band corrections, SBAS and other emerging PNT signals. One task for us is to discern users’ requirements. Even within NATO there are different national policies as to which signals and sensors are essential/desirable/not to be used.

Anti Jam What is GNSS