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Latest Turkish developed UAVs displayed at defense exhibition

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Latest Turkish developed UAVs displayed at defense exhibition

2024-10-25 15:21 Last Updated At:17:17

Latest Turkish developed unmanned aerial vehicles (UAVs) were unveiled at the on-going fourth edition of Türkiye's leading international defense and aerospace exhibition in the capital city of Istanbul.

Organized by SAHA Istanbul, one of the largest clusters of the European Aerospace Cluster Partnership, the five-day Saha Expo Defense and Aerospace Exhibition that started on Tuesday has attracted more than 300 delegations from 120 countries and is attended by 1,400 companies, according to the expo's official website.

As one of the world's most important defense exhibitions, this year's event showcased over 300 high-tech products, covering cutting-edge technologies such as drones, warships, and aerospace equipment. Breakthroughs in drone technology became the focal point of the exhibition.

A major highlight of this exhibition was the debut of the Bayraktar TB3, a significant upgrade from the earlier TB2 model. The TB3's standout feature is its capability to take off and land on aircraft carriers, making it more versatile. It's more than just a reconnaissance drone; with advancements in AI autonomous technology, the TB3 can now independently execute precise strike missions in addition to autonomous flight.

The Bayraktar TB3 UAV not only continues the TB2’s capabilities in precision strikes, long-range flights, and strong stealth on the battlefield but also represents a technological leap forward.

With a wingspan of 14 meters, the TB3 UAV is designed for carrier-based operations, enabling it to take off from aircraft carriers and amphibious assault ships. This capability significantly extends its combat radius and enhances its operational flexibility. Additionally, the TB3's payload capacity has been increased to 280 kilograms, allowing it to carry more powerful weaponry systems for various missions.

Also draws visitors' attention at this year's exhibition is the Talay UAV, designed specifically for maritime operations.

Meaning "Ocean Warrior" in Turkish, Talay's standout feature is its exceptional stealth capability. This drone can cruise at altitudes as low as 3 to 5 meters and even as low as 30 centimeters above sea level, allowing it to evade radar detection effectively. This unique low-altitude flight capability makes Talay particularly suitable for maritime missions.

Talay UAV boasts a flight speed exceeding 200 kilometers per hour and a flight endurance of 3 hours. Therefore, the Talay UAV is described as a "sharp blade" for sea operations as it is capable of executing high-speed strike operations.

"Its low altitude. Stabilization is based on the AI actually. Second subject is target locating, [it is] using AI visual process. Lastly, it uses the AI in the present point, returning the present point," said Esad Ceker, UAV development specialist.

The use of AI technology enable both the new-generation carrier-based UAV Bayraktar TB3 and the Talay UAV to not only fly but also combat as AI allows these UAVs to analyze data in real time, optimize tactical decisions, and improve combat efficiency while minimizing the need for human intervention.

"Communication, and decision-making algorithms that work together that can replace each other. Then for example, they navigate from point A to navigate to point B they don't need any interference from human being. They solve all the problems. This is part of the combat experience," said Ozgur Eksi, defense industry expert.

Latest Turkish developed UAVs displayed at defense exhibition

Latest Turkish developed UAVs displayed at defense exhibition

Latest Turkish developed UAVs displayed at defense exhibition

Latest Turkish developed UAVs displayed at defense exhibition

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Shenzhou-19 crew installs protection devices to shield space station from debris

2024-12-18 11:13 Last Updated At:11:37

The Shenzhou-19 crew aboard China's orbiting space station successfully installed protection devices against space debris during their first extravehicular activities (EVAs) on Tuesday.

The protection devices will effectively shield the space station from the impact of tens of thousands of pieces of space debris in Earth's orbit, which could collide with the station and cause leaks.

Astronauts Cai Xuzhe and Song Lingdong were assigned with the EVA duties, while Wang Haoze provided support inside the space station throughout the mission.

With assistance from the ground team and the space station's robotic arm, Cai and Song successfully completed the tasks.

Given the dispersed installation locations of the protection devices, the two astronauts carried out the task with one using the robotic arm while the other climbed outside the station to assist.

"During the EVAs, the Shenzhou-19 crew successfully installed the protection devices against debris on the Tianhe core module. Throughout the process, they coordinated with the ground team multiple times for confirmation. They proceeded with the installation according to the commands from the ground. After finishing the installation, the ground and space teams reconfirmed to ensure the devices were properly installed and would effectively protect the space station’s cables and pipelines. After the reconfirmation, they then collected the tools and moved away from the installation location," said Wu Hao, a staffer with the China Astronaut Research and Training Center.

The protection devices were designed with a universal interface compatible with the space station, making it easier for astronauts to carry, transfer, and install them during the EVAs, significantly improving work efficiency.

"We focused on reusability when designing the tools, ensuring they could be used multiple times during EVAs. This approach not only helps reduce costs but also improves work efficiency," said Meng Lingzi, a staffer of the China Aerospace Science and Technology Corporation.

In addition to installing the protection devices, the Shenzhou-19 crew also performed other tasks, such as inspecting extravehicular equipment and facilities. The entire process lasted nine hours.

The Shenzhou-19 crew is set to carry out a slew of scheduled space-science experiments and technical tests, and they will also undertake additional extravehicular activities and install payloads outside the space station, according to the China Manned Space Agency (CMSA).

Shenzhou-19 crew installs protection devices to shield space station from debris

Shenzhou-19 crew installs protection devices to shield space station from debris

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