The company's general manager, Karabeyoğlu, said that they have developed unique and national hybrid rocket engines and that with their unique components they would provide safer and more cost-effective solutions than liquid and solid rockets.
Karabeyoğlu stated that they are working to provide low-cost transportation to space and that they are one of the leading companies in this field. Karabeyoğlu stated that they have features that can be considered the first in the world, such as exceeding an altitude of 100 kilometers and being the first hybrid engine launched in space.
Karabeyoğlu pointed out the advantages of space operations, such as technological advancement and economic gain.
Karabeyoğlu stated that Turkey's investments in space technologies will strengthen the country's economic and strategic position in the future: “Therefore, investments in space technologies will bring great returns in the long term and enable Turkey to become a strong player on the global stage,” he said.
“A unique technology”
Karabeyoğlu stated that hybrid rocket technology is a new technology in the world:
“We have taken important steps in the field of hybrid rocket technology and want to bring this technology to a level that is competitive with the current market conditions worldwide. DeltaV is also developing space engines for satellites and orbital transfer vehicles. The first system that will perform maneuvers in low Earth orbit will be launched this year. “He will win.”
Karabeyoğlu emphasized that the fact that the hybrid rocket engine was developed entirely with national and domestic resources strengthens technological independence and stated that they called this product Hybrid Propulsion System (HIS).
Karabeyoğlu stated that they had launched probe rockets with hybrid technology into space with the Probe Rocket System (SORS) that exceeded an altitude of 100 kilometers and made the following assessments:
“This engine that we flew to the moon with is a unique technology in the world. This success shows the talent and determination of Turkish engineers. We plan to use this technology in future missions and sell it to the world. The experience and data we will use in the moon project for the future. The success of this project will enable Turkey to have more advanced technologies in space and increase its competitiveness on the international stage. The engines we develop as DeltaV will increase Turkey's independence and competitiveness in the field of space technologies and will benefit other companies using space technologies and increase our mobility in space. Thanks to Turkey's competence and technological infrastructure in space research, Turkey will be able to play a more active role in space in the future. DeltaV's contributions in this field will make a significant contribution to our country's economic and technological development in the long term. “We aim to generate economic gains by making this technology available to the world market and to position Turkey as a country with a revenue share in this field.”
“Gezeravcı’s gMetal experiment was important”
Karabeyoğlu highlighted the importance of the gMetal experiment conducted by the first Turkish astronaut Alper Gezeravcı on the International Space Station (ISS) in studying metal powders used as the main fuel or fuel additive in solid and hybrid rockets.
Stressing that the ability to efficiently burn metal powders in a zero-gravity environment is very important for space engines, Karabeyoğlu said, “Alper Bey's gMetal experiment was carried out to create the necessary scientific infrastructure for the efficient combustion of such powders in a zero-gravity environment. “But the duration of these tests carried out on Earth is in the range of seconds, minutes at most. The space station creates unique opportunities for scientific studies. “Very long-term tests need to be carried out,” he said.
“Improving mobility will strengthen our presence in space”
Pointing out that mobility in space is crucial for operations such as satellite relocation and maintenance and repair work, Karabeyoğlu said:
“Orbital transfer vehicles enable effective and efficient movement in space. Improving Turkey's mobility between space destinations will strengthen our presence in space and provide a strategic advantage. Incorporating mobility into its designated target areas in space will enable Turkey to be more effective.” “This will not only allow us to use our existing satellites and vehicles more efficiently, but also create new opportunities and cooperation in space. This technology can provide a significant competitive advantage at the international level.” “Space mobility also forms the basis for defense and operations systems in space.”
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