TR Directed Energy(Laser) Weapon Systems

[begturan]

TUBITAK has described the product as follows: It can generate 100 kW of power if desired, presumably with a more advanced power/source/cooling system.

Quote:
Scalable Technology Leading the Future

Thanks to its modular architecture, the IŞIK system is designed to be scalable to power levels of 100 kW and above. This feature not only meets today's needs but also makes it a deterrent and effective force for the development of laser-based defense technologies in the future.

TÜBİTAK BİLGEM’den Yerli Yüksek Güçlü Lazer Sistemi: IŞIK | TÜBİTAK | Türkiye Bilimsel ve Teknolojik Araştırma Kurumu

T.C. Sanayi ve Teknoloji Bakanlığı'nın ilgili kuruluşudur.

tubitak.gov.tr

 

[TR_123456]

TUBITAK has described the product as follows: It can generate 100 kW of power if desired, presumably with a more advanced power/source/cooling system.

Quote:
Scalable Technology Leading the Future

Thanks to its modular architecture, the IŞIK system is designed to be scalable to power levels of 100 kW and above. This feature not only meets today's needs but also makes it a deterrent and effective force for the development of laser-based defense technologies in the future.

TÜBİTAK BİLGEM’den Yerli Yüksek Güçlü Lazer Sistemi: IŞIK | TÜBİTAK | Türkiye Bilimsel ve Teknolojik Araştırma Kurumu

T.C. Sanayi ve Teknoloji Bakanlığı'nın ilgili kuruluşudur.

tubitak.gov.tr

Looks like bs,if they could they would have done it already.

 

[Turkic]

Looks like bs,if they could they would have done it already.

I don't think they meant they could now. Modularity and availability for future upgrades felt more like their point to me.

 

[Zafer]

The system comes in 5 KW increments and you can add more to scale up. But why jump while you can walk. If the system can do a job with smaller power by utilizing precision targeting then you can get away with a system that does not use too much power and much supporting systems for the high power.

 

[boredaf]

If the system can do a job with smaller power by utilizing precision targeting then you can get away with a system that does not use too much power and much supporting systems for the high power.

Because the less power you have, the less range you have which gives you less time to down your target, as the laser has to stay on target to set it on fire in the first place. If you can engage targets from 5km, you will have a better chance of destroying it before it destroys something important. And, range also improves your chances of dealing with one target and switching to another, which matters a lot, just look at Russia launching dozens of cheap drones with each of their missiles now.

And on top of that, less power you have, the more time you need to destroy your target, because again, laser has to stay on target until it gets damaged by the heat it creates; which becomes a problem when you already have shortened time window if you have a less powerful laser. Which circles back to chances of destroying or being destroyed and ability to switch to next target as fast as possible.

And, with a less powerful laser, the temperature you can reach also drops, which means effectiveness of the laser against targets made from different material might be lower. So, you might (again) need more time, or might not even be able to damage it in time. Hence, why having a more powerful laser, if you can indeed have it, is much better than just sitting on your arse with a less powerful one.

Not to mention, all laser systems has to be incredibly precise, they have to be able to stay on targets that are traveling at hundreds of kms, how much more precise do you think they can get?

 

[begturan]

The Turkish armed forces are currently relieved to have the Korkut air defence system at their disposal, but if sufficient investment in laser technology is not made available in a timely manner, its development may slow or even cease.

Therefore, developed systems must be added to the inventory, field-tested, and feedback must be provided, leading to further development.

A system effective against drones at 2 km must also be developed to be effective against missiles at 10 km...

The Armol 20kW (TUBITAK), Nazar 10kW (METEKSAN), and Alka 5/20/50kW (ROKETSAN) laser weapons have entered the Turkish Armed Forces' inventory. There is no news yet regarding Işık 20kW (TUBITAK), Gökberk 5kW (ASELSAN) because of they are newly developed.

The systems are planned to be primarily effective against drones, but the only hint of a high-power laser system against missiles and aircraft is the TUBITAK Işık project. It appears that progress is being made gradually toward that goal.

The Turkish military has focused primarily on high-altitude missile destruction, as we have been lacking in this area for decades. However, it's time to focus on current and future technologies as well. The Iran/Israel theater advises us to invest in this area!

 

[begturan]

GÖKBERK Mobile Laser Weapon System with AURA 200-G AESA Radar Integration

The fact that it can track Drone even as it falls proves how highly accurate the system is and suggests it could perform well in the field.

 

[Sanchez]

ALKA test

https://twitter.com/i/web/status/2050488741056159995

Two different systems. One on a container and other on a police Kirpi.

 

[Bogeyman]

The GÖKBERK system stands out as a directed energy air defense weapon system designed to provide a defense solution against near-field air threats. The system's primary areas of application include land platforms, power plants, critical facilities, and headquarters buildings. Target destruction is achieved using a 10 kW laser source on the system, while the guidance unit contains electro-optics and sensors that allow the system to operate 24 hours a day. The system's effective target set includes fixed-wing and rotary-wing UAVs, as well as improvised explosive devices.

Ahmet Akyol stated that the 10-kilowatt version of GÖKBERK offers an optimal solution, especially in areas where collateral damage is undesirable, such as city centers, factories, facilities, and military bases, and that the system is nearing its entry into service.

ASELSAN's EJDERHA 210 High-Power Microwave Weapon System uses high-power electromagnetic wave technology to neutralize mini/micro UAVs, particularly those attacking in swarms. With its range doubled, the EJDERHA has been transformed into a self-contained system thanks to its integrated new radar, advanced electro-optical systems, and increased jamming effect.

Ahmet Akyol stated that the EJDERHA 210 is now specifically designed to counter swarm drone threats and incorporates its own radar. He explained that the system tracks swarm drones using radar and electro-optical sensors and neutralizes their electronic circuits with an electromagnetic beam. Akyol said, “It’s a system that neutralizes swarm drones on the spot, regardless of make or model. We will see it in the Turkish Armed Forces inventory in mass production next year. We are showcasing it here for the first time as a game-changing system in the world.”

ASELSAN, Sistemler Sistemi Olarak Tanımlanan Çok Katmanlı Hava Savunma Sistemi ÇELİKKUBBE’ye Yeni Yetenekler Ekliyor.

ASELSAN, milli imkânlarla geliştirdiği yeni nesil teknolojilerini İstanbul’da düzenlenen SAHA 2026 Uluslararası Savunma, Havacılık ve Uzay Sanayi Fuarı kapsamında kamuoyuna tanıtmaya devam etti. ASELS

defenceturkey.com