ULAQ is the primary indigenous armed unmanned floor vessel (AUSV) developed in Turkey. It’s being provided by Ares Shipyard and Meteksan Defence Techniques to the Turkish Navy.
The unmanned floor vessel will likely be developed in numerous variations to assist a spread of missions reminiscent of reconnaissance, surveillance and intelligence, uneven warfare, anti-surface warfare (ASuW), anti-submarine warfare (ASW), strategic facility safety, and armed escort and power safety.
The fight vessel can conduct joint operations with complementary forces reminiscent of unmanned aerial autos (UAVs), armed UAVs, and tactical UAVs.
A prototype of the ULAQ was launched at a joint press convention organised by Meteksan Defence and ARES Shipyard in February 2021 and its sea trials are presently underway.
The firing checks of the vessel with 4 CIRIT and two L-UMTAS missile programs is scheduled for the primary quarter of 2021. The prototype will function the primary platform of the sequence, as soon as accomplished in December 2021.
ULAQ growth particulars
The ULAQ growth started in 2018 and its analysis and idea research have been carried out between 2018 and 2019. The manufacturing technique of the prototype with home capabilities started in 2019, adopted by its manufacturing in June 2020.
“ULAQ is the primary indigenous armed unmanned floor vessel (AUSV) developed in Turkey.”
The AUSV programme was initiated in October 2020 and the armed unmanned vessel prototype was displayed in Antalya, Turkey, in December 2020.
Ares Shipyard is answerable for the design, building, and outfitting actions of the vessel, whereas its accomplice Meteksan carried out the combination of distant command, autonomous, knowledge hyperlink, and knowledge switch programs.
ULAQ design and options
The ULAQ AUSV has an total size of 11m and a most payload capability of 2t. It may carry varied payloads, together with digital warfare, jamming, and varied communication and intelligence programs.
The unmanned fight vessel could be operated remotely by its operators from a shore management station, which integrates a vessel management console, payload management console, and line of sight (LOS) knowledge hyperlink with a spread of greater than 200km. It may additionally carry out autonomous operations by synthetic intelligence programs, that are put in onboard to completely management the vessel in autonomous mode.
The AUSV could be operated from cell floor management stations, army headquarters, command centres, and naval platforms reminiscent of frigates and plane carriers.
The unmanned fight vessel will likely be armed with 4 CIRIT and two L-UMTAS anti-tank missile programs offered by Roketsan.
CIRIT is a 70mm laser-guided missile with a most vary of as much as 8km. It may be fitted with a multi-purpose warhead or a excessive explosive warhead. The missile could be built-in with totally different platforms reminiscent of helicopters, UAVs, fastened platforms, and heavy and lightweight armoured autos.
L-UMTAS is a long-range laser-guided anti-tank precision missile system used to assault helicopters. It has a size of 1.8m, a diameter of 160mm, a weight of 37.5kg, and a most vary of 8,000m.
Its laser steerage and tandem armour-piercing warhead can hit each stationary and shifting targets. The missile can lock onto the goal earlier than launch. Each missile programs are positioned on ULAQ, together with stabilised turret system and shipboard tools.
The ULAQ armed unmanned vessel is provided with a day / evening electro-optical (EO) system, nationwide encrypted communication infrastructure, and anti-jamming GNSS infrastructure.
It additionally carries passive and lively stabilisation programs, a harm management system with self-righting functionality, laser and IR-guided weapon programs, and a telescopic antenna mast system to extend detection and identification capabilities, and a navigation and surveillance radar system to trace floor targets.
ULAQ AUSV’s efficiency
The unmanned floor vessel cruises at a high pace of 65km/h and might obtain a most vary of 400km. It may function in tough sea situations as much as Sea State 5 and might survive at Sea State 6.