BREAKING NEWS
UKTK was designed to deliver a high-precision, survivable, and mobile anti-tank capability against modern armored threats. Unlike conventional manned turrets, it is fully remote-controlled and does not require a basket intruding into the vehicle interior. This design significantly increases usable internal volume and enables integration on a wide range of 4×4 and 6×6 armored platforms.
Operational Role and Purpose
The primary role of UKTK is to engage main battle tanks, armored fighting vehicles, lightly armored targets, and fortified positions at extended ranges with high accuracy. It is optimized for defensive, ambush, delay, and area-denial missions.
Doctrine and Concept of Use
UKTK is particularly suited for shoot-and-scoot tactics. Its low silhouette reduces detectability, while rapid engagement and repositioning enhance survivability. The ability to switch to a tripod-mounted launcher configuration allows the system to operate independently of a vehicle, making it suitable for border units, forward positions, and static defensive lines.
System Architecture
The system consists of:
All subsystems are modular and designed for future growth.
Survivability and Protection
The gunner operates entirely from within the vehicle under ballistic protection. The turret features all-around ballistic protection in accordance with STANAG 4569 standards (exact protection level not publicly disclosed). Fully electric drives reduce acoustic and thermal signatures compared to hydraulic systems.
Accuracy, Reaction Time, and Engagement
Thanks to two-axis stabilization and automatic ballistic computation, UKTK maintains high hit probability even while the vehicle is moving. Data from the laser rangefinder is processed in real time by the fire control system, generating accurate firing solutions for both missiles and the machine gun.
Integration and Ecosystem
UKTK is designed for integration with FNSS platforms such as the PARS and KAPLAN families, as well as other wheeled or tracked armored vehicles. Its open architecture allows adaptation to different electro-optical suites and ATGM types.
Variants and Configurations
The system architecture allows future integration of additional missile types.
Operational Use and Inventory
UKTK was developed under the STA Program. Detailed inventory numbers and delivery quantities are not publicly disclosed.
Detailed Technical Information
Dimensions and Weight
Power and Drive System
Performance
Sensors and Detection
Target Detection and Tracking
Engagement and Fire Control
Armament / Effectors
Command, Control, and Data Links
Deployment and Mobility
Crew and Operation
Frequently Asked Questions
What is UKTK used for?
What targets can it engage?
What is its range?
Can it fire on the move?
Is it mobile or static?
What are its counterparts?
Sources