Sporting a fully radiometric, HD, LWIR camera in a compact, gyro-stabilized gimbal, the TC-300-R gives utility inspection crews the ability to measure temperatures of energized components in real time, while capturing HD video from an airborne platform. Its faster inspection speeds saves utilities time and money while also proactively reducing downtime and unplanned outages, which lead to lost revenue and customer dissatisfaction. The radiometric LWIR camera penetrates through smoke and provides real-time temperature measurements of hot spots, day and night. The system is ITAR free and widely exportable. Also available for Land and Maritime missions.

MRTP12 ARMED UNMANNED SURFACE VESSEL (AUSV) IS MADE OF ADVANCED COMPOSITE MATERIAL. IT IS BUILT WITH THE COOPERATION OF YONCA SHIPYARD AND HAVELSAN. THE BOAT IS BUILT/EQUIPPED BY YONCA SHIPYARD. THE MISSION/NAVIGATION SOFTWARE/HARDWARE IS PROVIDED BY HAVELSAN. THE MISSION IS TO PROVIDE PROTECTION FOR HARBORS AND NAVAL BASES, TO CONDUCT SURVEILLANCE, PATROL, TO SUPPORT ANTI-SURFACE WARFARE AND MCM OPERATIONS. SANCAR IS REMOTELY CONTROLLED VIA RF/GSM/SATELLITE BY A GROUND CONTROL STATION. IT HAS ALSO AUTONOMOUS NAVIGATION/MISSION CAPABILITY. IT IS EQUIPPED WITH A 12.7MM TURRET AND A SHORT-RANGE SSM G/M SYSTEM. G/M SYSTEM CAN BE REPLACED WITH A SONAR SYSTEM FOR MCM MISSION ROLE. BOAT IS POWERED WITH 2xDIESEL ENGINES AND 2xWATERJET SYSTEM. SPEED OF THE BOAT CAN REACH UP TO 40KTS. THE RANGE AT ECONOMICAL SPEED IS 450 NM. IT IS CAPABLE TO OPERATE UP TO 70 HOURS WITH ECONOMICAL SPEED. TODAY ONE UNIT OF SANCAR AUSV HAS BEEN BUILT FOR TURKISH NAVY. LoA. 12,7M, BEAM: 3,3 M.

The NDDU is a critical component in naval communication and control systems, particularly designed to manage and distribute data within naval platforms like ships and submarines. The main function of the NDDU is to provide a reliable and secure method for distributing tactical and operational data across various systems within the naval environment. It plays a key role in integrating different systems, such as radar, communication, navigation, and weapons control, by ensuring seamless data exchange between these subsystems in real-time.

SKYRANGER 30mm - The Oerlikon Skyranger 30mm® offers mobile defence against all current and future battlefield air threats. The Skyranger 30mm combines superior firepower, active and passive sensors and the dynamics needed to engage the most demanding targets performing loiter, pop-up or dive attacks. - This highly mobile air defence system with integrated active search and passive tracking sensors is a powerful, autonomous shooter with both gun and missiles. It is capable of engaging modern battlefield threats with a special focus on small unmanned aerial targets. It combines superior fi repower with the dynamics and elevation needed to successfully engage highly agile single or swarming targets performing loiter, pop-up or dive attacks. The Skyranger 30mm continuously monitors the surrounding air space with active 3D AESA radar. In addition to its own air picture, targets from external search radars or higher-order control systems are received and processed. The integrated, fully stabilized electro-optical tracking unit with high resolution allows reliable target tracking and visual identification. The high level of automation makes the Skyranger 30mm easy to use. The integrated 30mmx 173 Oerlikon Revolver Cannon® KCE-ABM provides best-in-class fi repower and accuracy. OERLIKON AHEAD® AIR BURST TECHNOLOGY - The Skyranger system relies on the proven Oerlikon Ahead® Air Burst Technology to achieve the required kill performance for small air threats and in particular for RAM threats and drones. The Ahead ammunition carries a payload of sub-projectiles, which is ejected at a predetermined distance in front of the target, with the objective of achieving optimal sub-projectile density for maximum effectiveness.