TR Technology Designs Autonomous Unmanned Land, Air and Underwater Vehicles
TR Technology, founded in 2004 with the vision of developing innovative solutions and designs, develops and manufactures innovative, cost efficient, and advanced ISO class complex engineering projects. The company provides technological services and solutions that meet is customer’s needs, reliably and responsively. TR Technology deals with research and development activities and projects with both technical and human-centered disciplines such as electronical engineering, mechanical engineering, control engineering, industrial engineering, chemical engineering, organizational studies and project management.
TR Technology sells and supports its products through a reliable and responsive network of sales and support professional it performs both national and international projects and tasks for its clients in a most concentrated and successful manner, particularly in the fields of:
Design and development of autonomous unmanned land, air and underwater vehicles ,
Software development in the fields of navigation, control and artificial intelligence,
System modelling and real-time simulation,
1-D and 2-D Signal/Sensor data processing,
Development of advanced technology fuel cells and batteries for industrial and defence applications,
Manufacture of ballistic products,
Homeland security projects.
Certifications
TS EN ISO 9001-2000 Quality Management System Certificate (NQA)
"National Secret" Facility Clearance Certificate (Ministry of National Defence)
"NATO Secret" Facility Clearance Certificate (Ministry of Foreign Affairs)
Establishment/Production Permission Certificate (Ministry of National Defense)
Certificate for Manufacturing Sufficiency (Ankara Chamber of Industry)
Projects And Activities
Robas is a remotely controlled unmanned ground vehicle which can perform 3D mapping under harsh environmental conditions. Using its thermal camera, it can operate at night besides day time operation. ROBAS is designed to fulfill military based surveillance missions in regions where the use of troops is dangerous.
Bomb Disposal Robot is designed for Suspicious package investigation, Route cleaning, Bomb disposal, EOD scanning and disposal.
National Auv is a compact, low cost and state-of-the-art underwater vehicle for mine hunting, rescue missions and underwater research.
Barbaros Auv is designed and built to increase the survivability of the military ships and the submarines. Barbaros will help to detect and neutralize the hostile naval mines and remote detection of torpedo mines for harbor and shallow water security.
Canakkale Single Shot Rov (SSR) is a remotely operated and disposable underwater vehicle that can replace the human role in mine countermeasure operations. SSR will reduce the required time in mine countermeasure mission when compared to existing ROVs and divers.
Gelibolu Work Class Rov is an open-framed work class ROV specifically designed for deep sea rescue operations at 1000 msw depth rate. Its powerful control system, interfaced with command console on vessel side is available for heavy duty critical missions. With its reliable and robust design, 7 function rate controlled work class manipulators precisely accomplishes your underwater operations.
GMK-C is one of the leading AUVs among its counterparts with easy deployment from any kind of platform, easy operating and maintenance, modular structure, high controllability, cabled and wireless operation modes.
Silver Oxide Zinc Batteries-Rechargeable AgO/Zn is the first AgO/Zn battery produced in Turkey. Widely used in military applications such as satellites, aircrafts, submarines and portable millitary equipments. High energy/power density, High recharge efficiency, Flexible shape factors with customized cell designs, Safe – Low risk on operation & No toxic material.
OSPEM (1 kW PEM Fuel Cell) is the first Fuel Cell produced in Turkey. 1 kW PEM (Proton Exchange Membrane) Fuel Cell system and clean source of power. Designed to be used in autonomous robotic systems for long endurance. Silent and modular system and easy storage and replace ability of fuel in small cartridges and low emission rate.
DMFC (25 W Direct Methanol Fuel Cell) is an ongoing project. Development of a small-sized and self-activated direct methanol fuel cell (DMFC) for low-power portable applications. Methanol is used as the fuel. Low operation temperature, fast start-up time and simplicity
RMFC (25 W Reformed Methanol Fuel Cell) is an ongoing project. Reformer is used to generate hydrogen from a concentrated methanol solution. By running on hydrogen rather than directly on methanol, as is done in DMFC, the fuel stack can be smaller and more efficient. Higher efficiency, no water management, better operation at low temperatures, and storage at sub-zero temperatures (methanol is a liquid from -97.0°C to 64.7°C.)
SBHFC (250 W Sodium Borohydride Fuel Cell), Hydrogen is generated in a controllable, heat-releasing reaction and fuel is a room-temperature, non-flammable liquid under no pressure. No side reactions or volatile by-products. Generated H2 is high purity (no CO, S) and humidified (heat generates some water vapour). Safe, efficient and near-silent operation.
