Infratech Defence is a technology-driven company specializing in the design and manufacture of high-performance pitot tubes and advanced subsystems for the aviation industry. Focused on delivering precise airflow measurement solutions, the company enhances flight safety and optimizes aircraft performance. Leveraging over a decade of expertise from its strategic partners in RF engineering, software development, unmanned systems, testing, simulation, and precision manufacturing, Infratech Defense is committed to advancing national technological capabilities, strengthening defense infrastructure, and supporting economic development
Our airspeed measurement device plays a vital role in controlled flight, ensuring safe and accurate performance across a wide range of platforms—from fighter jets and commercial aircraft to UAVs, cruise missiles, and loitering munitions. With the rapid global growth of unmanned aerial systems, including major advancements in Turkey, we’ve taken a pioneering step by producing this critical technology domestically. Trusted and field-proven, our product has already been integrated into next-generation platforms such as HAVELSAN’s BAHA and BULUT, and İHATEK’s ÇAĞATAY-50 aircraft.
This multi-hole pitot probe, developed for the new generation of unmanned aerial vehicles (UAV), measures not only air speed but also critical flight parameters such as Angle of Attack (AOA), Angle of Sideslip (AOS) and static pressure with precision. In addition, it provides ascent and descent rate (vario) altitude, air temperature, humidity and icing risk warnings. With industrial interface support, internal data logging and compact design, this system provides reliable data in both test environments and real flight missions.
Our mini pitot is designed to be small, light and robust for use by One-way attack drones, cruise missiles and mini drones under 30 kg. Its biggest advantage is that it is designed and manufactured from stainless steel and 7075 aviation aluminum, and has a heater and discharge system that does not exceed 30 gr in weight. Heating: It can reach 130 degrees in a short time at room temperature with 12 volts 0.60-0.70 A. It can resist freezing in cold and air flow environment tests (-20 c). Mounting: It can be integrated into the nose or wing leading edge, as well as an L connection bracket made of light and durable materials is used to connect to the side or bottom of the fuselage.
Our pitot test and calibration device is designed to accurately simulate the air currents that will occur during flight on the pitot. Our device, which provides measurable air flow, helps maximize flight safety by checking whether the pitot is generating correct data during aircraft control and maintenance. Easy use, hand-carrying and not requiring external equipment give the device a compact structure. The device provides easy-to-use recording capabilities that can be created by the user, and provides easy-to-apply aircraft and previously determined air speed references via the touch screen. It can be charged thanks to its internal lithium batteries and provides long-term usage flexibility.
The Parachute Release Mechanism is designed as a hydromechanical structure. Its function is to ensure that the parachute is separated from the load after the aircraft or the load dropped from the aircraft has completed its landing with the parachute, in order to prevent the parachute from being damaged by dragging the load on the ground due to the effect of the wind. The system has the ability to adjust according to different loads. It is as resistant as possible to obstacles such as dust that may occur during operation with stainless steel and aluminum coating. Dimensions: Diameter 32 mm Length 200 mm Weight: 250 gr
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