Aeroprobe Corporation products

Aeroprobe`s Multi-function Air Data Probes are integral components designed for seamless application with the Micro Air Data Computer (μADC), serving as essential tools for accurately gauging key flight parameters such as angle-of-attack, angle-of-sideslip, airspeed, and altitude. These probes eliminate the need for moving parts, offering a robust and reliable solution for both pilots and engineers aiming to optimize performance and control during flight missions. By providing a complete flow vector analysis, these probes surpass traditional air data systems like the Air Data Boom, which often suffer from increased weight and potential inaccuracies due to inertial effects caused by moving components. Available in Straight, L-Shaped, and Strut-mounted designs, these probes cater to various aerodynamic testing scenarios, from wind tunnel experimentation to real-world aerospace applications, minimizing drag and operational disturbance.

Aeroprobe specializes in producing Drained Pitot/Pitot-Static Probes designed to enhance the operational capabilities of uncrewed platforms in adverse weather conditions. These probes are fundamental in flight applications, effectively measuring total and static pressures to determine key metrics like airspeed and altitude. Adaptable for various configurations, they can be straight for boom mounting or incorporate a strut for fuselage attachment, making them highly versatile for different types of aircraft. Aside from uncrewed systems and aviation, these probes are instrumental in wind tunnel facilities where they are used to assess wind conditions due to the predictable angle of airflow. For more advanced air data collection, Aeroprobe also offers Multi-function Air Data Probes, extending measurement capabilities to encompass angles of attack and sideslip, thus providing complete and precise solutions for comprehensive performance tracking.

Total Air Temperature (TAT) Probes are integral components in aircraft operations, significantly impacting measurements crucial to flight efficiency and safety. These probes determine fuel temperature impacts over extended flights and inform anti-ice system activity by correlating TAT with static air temperature. They are also pivotal in accurately computing Mach numbers and true airspeed, essential for optimal cruise control and navigation. Furthermore, they supply vital data for engine thrust adjustments and automatic throttle settings. Aeroprobe's TAT Probes are engineered to minimize errors from radiative heat transfer, endure variable environmental factors, and function at speeds reaching Mach 1. They can be produced in numerous configurations to suit flight, engine, and wind-tunnel testing needs, and can be integrated with comprehensive air data systems.