Aeroprobe Corporation

Our Multi-Function Air Data Probe, paired with the Micro Air Data Computer (μADC), expands your vehicle's air data feed by providing direct, high-accuracy Angle-of-Attack (AoA) and Angle-of-Sideslip (AoS) in real time. Engineered for Performance: - AoA & AoS error less than ±1° - Airspeed error less than ±1% or ±1 m/s - Standard acceptance angle up to ± 20° AoA & AoS, with optional extended angle up to ± 40° - Lightweight design starting from as low as 15 grams - Versatile geometries including Straight, L-Shaped, and Strut Mounted - 5 tip ports with a static ring for enhanced accuracy - Rugged stainless-steel construction for durability - Optional internal heater for icing protection - Optional integrated total air temperature sensor Provide your flight control system with the complete aerodynamic context it needs to operate at peak performance.

Accuracy isn't just a goal; it is essential for reliable Multi-hole Probe measurements. At Aeroprobe, we understand that an accurate aerodynamic calibration is the backbone of defining the crucial relationship between measured port pressures and the flow's velocity vector, total pressure, and static pressure. Our highly trained experts perform on-site aerodynamic probe calibrations using our advanced free-jet wind tunnel facilities. We meticulously rotate probes through thousands of discrete orientations, recording mean pressures at each port and correlating them with reference total and static pressure measurements. This rigorous process allows us to create a comprehensive data map, directly linking your probe tip pressures to critical flow quantities like: - Velocity vector components (flow angles) - Total and static pressure - Mach number Our technical capabilities are unmatched: we offer calibration speeds from 5 m/s to Mach 1.8, with an angle uncertainty of less than 1° and velocity uncertainty of less than 1 m/s. Additionally, all our calibration certificates are NIST traceable. Invest in the most accurate calibrations in the industry. Choose Aeroprobe for results that truly matter!

Total Air Temperature (TAT) Probes play a crucial role in flight operations, influencing fuel temperatures on long journeys, guiding anti-ice system usage based on both TAT and static air temperature (SAT), aiding in Mach number and true airspeed calculations essential for cruise flight and navigation, and providing the necessary data for engine thrust settings and auto throttles. Our flight specific TAT Probes are designed to reduce errors associated with radiative heat transfer, withstand varied environmental conditions, and operate at velocities up to Mach 1. TAT Probes can be manufactured in a variety of configurations for use in flight, engine and wind tunnel testing, and even integrated with other air data solutions.

Accuracy isn't just a goal; it is essential for reliable Multi-hole Probe measurements. At Aeroprobe, we understand that an accurate aerodynamic calibration is the backbone of defining the crucial relationship between measured port pressures and the flow's velocity vector, total pressure, and static pressure. Our highly trained experts perform on-site aerodynamic probe calibrations using our advanced free-jet wind tunnel facilities. We meticulously rotate probes through thousands of discrete orientations, recording mean pressures at each port and correlating them with reference total and static pressure measurements. This rigorous process allows us to create a comprehensive data map, directly linking your probe tip pressures to critical flow quantities like: - Velocity vector components (flow angles) - Total and static pressure - Mach number Our technical capabilities are unmatched: we offer calibration speeds from 5 m/s to Mach 1.8, with an angle uncertainty of less than 1° and velocity uncertainty of less than 1 m/s. Additionally, all our calibration certificates are NIST traceable. Invest in the most accurate calibrations in the industry. Choose Aeroprobe for results that truly matter!

In aerodynamics, understanding swirling flows is crucial for various industries. Whether studying the high-angularity wake around automobiles or delving into the complexities of wind engineering, accurate measurements are key. Aeroprobe’s 15-hole Omniprobe is tailored specifically for flows with high levels of swirl, this innovative tool offers a range of benefits: - Accurate Measurement: With its micro-machined spherical tip and 15 pressure ports, the Omniprobe allows for accurate measurement of flow angles up to +/- 150 degrees. - Versatility: From automotive wake measurements to wind tunnel studies, the Omniprobe proves its worth across diverse applications. - Adaptability: Designed to handle unpredictable flow directions and complete reversals. The Omniprobe ensures accuracy and reliability in aerodynamic research and testing. Explore its capabilities today and elevate your measurement of swirling flows.

Need a reliable solution to measure total pressure with high accuracy over a wide range of flow angles? Aeroprobe's Kiel Probes offer precision without needing aerodynamic calibration, thanks to their innovative shroud that straightens incoming flow and eliminates errors caused by varying flow angles. For added versatility, our Combination Kiel-Total Air Temperature (TAT) Probes measure pressure and temperature in one instrument. We also specialize in custom designs for integrating Kiel Probes into rake geometries and specialized mounting hardware.