Pitot probes, multifunction and Air data computers
Aeroprobe offers advanced solutions for measuring aerodynamic data on UAVs and manned aircraft.
Its Pitot-static probes, multifunction probes and Air Data Computers provide accurate information on speed, angle of attack, slip angle, pressure and altitude, essential for flight control, navigation and real-time aerodynamic analysis.
Description
From linear to rotary actuators
- Compact and lightweight design: Ideal for UAVs, missiles and systems where space and weight are critical.
- High power density: Brushless motors and gearboxes optimized to deliver power and speed in a small form factor.
- Precise control and redundancy: Integrated sensors and dual channel options for critical applications.
- Versatile interfaces: Support for PWM, CAN, RS-485 protocols and more.
- Rugged construction: MIL-STD certifications and resistance to vibration, humidity and extreme temperatures.
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More information about Pitot probes, multifunction and Air data computers
Pitot and multifunction probes
Aeroprobe’s Pitot and multifunction probes are designed to provide critical aerodynamic data in real time. Standard Pitot probes measure static and dynamic pressure, while multifunction probes (MFP) add the ability to measure angle of attack (AoA) and angle of slip (AoS), thanks to multiple pressure port configurations. These probes are available in heated versions, with titanium or stainless steel housings, and in customizable lengths to suit different platforms, from light UAVs to experimental jets.
Air Data Computers (ADCs)
Aeroprobe’s Air Data Computers (ADCs) process pressure signals from probes and calculate parameters such as airspeed, barometric altitude, climb/descent rate, AoA and AoS. These devices are designed to be easily integrated into flight control or navigation systems, with digital (RS-232, RS-422, CAN) and analog outputs. Some models include temperature and humidity sensors, allowing accurate environmental compensation. Their modular architecture allows redundant or customized configurations according to mission requirements.
These solutions are widely used in experimental aircraft, tactical UAVs, VTOL platforms and wind tunnel test systems. Thanks to their accuracy and reliability, they allow improving aerodynamic performance, optimizing flight control and collecting critical data for CFD model validation or navigation algorithm development. Aeroprobe also offers wind tunnel calibration services and technical support for integration, ensuring smooth implementation and reliable results from the first flight.
