Air Data Test Systems

When calibrating and testing your aircraft systems, there's a lot at stake. At Raptor Scientific, we offer Air Data Test Systems (ADTS) with the features and precision you need to measure and simulate airspeed, altitude and other atmospheric parameters of aircraft systems. Whether you need mobile air data testing products for hangars or systems with printing capabilities to make reporting easier, our equipment lets you test confidently.

How We Address Your Needs

At Raptor Scientific, we listen to engineers, airlines, maintenance providers and aircraft manufacturers so we can bring you air data test equipment that addresses concerns such as:

Operator training: Traditionally, equipment for gathering air data has been complex, requiring extensive operator training. Many of our systems have an intuitive graphical interface to reduce the operator learning curve and error rates.
Accuracy: At Raptor Scientific, we are not only the leader in our field in terms of sales, but we have published over 40 papers about mass properties measurement. Defense contractors, militaries, space agencies and other organizations choose our systems when they need accuracy.
Portability: Our Air Data Test Systems are designed for use in challenging conditions, including flight line areas and military situations. Bright LED displays are readable in even low-light conditions, while portable and ruggedized units allow you to safely test and calibrate in the field.

About Our Air Data Test Systems

Our Air Data Test Systems simulate airspeed, provide data on altitude, detect leaks, measure temperature and pressure, calibrate instruments and more. Whether you’re certifying aircraft, performing routine maintenance, troubleshooting, ensuring compliance or implementing new fleets, you can count on our systems. When you buy from us, you can rely on:

Experience: Raptor Scientific has more than 50 years of experience in manufacturing instruments that test and calibrate aviation, space and military crafts.
Safety: Our safety features include remote control capabilities, which allow testing in the cockpit and outside the flight line. Input pressure regulation and other features protect both the unit and the operator.
Customization: Choose from self-contained systems or portable units compatible with Test Program Sets. We can upgrade our 2-channel test set to a 3-channel as your needs change.

Browse Our ADTS Today

Take a look at our ADTS and contact us for a quote. We can help you find the systems your operation needs.

Air Data Test Systems FAQ

What is an air data test system?
An air data test system (ADTS) is specialized equipment used to calibrate, test, and verify the air data systems found on aircraft. These systems measure airspeed, altitude, and other flight parameters critical to safe flight operations. Air data test systems like those provided by Raptor Scientific simulate the conditions aircraft encounter in flight, allowing technicians to ensure air data equipment provides accurate readings before aircraft return to service.
How does air data calibration impact aircraft safety?
Air data systems are fundamental to aircraft safety—they feed critical information to autopilot systems, flight control computers, and pilot instruments. If air data instruments are inaccurate, the entire aircraft can receive wrong information about airspeed and altitude, potentially leading to dangerous conditions. Regular calibration using precision test equipment ensures air data systems remain accurate throughout the aircraft's service life. This is why air data calibration is a mandatory requirement for both commercial and military aviation operations.
What's the difference between Pitot-static and air data calibration?
Pitot-static systems measure dynamic pressure (airspeed) and static pressure (altitude) using physical probes on the aircraft. Air data calibration is the broader process of verifying that all air data instruments and systems—including altimeters, airspeed indicators, and electronic air data computers—accurately interpret these pressure readings and deliver correct information. Raptor Scientific offers specialized flightline pitot-static test sets and comprehensive air data calibration test systems for both requirements.
What standards govern air data calibration in aviation?
Air data calibration in aviation is governed by strict regulatory and manufacturer standards, including FAA regulations, EASA requirements, and specific manufacturer specifications for each aircraft type. Military aviation has additional requirements under military specifications. These standards define calibration intervals, accuracy tolerances, and acceptable procedures. Raptor Scientific's air data calibration services and equipment are designed to meet or exceed all applicable aviation standards.
How often should air data systems be calibrated?
Calibration intervals vary depending on aircraft type, operational environment, and regulatory requirements, but commercial aircraft typically require air data calibration annually or after specific flight hour thresholds. Some military and specialized applications may require more frequent calibration. Raptor Scientific can help determine the appropriate calibration schedule for your specific aircraft and operational requirements.
What certifications are required for air data calibration services?
Air data calibration must be performed by certified technicians or facilities meeting regulatory standards. In commercial aviation, work must be performed by FAA-certified repair stations or equivalent authorities (EASA, etc.). Military applications have their own certification requirements. Raptor Scientific provides both equipment and air data calibration, repair, and overhaul services with the certifications and expertise required to support both commercial and military aviation operations.