Tugs In Stock | New & Refurbished Available Now
Shop by Aircraft

Menu

ATEQ ADSE 740 – Pitot-Static Tester/Air Data Test Set

Available for Order
Usually ships in 11 to 12 weeks
CofC and 8130 available at no cost
Worldwide shipping available
Ask Our Aviation Specialists
Live Chat | +1.252.585.4553 | Email

Need a Quote?

Use this form to get a quote by email today.
First Name:*
Last Name:*
Email:*
Company Name: (optional)
Which Software Configuration would you like?
(Required)
Questions/Comments: (optional)

The ATEQ ADSE 740 is a precision-engineered dual-channel pitot-static tester designed specifically for laboratory and workshop environments. Housed in a 19-inch 6U rack mount chassis, this standalone air data test bench is purpose-built to calibrate and verify the performance of key flight instruments such as altimeters, airspeed indicators, Mach meters, vertical speed indicators, and air data computers. With RVSM-compliant accuracy, intuitive software integration, and built-in test automation, the ADSE 740 serves as both a calibration system and a pressure standard.

This tester is available in four testing setups:

Key Features

Designed for aviation maintenance professionals, calibration labs, and avionics workshops, the ADSE 740 provides a flexible, high-performance solution for static and Pitot system testing in both standalone and integrated bench setups.

Training available by request. Reach out to one of our aviation specialists to schedule training.

General Information
Part #ADSE740
ManufacturerATEQ
Shipping Information
HTS9026204000
ECCNEAR99
Specifications
Airspeed (1)Range: 0 to 800 kts, Accuracy: ± 0.5 kt at 50 kts
Airspeed MachRange: 0 to 4.0 Mach, Accuracy: ± 0.0006 M at 0.8 M at 25,000 ft
AltitudeRange: -2,300 to 60,000 ft, Accuracy: ± 3 ft at 0 ft
Altitude RateRange: 100 to 6,000 ft/min, Accuracy: ± 10 ft or ± 1 %
CalibrationRecommended period 12 months
Dimensions440 x 260 x 380mm (17.3 x 10.2 x 14.9 inch)
Ease of MaintenanceModular design permitting ease of accessibility to mechanical assemblies and electronic components
Ease of UseWindows human/machine interface, Program script, Easy programming of test reports
Pitot Sensor (2)Range: 0 to 1,455 DhPa, Accuracy: ± 0.30 DhPa
Power Supply90/264 VAC from 50 to 400Hz
Screen10” Touch Screen LCD colour
Static Sensor (2)Range: 72 to 1,100 hPa, Accuracy: ± 0.13 hPa
Temperature OperatingOperating: 10°C to 40°C (50°F to 104°F), Storage: -20°C to +60°C (-4°F to 140°F) (Extanded Range on-demand)
Weight20kg (44 lbs)

Customers also viewed

ATEQ ADSE550
Air Data Test Set - Manual 1+1 tester with battery pack
ATEQ ADSE650
Air Data Test Set - Automatic 1+1 tester with Wi-Fi tablet, leak test, RVSM compliant
ATEQ ADSE743
Air Data Test Set – 1+1 Tester with AoA Simulation, Wi-Fi Tablet, Leak Test, RVSM Compliant
ATEQ ADSE746
Air Data Test Set – 4+4 Multi-Channel Tester with AoA, RVSM Compliant, Wi-Fi Tablet, Rolling Case
ATEQ 00430-4860
48 Volts – 60 Amps (in charge and discharge)

AIRCRAFT COMPATIBILITY

Compatible Aircraft*
*This list is for general reference only and may not be entirely accurate for all aircraft. Please confirm all equipment meets the requirements of your aircraft with the owners/maintenance manuals prior to purchasing or using with your aircraft.

PRODUCT REVIEWS

This item does not have any reviews yet.

QUESTIONS & ANSWERS

Question:
What types of aircraft systems can the ADSE 740 test?
Answer:

The ADSE 740 is designed to test and calibrate altimeters, airspeed indicators, vertical speed indicators, Mach meters, air data computers, and sensors. Its dual Ps (static) and Pt (pitot) channels allow it to function as a complete pressure standard, making it suitable for a wide variety of air data systems used in civil and defense aviation.

Asked September 9, 2025
Question:
Where is the ADSE 740 typically used?
Answer:

Unlike portable flightline testers, the ADSE 740 is designed for use in a laboratory or workshop environment. Its standalone test bench configuration makes it ideal for MROs, calibration labs, and OEM service centers. By providing controlled and precise conditions, it supports high-accuracy testing and certification.

Asked September 9, 2025
Question:
How portable is the ADSE 740 for maintenance facilities?
Answer:

The ADSE 740 weighs approximately 44 lbs (20 kg) and measures 17.3” x 10.2” x 15” (44 x 26 x 38 cm). While not designed for flightline use, it is compact enough to fit easily in workshops or calibration benches. Its manageable size balances precision with space efficiency in laboratory setups.

Asked September 9, 2025
Question:
What environmental conditions can the ADSE 740 withstand?
Answer:

The ADSE 740 operates in temperatures from 50°F to 104°F (10°C to 40°C) and can be stored between -4°F and 140°F (-20°C to 60°C). Extended operating ranges are available on request. This makes it reliable for year-round use in typical hangar and workshop conditions.

Asked September 9, 2025
Question:
How does the ADSE 740 protect sensitive instruments during testing?
Answer:

The unit allows for programmable flight envelopes, which restrict test ranges to safe operating conditions for connected instruments. It also supports password-protected test schedules, ensuring only authorized test profiles are used. These safety measures reduce the risk of instrument overpressure or damage during calibration.

Asked September 9, 2025
Question:
What measurement ranges and accuracies does the ADSE 740 provide?
Answer:

The tester supports altitudes from -2,300 to 60,000 ft with ±3 ft accuracy at 0 ft. It measures rates of climb from 100 to 6,000 ft/min with ±1% accuracy and airspeeds up to 800 knots with ±0.5 kt accuracy at 50 kt. Mach numbers up to Mach 4.0 can be simulated with ±0.0006 accuracy at 0.8 Mach and 25,000 ft.

Asked September 9, 2025
Question:
How does the ADSE 740 support leak testing?
Answer:

The ADSE 740 features a programmable leak test function that allows technicians to apply pressure and monitor system stability over time. This ensures leaks are detected in pitot-static lines before they affect in-flight readings. Automated leak testing saves time and improves confidence in test results.

Asked September 9, 2025
Question:
What kind of user interface does the ADSE 740 offer?
Answer:

The tester features a 10” color touchscreen LCD running on a Windows-based and LabVIEW® environment. It allows operators to manage databases, generate test reports, and analyze statistics directly on-screen. This user-friendly interface makes it simple to program test scripts and evaluate results.

Asked September 9, 2025
Question:
What accessories come standard with the ADSE 740?
Answer:

Standard delivery includes pressure and vacuum pumps, a 3 m Ps/Pt/AoA tube with AN-4 female/RB03-M connectors, a 2 m AC power cable, RS232 PC interface, Windows-compatible software, and two nipples (RB03-M/AN-4M). These accessories ensure immediate readiness for testing in laboratory settings.

Asked September 9, 2025
Question:
How does the ADSE 740 connect to external systems?
Answer:

The tester includes RS232 (SCPI command interface by default), plus HDMI, USB, and Ethernet ports for external communication. This connectivity supports integration with PCs, automated systems, and advanced reporting workflows, making the unit compatible with modern digital maintenance environments.

Asked September 9, 2025
Question:
What compliance standards does the ADSE 740 meet?
Answer:

The ADSE 740 is RVSM-compliant, ensuring it meets Reduced Vertical Separation Minimum accuracy standards for high-altitude flight. Its precision sensors allow it to act as a pressure reference standard, making it suitable for certified calibration labs. Compliance supports both regulatory requirements and operator confidence.

Asked September 9, 2025
Question:
Why is calibration necessary for the ADSE 740?
Answer:

ATEQ recommends annual calibration for the ADSE 740 to maintain its high accuracy in altitude, airspeed, and Mach number testing. Over time, even slight sensor drifts can compromise results, affecting safety and compliance. Routine calibration ensures the tester continues to meet aviation standards and deliver reliable, repeatable measurements.

Asked September 9, 2025