avionics systems

USAGE SUMMARY

"avionics systems" is a correct and usable part of a sentence in written English.
You can use it any time you are referring to the electronic systems used to control aviation vehicles such as airplanes and some spacecraft. For example: "Modern aircraft use sophisticated avionics systems to monitor and control all aspects of the flight."

✓ Grammatically correct

News & Media

Science

Encyclopedias

Human-verified examples from authoritative sources

Exact Expressions

35 human-written examples

This interconnectedness can potentially provide unauthorized remote access to aircraft avionics systems".

The Guardian - Tech

Her father is a senior designer for avionics systems in the Clifton, N.J., office of the ITT Corporation.

The New York Times - Style

Leading manufacturers of avionics systems include Rockwell Collins, Honeywell, and Litton in the United States and Thales Avionics in France.

Encyclopedia Britannica

Avionics Systems is based in Grand Rapids, Mich., and has locations in Columbus and Dayton, Ohio Fort Lauderdalee, Fla.; and Louisville, Ky.

The New York Times

Goodrich Avionics Systems, with annual revenues of $100 million, makes a variety of instruments for general aviation, business jets and military aircraft.

The New York Times

The businesses under consideration for sale, Litton said, have leading positions in airborne avionics systems, inertial navigation, electronic warfare, night vision equipment and laser systems.

The New York Times

Human-verified similar examples from authoritative sources

Similar Expressions

25 human-written examples

They placed explosives near the avionics system, the communications gear, the engine, and the rotor head.

The New Yorker

Gulfstream Aerospace said the new GV-SP aircraft have more cabin space, greater range and an advanced avionics system.

The New York Times

Another avionics system, the instrument landing system (ILS), uses onboard instruments to interpret signals sent from ground stations.

Encyclopedia Britannica

The glitch in the electronic flight bags comes in the same month that a US watchdog warned of the possibility of in-flight Wi-Fi being used to hack into the avionics system of a plane.

The Guardian - Tech

Iran has said its military fooled the drone's avionics system into a guided landing 140 miles from the Afghan border, and has since claimed to have reverse-engineered the aircraft's secrets.

The New York Times

Expert writing Tips

Best practice

When discussing the interconnectedness of modern aircraft, use "avionics systems" to refer to the complex network of electronic components that enable flight control, navigation, and communication.

Common error

Avoid using "avionics" as a catch-all term for all aircraft technology. "Avionics systems" specifically refers to the integrated electronic systems crucial for flight operations, not just any electronic device on board.

Linguistic Context

The phrase "avionics systems" functions primarily as a noun phrase, often serving as the subject or object of a sentence. Ludwig AI confirms that this phrase is a correct and usable part of English.

Expression frequency: Common

Frequent in

News & Media

50%

Science

32%

Encyclopedias

9%

Less common in

Wiki

6%

Formal & Business

3%

Reference

0%

Ludwig's WRAP-UP

The term "avionics systems" is a common noun phrase referring to the electronic systems used in aircraft and spacecraft. Ludwig AI confirms its grammatical correctness. It's frequently found in news, science, and encyclopedia articles. The phrase is used to categorize and identify the integrated electronic systems essential for flight operations. While often used in a neutral register, it leans towards formal and scientific contexts. When writing about aircraft technology, remember that "avionics systems" refers specifically to integrated electronic systems, not just any electronic device onboard. Related phrases include "aircraft electronics" and "aviation electronics".

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

aviation electronics

Highlights the electronics used in aviation, a slightly broader term.

aircraft electronics

Focuses on the electronics specific to aircraft, omitting the broader system aspect.

airborne electronic systems

Stresses that the electronic systems are specifically designed for airborne applications.

flight control systems

Emphasizes the control aspect of avionics, narrowing the scope.

aerospace electronics

Expands the scope to include electronics used in both aviation and space.

integrated cockpit systems

Highlights the integrated nature of the systems within the cockpit environment.

aircraft instrumentation

Focuses on the instruments part of avionics, reducing to a narrower scope.

navigation and communication systems

Highlights navigation and communication which are part of avionics but are not everything.

electronic warfare systems

Specifies a military application of avionics, limiting the general scope.

aerospace control systems

Includes avionics and control systems in space vehicles.

FAQs

How are "avionics systems" used in modern aircraft?

"Avionics systems" are integral to modern aircraft, controlling navigation, communication, flight management, and monitoring the aircraft's health. They ensure safe and efficient flight operations.

What are some key components of "avionics systems"?

Key components include flight management systems, navigation systems, communication systems, displays, and sensors. These elements work together to provide pilots with essential information and control over the aircraft.

Which is more accurate: "avionics" or "avionics systems"?

"Avionics" is a general term, while "avionics systems" refers specifically to the integrated electronic systems within an aircraft. The latter is more precise when discussing these systems as a whole.

What's the difference between "flight control" and "avionics systems"?

"Flight control" refers to the mechanisms that allow a pilot to directly control the aircraft's movement. "Avionics systems" encompass a broader range of electronic functions, including navigation, communication, and other essential operational systems.