Curtiss-Wright AR
Augmented Reality app
About
Explore nuclear valves in 3D using augmented reality. View detailed exploded diagrams, identify individual parts with a bill of materials, and visualize fluid flow to understand valve functionality.
What's New in Curtiss
2.3
June 28, 2024
New release features brand-new operational large bore hydraulic snubber
Developer apps
FAQ
What is Curtiss-Wright AR?
Curtiss-Wright AR is an augmented reality application that allows users to explore detailed 3D models of nuclear valves. It provides interactive features like exploded views and fluid flow visualization.
What devices does Curtiss-Wright AR support?
Curtiss-Wright AR is available for iPhone, iPad, and iPod devices, offering a versatile experience across Apple's mobile ecosystem.
How does the exploded view feature work in Curtiss-Wright AR?
The exploded view in Curtiss-Wright AR separates the valve into its individual components, allowing users to examine each part and its relation to the whole. A comprehensive bill of materials is also provided for each valve.
Can I see how fluid moves through the valve with Curtiss-Wright AR?
Yes, the app features an innovative 'Flow' function that demonstrates different states of fluid as they move through the valve, providing a thorough display of its functionality and capabilities.
Is Curtiss-Wright AR free to download?
Yes, Curtiss-Wright AR is available for free, with no in-app purchases or advertisements, allowing full access to its features.
How often is Curtiss-Wright AR updated?
The app was last updated on June 28, 2024, indicating ongoing support and potential for future enhancements. Its latest version is 2.3.
What is the age rating for Curtiss-Wright AR?
Curtiss-Wright AR has an age rating of 4+, making it suitable for a broad audience interested in exploring technical visualizations.
How accurate is the valve visualization in Curtiss-Wright AR?
The app utilizes advanced augmented reality tools to provide immersive and detailed views of modern valve technology, allowing users to examine them from any angle at any location.
