This white paper highlights the challenges with video system architecture design by looking at a traditional system versus an ideal system solution.

Whether looking for a modular, SFF LRU or a scalable VPX system designed to meet your program requirements, Curtiss-Wright computing systems are built rugged to perform optimally in the harshest deployed environments on land, in the air, or at sea.

This is the workshop Fundamentals of FTI Imaging by Russell Moore.

High-definition and high-speed images and video are essential for many flight test, space, and monitoring applications.

Advancements in video system technology are helping warfighters quickly and easily assimilate mission-critical information and enhancing tactical situational awareness on the battlefield.

There is increasing demand for high-quality HD video for airborne applications such as flight test instrumentation (FTI). Ideally, new HD cameras can reduce the weight and difficulty of installing wiring, and enable data to be coherently combined with images through built-in compression.

Read this white paper to learn more about high-speed cameras and how they can provide users with the ability to conduct in-depth, quantitative analysis of their high-speed images.

A customer required a high-speed camera that could withstand harsh conditions to gather accurate data confirming position and velocity to validate models in an FTI study. Read about the solution Curtiss-Wright developed here.

Flight test engineers encounter situations where they need to use photogrammetric analysis to determine how objects, surfaces, and mechanical systems perform. This white paper will discuss what is required for success.

The modern battlefield requires real-time information, voice communication, video, and data to increase combat effectiveness and warfighter safety. This white paper looks at how rugged COTS displays can meet varied mission requirements.

This paper presents the key requirements for a Situational Awareness solution that delivers a high-fidelity, real-time, 360-degrees view of an operating environment.