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.

Curtiss-Wright has experience on a wide variety of platforms and missions using the same COTS equipment in both development and operational applications.

An overview of Aerospace Instrumentation Space COTS products and their use in the development and operational flight for Space programs and instrumentation applications.

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

Réaltra was awarded a contract to develop a launcher video telemetry system (LVTS) that will provide the onboard live video telemetry for a launcher that is anticipated to fly in 2021.

This case study describes how a space vehicle designer was able to rapidly implement a system to collect all of the data from onboard computers and accommodate late changes to requirements.

Sounding rockets can carry experiments to altitudes that are often unsuitable for balloons and satellites and are much more cost-efficient since they do not require expensive boosters or extended telemetry and tracking coverage.

This white paper discusses the need for, and challenge of, compact space COTS systems for modern space applications, in particular for small launcher applications.

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.

NASA needed to develop a space launch system and a manned capsule to replace its previous vehicles and to meet future plans for deep space exploration, and land people on Mars. Read about the solution Curtiss-Wright developed here.