Using a Degraded Visual Environment (DVE) system enables aircraft pilots to visualize the landing area in poor conditions, allowing them a safe, on-time descent to their target destination.

A defense contractor contacted Curtiss-Wright looking to find a proactive approach to manage obsolete components, qualify alternative components, and test infrastructure.

A customer required additional persistent memory to collect sensor data. During the mission, that data would be processed, analyzed, and displayed for the aircrew. Learn about the solution.

Defensive electronics are used by the military to protect transports and other large, slower flying aircraft. With their slow flight and predictable path, these aircraft are highly susceptible to shoulder-fired, surface-to-air missiles.

Learn how XONE Technology, a partner of advanced DF/Geolocation ISR products, delivers threat-detecting systems faster using our SOSA aligned technology.

With integrated fire control, naval ships in missile defense roles can communicate directly with ground-based Patriot missile batteries.

This case study is the application example of CESMO, which a white paper has been written on. CESMO is a digital protocol that NATO has adopted to support EW operations.

A leading prime contractor of airborne imaging systems came to Curtiss-Wright with a 3U OpenVPX system architecture design problem they were doubtful could be solved, given the project’s constraints.

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.

TCG HUNTR software installed on a Parvus DuraCOR 8043 mission computer, displayed on a GVDU mission display, provides operators with a rugged, small form factor solution that can be used on the battlefield with minimal training and almost no expertise.

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.