In 2019, Rheinmetall Defence Australia was awarded a contract to provide a replacement of the Australian Army’s Light Armoured Vehicle in support of Phase 2 of the Land 400 project.

Discover how one customer harnessed the power of a purpose-built motion control system to successfully deliver a unique solution to navies around the world.

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

Tasked with building a new Unmanned Surface Vehicle (USV), a shipbuilder faced challenging requirements.

While developing a new intelligence, surveillance, and reconnaissance (ISR) system, a large aerospace developer approached Curtiss-Wright for commercial off-the-shelf (COTS) equipment that had to fit into a space-constrained, propeller-driven aircraft.

In search of a small form factor network attached storage (NAS) solution for a new UUV, an engineer at a defense contractor reached out to Curtiss-Wright. The UUV required a high storage capacity solution to store critical mission data on long-range missions.

A customer sought a secure data storage solution that could maintain reliability under extreme temperatures and vibration, and be available off the shelf.

When a large system integrator needed a SWaP optimized, rugged, network-attached storage system with NSA-approved encryption, a UAV contacted Curtiss-Wright for a trusted, proven solution.

A manufacturer of secure aerospace & defense systems sought a COTS SBC with a robust & proven security profile for its new Trusted Computing solution.

This case study discusses how a system architect upgraded a legacy platform with modern data storage and recording while retaining legacy FC sensors. Read about the solution Curtiss-Wright developed.

A leading mission systems integrator sought a data recording and storage device that could capture up to 1 TB of data in a removable drive, easily integrated into their existing mission system, adding minimal weight.

A customer building the next generation synthetic aperture radar (SAR) faced challenges in delivering an enormous amount of processing power in a compact, lightweight solution. Read about the solution Curtiss-Wright developed here.