Aerospace and Defense

Developing a low-cost CubeSat that is 27U (30 x 30 x 30 cm) or smaller in size for high pointing accuracy performance and the capability to carry a 50 kg payload with 90 W of orbit average power.

Developing a robust and flexible remote ground control system (GCS) to control and monitor the Stratos II+ rocket filling and firing procedures during the engine test campaign and the launch campaign.

Developing a non-proprietary data acquisition system (DAS) software to support government and commercial rocket engine testing on multiple test facilities.

10X Engineering needed to develop a highly flexible radar target simulator for multiple dynamic or static targets, with the option to reconfigure the main parameters on the fly, including the functionality ...

Developing two different subsystems for controlling and monitoring a Penning-type ion source on a high-voltage platform and integrating it with an Experimental Physics and Industrial Control System (EPICS)-based ...

Delivering a test system for use in applications from manufacturing to environmental stress screening to depot testing on the more than 3,000 planned Joint Strike Fighter aircraft.

Creating a weapon shock simulator that accurately recreates the weapon shock experienced by an M4 class weapon to test electro optic and electronic accessories.

Estimating the flight trajectory of a suborbital research rocket without using typical high-power radar methods.

Saab needed to find a commercial off-the-shelf (COTS) solution to replace our custom system for interfacing to line-replaceable units (LRUs) in Saab Aeronautics simulators.

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