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Engineered for Motion
At the heart of the MOC are Argent’s custom-built server racks — designed to withstand vibration, shock, and rapid setup cycles.
“All of our server racks are designed to pull all the way out and spin so that you’ve got easy access to both the front and the rear,” Dunn noted.
Each rack can be fully removed to allow clients such as Southern Launch to install their own mission hardware, creating a secure, modular computing environment ready to run launch simulations, satellite operations, or payload control within an hour.
We took one of our existing, popular, and high-performance Argent rack designs and re-engineered it to create a bespoke version for CSIRO,” said Humberto Mesa, Senior Design Engineer at Opie Manufacturing Group.
The new rack features shock-absorbing mounts so it can be safely mounted on a truck, and we also improved the pull-out and rotation mechanism for smoother, more durable operation. It’s a small redesign — but one that makes a big difference in performance and reliability.
Seamless Integration with Varley’s Manufacturing Excellence
The MOC was built at Varley’s Brisbane facility, a project that exemplifies Australian collaboration across manufacturing, research, and advanced engineering. Argent’s precision-engineered rack systems were integrated into Varley’s structure to host critical compute, comms, and data systems — providing unmatched access, stability, and safety.
Through this partnership, local expertise from Opie Manufacturing Group and Varley has helped CSIRO establish a deployable mission control hub capable of supporting both commercial launches and STEM outreach for students across Australia.
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