Dcubed's success stories

Quartus Engineering designed a custom test rig to simulate real-world launch and deployment scenarios. The setup incorporated representative masses and mounting structures to…

For their first orbital demonstration, they needed a compact and reliable deployment solution that could function autonomously and withstand years in orbit. The design constraints were…

For the CoCa mission, the University of Bern required a mechanism to lock down the filter wheel in the camera’s focal plane assembly. The mechanism needed…

LASP used to build their own release mechanisms based on burn-wire technology, which required them to spend a lot of time, effort, and money to refurbish them. This led to their teams only…

Redwire’s timeline was greatly expedited by 4 months due to the quick production turnaround. This allowed for designing, ordering, integrating and testing to take place within just 12 weeks. At…

DCUBED’s Micro Release Nuts exceeded Oxford Space Systems’ requirements for a lightweight, compact, and resilient release actuator that seamlessly integrated with…

DCUBED provided one of the leading space research institutes Nano Pin Pullers (nD3PP) to support the mission’s complex stage deployment.

Atomos used DCUBED’s 500W SmallSat solar arrays to power in-space activities. DCUBED’s SmallSat solar arrays employ proprietary flexible hinge technology…

Fossa used DCUBED’s Nano Pin Pullers (nD3PP) to secure deployer doors during launch and release the doors upon remote command by their launcher SpaceX.