According to a recent LinkedIn post from Vast, the company is developing and manufacturing Control Moment Gyroscopes in-house at its Long Beach, California headquarters. The post indicates these CMGs are intended to work alongside propulsion thrusters to provide attitude control for the Haven-1 platform and future space stations.
Claim 30% Off TipRanks
- Unlock hedge fund-level data and powerful investing tools for smarter, sharper decisions
- Discover top-performing stock ideas and upgrade to a portfolio of market leaders with Smart Investor Picks
The LinkedIn post highlights that CMGs require forced convective cooling and that Vast is integrating a cooling loop within the airflow path of a full-scale life support testing module. The post suggests forthcoming tests will evaluate whether nominal temperatures can be maintained throughout missions, pointing to ongoing maturation of key subsystems for the company’s orbital station plans.
For investors, this focus on in-house CMG development and thermal management testing may signal a strategy to vertically integrate critical guidance and control hardware. Such integration could support tighter cost control, differentiated station capabilities, and stronger long-term margins if Vast can successfully qualify and scale these systems.
The emphasis on full-scale life support testing also suggests the company is moving beyond conceptual design toward mission-relevant hardware validation. Progress in these areas could enhance Vast’s positioning in the emerging private space station market, although technical execution and regulatory milestones remain important variables for future commercialization timelines.