SQUID3 manufactures software-definable thermal control solutions, specifically the ASTRID™ radiator tapes, which allow satellite manufacturers to quickly adapt thermal systems for various payloads and on-orbit conditions. This technology addresses the limitations of traditional thermal management methods, enabling faster and more flexible satellite development for time-sensitive missions.
Funding
$30K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional satellite thermal management systems lack the flexibility to adapt to changing mission requirements and environmental conditions, often requiring extensive redesigns and delays. Existing solutions struggle to efficiently dissipate heat from high-power payloads or maintain optimal temperatures across varying orbital regimes.
Solution
SQUID3 provides software-definable thermal control solutions that enable satellite manufacturers to dynamically adjust thermal management systems in response to evolving mission needs. Their ASTRID™ radiator tapes utilize E Ink technology to offer a reconfigurable surface that can modulate heat rejection on demand. This allows for rapid thermal integration and optimization, reducing development time and enhancing the operational capabilities of satellites in dynamic space environments.
Target Audience
SQUID3's primary customers are satellite manufacturers and operators involved in time-critical missions, responsive space programs, and satellite servicing applications.
Features
- ASTRID™ radiator tapes: Software-reconfigurable radiator surfaces using E Ink technology
- Dynamic thermal control: Ability to adjust heat rejection on-orbit in real-time
- Rapid thermal integration: Streamlined integration process for faster satellite development
- Customizable thermal solutions: Tailored to specific mission requirements and payload characteristics
- OSR: Standard radiator tiles for minimal solar absorptance
- MLI: Tailor-made thermal insulation blankets for space systems