The startup provides deployable spacecraft structures and critical components, including booms, hinges, antennas, and solar sails, to enhance the functionality and efficiency of space missions. By offering lightweight and compact solutions, the company addresses the need for reliable and scalable technologies in the expanding space industry.
Funding
$250K 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
Current spacecraft designs often require large, heavy structures that are difficult and expensive to launch into space. These limitations restrict the size and capabilities of space-based assets, hindering advancements in areas like communication, Earth observation, and space exploration.
Solution
Opterus R&D provides deployable spacecraft structures and critical components that minimize launch volume and maximize on-orbit performance. Specializing in high-strain composite materials and innovative deployment mechanisms, Opterus enables the creation of lightweight, compact structures that expand significantly once in space. Their solutions address the need for scalable and reliable technologies in the expanding space industry, facilitating larger antennas, solar arrays, and other essential spacecraft subsystems. Opterus offers comprehensive services from design and simulation to manufacturing and testing, ensuring high-performance and mission success.
Target Audience
Opterus serves government prime contractors, government subcontractors, and commercial space companies requiring advanced deployable structures and mechanisms for satellites and other space-based applications.
Features
- Retractable-deployable masts, booms, and hinges utilizing tension-aligned arrays
- Blanket and panel solar arrays for efficient power generation
- Solid surface deployable reflectors and antennas for enhanced communication
- High Strain Composite (HSC) materials enabling significant deformation and strain
- Modular and reconfigurable 30-meter ovens for composite manufacturing
- In-space assembly and manufacturing architectures for constructing large space structures
- Proprietary HSC manufacturing processes delivering autoclave-quality components
- Analysis and simulation capabilities including deployment simulations, finite element analysis, and thermal analysis