Origami Aerospace provides deployable hardware—such as antennas, solar panels, and de‑orbit mechanisms—to boost the performance of small satellites. Their products are engineered for high efficiency and reliability, enabling satellite operators to meet mission objectives with greater payload capacity and reduced launch mass.
Funding
Funding not disclosed
Founders
Product
Problem
Small satellites are limited by strict mass and volume constraints, making it difficult to include large antennas, extensive solar arrays, or dedicated de‑orbit systems without sacrificing payload capacity or launch cost efficiency.
Solution
Origami Aerospace designs compact, deployable hardware that folds to fit within the tight form factor of small satellites and expands once in orbit. Their antennas, solar panels, and de‑orbit mechanisms use lightweight, high‑efficiency materials and precision deployment mechanisms to provide full‑size performance after launch. By integrating these deployable components, satellite operators can increase communication bandwidth, power generation, and compliance with end‑of‑life regulations without increasing launch mass. The company works directly with customers to customize each deployable system to the specific mission architecture, ensuring reliable operation throughout the satellite’s lifespan.
Target Audience
Primary customers are small‑sat manufacturers, mission integrators, and satellite operators seeking to enhance communication, power, or compliance capabilities within strict mass and volume budgets.
Features
- Foldable antenna structures that achieve full operational aperture after deployment while maintaining low stowage volume
- High‑efficiency solar panel arrays with articulated hinges for optimal sun tracking and power output
- Passive and active de‑orbit mechanisms designed to meet regulatory disposal requirements for small satellites
- Precision mechanical deployment actuators with redundant release triggers to ensure reliable operation in microgravity
- Materials engineered for thermal stability and radiation resistance to sustain performance over mission duration
- Customizable interface and mounting options to integrate seamlessly with a variety of small‑sat bus designs