Flight Hardware

What we do

Flexible & Foldable Solar Arrays With Precision Deployment

We engineer next-generation flexible and foldable solar arrays for missions that require low stowed volume, low mass, and reliable deployment in orbit. The challenge is not only compact stowage for launch, but also repeatable deployment and reliable power generation after deployment. Our designs are developed to withstand launch loads, radiation exposure, and thermal cycling, while maintaining structural stability and electrical performance in service. We turn these mechanical, thermal, and electrical requirements into designs tailored to specific missions.

View Technology Specs

01

Precision Deployment

Controlled kinematics and repeatable unfolding behavior for stable in-orbit activation.

02

Stable Power Generation

Electrical and structural architecture designed to keep output stable after deployment.

03

Space Environment Resilience

Designed for launch vibration, thermal cycling, and radiation-heavy operational conditions.

Lightweight | Flexible | Efficient

Flexible PV Technology Platform

Built on a lightweight flexible architecture, this roadmap combines stable process quality with space-environment reliability design for in-orbit applications.

SPACE-GRADE COLORLESS POLYIMIDE (CPI) Film
Our space-grade CPI film is developed as a protective film system for space applications. It targets end-of-life (EOL) performance retention under long-duration LEO exposure. A UV-blocking protective layer helps preserve long-term film integrity while maintaining high optical transmittance. The material system is developed for resistance to atomic oxygen erosion, thermal cycling, and low outgassing in spaceflight environments.

Product Features

Built on flexible glass substrates, the architecture reduces thickness and mass, enabling bending, rolling, and integration on curved or mass-constrained platforms while maintaining structural integrity and stable performance.

Process Advantages

The fabrication process is mature and stable with precise control; films are uniform and dense, with high crystallinity and low defect density, ensuring consistency across production batches and high yield.

Technology Directions & Product Forms

We continue optimizing bending reliability and flexible encapsulation for space applications, offering standard flexible components, ultrathin lightweight modules, and conformal modules for curved surfaces.