Jena-Optronik ASTRO HP Selected for MDA Space LEO Mission
Jena-Optronik's ASTRO HP star sensor will debut on a new MDA Space Low Earth Orbit mission, bringing high-performance attitude control and SSA capabilities to the platform.
DATA TRANSMISSION: SENSOR ACQUISITION
German aerospace specialist Jena-Optronik has secured a critical hardware placement with MDA Space, deploying its newly developed ASTRO HP star sensor for an upcoming Low Earth Orbit (LEO) mission. According to SpaceNews, the partnership represents the inaugural flight for the ASTRO HP hardware suite, designed specifically for high-performance small and medium-sized satellite platforms.
TECHNICAL ARCHITECTURE
The ASTRO HP is an evolutionary design that bridges existing Jena-Optronik heritage. It integrates the precision optics of the ASTRO APS3 with the flight-hardened electronics and software architecture of the ASTRO CL. Key specifications include:
- Optical Core: Features the radiation-hard Faintstar2 detector for sustained operation in high-energy environments.
- Software Layer: Utilizes the ASTROlib library, allowing for streamlined platform integration.
- Capability: The system delivers advanced attitude accuracy and high-rate tracking without requiring significant platform redesigns.
STRATEGIC SSA CAPABILITIES
Beyond basic orientation, this mission will mark the rollout of specialized Space Situational Awareness (SSA) features embedded within the ASTROlib software. This modular approach allows MDA Space to balance cost and performance while maintaining the high agility required for modern orbital infrastructure. The hardware's compact footprint is optimized for the increasingly crowded LEO sector, where mass efficiency is paramount. By utilizing the Faintstar2 detector, the sensor maintains high-fidelity tracking even under the stress of long-duration missions, ensuring operational longevity for MDA Space’s global communication and observation initiatives.