Globe with Terma's CCS5 Mission Control Software, CCCS5.

Spacecraft Operations Solutions

Ensure your spacecraft operates seamlessly, with solutions that prioritize reliability and align design concepts with system and mission requirements.

Terma spacecraft operation solutions streamline the integration of various software tools for space operations deployed on-premise or in the cloud, enhancing the accuracy and reliability of orbital calculations and collision avoidance. With customizable options, we offer the flexibility needed to seamlessly adapt to your evolving mission requirements from smallsats to complex spacecraft, ensuring precise and adaptable spacecraft operations.

Explore operations powered by the Terma Ground Segment Suite, along with ESA’s systems, to which we make a significant contribution.

ESA/ATG medialab

TGSS Based Operations

Achieving Operations Efficiently

At the heart of the ground segment is the satellite control system. Our CCS5 product gives you the functions you need to prepare for and conduct automated operations, supported by our Mission Planning Tool PLAN for a mission-specific, resource-based, and automated scheduling, by our web-based Flight Dynamics System ORBIT, for a seamless operation of a single spacecraft through to large constellations and fleets.

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ESA

SCOS2000 BASED OPERATION

BENEFIT FROM COST-EFFECTIVE SOLUTIONS

Terma is a significant contributor to the development and long-term support of ESA’s SCOS-2000 system to offer unparalleled spacecraft operations solutions. Since 1998, utilizing the flexible and scalable architecture of SCOS-2000, we deliver cost-effective and reliable systems for a diverse array of spacecraft. We are fully versed in the needed functions, usability, performance, long-term-maintainability of SCOS-2000 to support efficient operations.

ESA - P. Carril

EGS-CC BASED OPERATION

LEVERAGE OUR EXPERIENCE

Our pivotal role in developing and tailoring EGS-CC enables us to offer cutting-edge spacecraft operations solutions. We specialize in monitoring and controlling spacecraft, all underpinned by the new EGS-CC standardized platform. Our commitment in the future to leveraging the EGS-CC modular and extensible architecture ensures that we provide efficient, scalable, and reliable systems for space missions, such as the future ExoMars Rosalind Franklin Rover mission.