Smart maneuvering: Where hardware meets software.
As space becomes more congested, regulatory bodies are imposing stricter collision mitigation requirements on satellite operators. The collaboration between Aurora Propulsion Technologies and OKAPI:Orbits brings together the best of both worlds: Aurora’s expertise in propulsion technology and OKAPI:Orbits’ advanced collision detection and avoidance software. This partnership ensures that the collision avoidance service offered is both technologically advanced and highly reliable.
OKAPI:Orbits is uniquely positioned to enhance mission efficiency by offering advanced maneuver generation, validation, and calibration services tailored for spacecraft equipped with Aurora propulsion units. At the heart of this collision avoidance service is Aurora’s ARM-C thruster unit. This microscale, water-based propulsion system is specifically designed for CubeSats and Small Sats. The ARM-C unit is remarkably compact, measuring less than 0.05U in size, which makes it easy to integrate into small spacecraft. Its plug-and-play design ensures quick and efficient installation, providing a scalable solution for satellites ranging from 1kg to 100kg.
High spacecraft control precision
ARM-C performance can then be validated and calibrated in orbit by OKAPI:Orbits. By performing observations and advanced data processing, OKAPI:Orbits can validate the maneuvers performed and propose ways forward depending on the results. By leveraging these capabilities, operators can achieve more precise control over their spacecraft’s trajectory, reduce mission risk, and ensure that every unit of dV is used to its fullest potential.
On the other hand, maneuver generation, including the precise calculation of the Delta-V (Δ𝑣) in advance by OKAPI:Aether is crucial in optimizing mission success.
Streamlined maneuver planning processes
OKAPI:Orbits’ custom maneuver recommendations are designed to streamline the planning process which not only reduces the time and effort required for maneuver planning but also ensures that the maneuvers are executed with maximum efficiency. By accurately determining the amount of dV required for each maneuver and providing insights into the collision event, we enable operators to execute only those maneuvers that are absolutely necessary, thereby minimizing fuel consumption and extending the operational life of the spacecraft.
Contact Aurora to find out how we can help you extend the lifespan of your satellite with advanced maneuvering technology.