CarboNIX is a separation system for small satellites weighing up to 200 kg. CarboNIX uses shock-free technology to reduce the risk of damaging sensitive satellites optical payloads and electronic components. In addition, CarboNIX uses a unique synchronous spring pusher system which separates satellites smoothly and evenly, without unwanted shocks or tumbling, making it the lowest-shock and lowest-tumbling separation system ever used in space.
CarboNIX has some other unique advantages:
Completely shock-free linear deployment with an average tumbling rate of less than 1°/s after release.
The whole system can be triggered and reset in minutes.
CarboNIX can be adapted to any launch vehicle.
CarboNIX can be easily added to a large cluster launch.
CarboNIX weighs 3.07 kg. in total and a flyaway mass of only 330g.
The system is not subject to export restrictions of any kind.
CarboNIX has successful flight heritage on Falcon 9 and Soyuz-2.
The EXOpod is designed to safely deliver any cubesat to its target orbit.
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The EXObox is a device for managing the deployment of clusters of up to 50 small satellites.
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The Würzburg Center for Telematics announces a launch agreement with Exolaunch to deliver the NetSat satellite formation into orbit on Soyuz-2 scheduled for September 28th, 2020.
The Technische Universität Berlin announces a launch agreement with Exolaunch to deliver the SALSAT nanosatellite into orbit on a Soyuz-2 in late September 2020.
Kepler signs a launch agreement with Exolaunch to deliver the first two of its next-generation satellites into orbit on Soyuz in September 2020.
Exolaunch’s small satellite cluster of 15 microsatellites and cubesats “Wanderlust, Desire To Travel”, will launch on Soyuz as soon as September 2020.
