The balloon lifts the rocket through the densest parts of the atmosphere. Instead of fighting gravity, you use it to your advantage. The rocket only ignites in almost-vacuum conditions where there is virtually no drag and rockets work at full efficiency. We can also accommodate a larger payload than usual. This is the environmentally friendly way to put satellites in precise orbits.
The huge amount of available space inside the Bloostar payload area enables us to be flexible about the size and shape of the satellites we launch. This simplifies satellite design and allows you to pack more powerful features on board your satellite and reduces the need for folding parts. We are able to do this because in the close-to-vacuum conditions where the rocket is used, aerodynamics is not such an important factor. Your satellite is kept safe through the launch by a lightweight fairing that covers the payload.
The miniaturization of electronics is opening the opportunity for small satellites to provide new services to the world, from better climate prediction or real-time mapping to internet everywhere. The bottleneck is reliable, low cost dedicated access to space for small payloads. Bloostar is the game-changer that empowers the NewSpace revolution. Stay tunned for our Payload User Guide coming soon.
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