Rocket project

Our rockets stand out

We are heading towards new and smart innovations in Aerospace Rocket Design.

Rocket tests

CosmicFly Team are designing and testing different rocket types. Rocket with different control system strategies and variety of fuel types.

Active guidance and passive control systems

We are designing two types of rocket actuator controls: passive and active. We are also testing different types of control laws.

First among the Poles

Our aim is to build first low cost cruise missile with long range and precise independent guidance system supported by AI technology.

Karman’s line

CosmicFly looks in to the future we want to capture the Karman Line.

We do rocket tests

CosmicFly works on R&D projects related to design and launch tests of different types of rockets.

We do tests with rockets which are using solid fuel engine. Tests are mainly focus on different control system design, different sets of actuators and sensors, and also focusing on development of customized data acquisition software.

We are searching the most effective algorithm to precise control and stabilize flight path of our test rockets.

Our goal is to design the precise control rockets

CosmicFly investigates and compares different types of control strategies and its possible applications, We use different sets of actuators and sensors, together with testing different control algorithms.

We are seaching the most robust solution which  could be applied in atmosphere and above…..

Rocket passive control is based on rocket aerodynamic and mass distribution construction.
While the active control of the rocket can be based on fins displacement or trust vector control. CosmicFly investigates both.

The first cruise missile

CosmicFly develops software applications, which by extending KalmanFilter algorithms, and MIMO control strategies, in parallel applying AI engines allows rockets follow the exact command values.

For cruise missile stabilizing the flight is only one goal, the second one is to follow the desired path which could be changed in the real time by the missile owner.

CosmicFly tests in this field are limited and are based on results obtained from UAV experiments. However those experience can be easily copied and applied to cruise missile applications.

Our goal is to reach Karman’s Line

CosmicFly wants to reach the stars. Karman line, the border between atmosphere and space in the future would be reach by our flight systems. It would be the first step to design a flying object capable of carrying materials into space at low cost.

We work on project of one stage 5.6m rocket which would reach 100km attitude. Recently we are searching of the optimum motor choice with the best thrust and power characteristic.

Project is very demanding, and apart from several internal tests requirements, it is also limited by legal provisions and regulations of offices. CosmicFly is at the beginning of the road.

For now it are only a good ideas and research projects which slowly being moved on. We would really appreciate any help.

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