Innovation: The sensor parameters of the incoming flow in the space drainage system objects with low-earth orbit PP185

Appointment

The sensor of the incoming flow parameters allows to determine the angular position of the drainage system at the initial atmospheric section of the descent trajectory with its further stabilization. Maintaining the trajectory and spatial orientation of the system when entering the dense layers of the atmosphere. The proposed technical solution can be used to create advanced space systems for cleaning the near - earth environment

The main characteristics, the essence of the development

The sensor operation is based on a new principle of measurements in the coordinate system associated with the moving plane of the spatial angle of attack, and the mode of spatial rotational movements synchronization. Instead of traditional angles of attack and slip, the spatial angle of attack and aerodynamic roll angle are measured. The method of the diversion system stabilization and the space object is easy to implement and does not require significant costs.

Number of measuring channels - at least 3: measurements of the attack spatial angle, roll angle, channel measurement of the difference between the total and static pressure. The range of the attack spatial angle measurements - not less than 140° aerodynamic roll angle from 0 to 360°. The sensor provides sufficient measurement accuracy, has a simple design, low weight and dimensions that are minimized based on the used

State of intellectual property protection

Received 5 patents of Ukraine

Market demand

Such sensors can be equipped with measuring systems of unmanned research and experimental aircraft with the increased maneuverability

The development readiness status

The circuit diagram is worked out. The sensor model is made, which is tested in the wind tunnel