Deformable radar stealth satellite configuration

Abstract

The invention relates to a deformable radar stealth satellite configuration, and belongs to the technical field of an aerospace satellite overall design. The configuration comprises a hexagonal pyramid, a hexagonal prism, six motors and a back plate, wherein the hexagonal prism is axially and vertically placed, and the hexagonal prism is a hollow structure; the back plate is horizontally mounted on the bottom surface of the hexagonal prism; the hexagonal pyramid is mounted at the bottom of the back plate; and the back plate is a regular hexagon platy structure, one motor is correspondingly arranged on each side edge, and the back plate is connected with the hexagonal pyramid through the six motors. The configuration can be applied to the design of satellites with different sizes and different payloads, the survival ability and combat ability of the satellites are improved, and the development trend and application requirements of the future aerospace technology are met.

Description

technical field [0001] The invention belongs to the technical field of overall design of aerospace satellites, and relates to a deformable radar stealth satellite configuration. Background technique [0002] With the continuous advancement of the space confrontation process, the survivability of satellites is increasingly threatened. Actively developing stealth technology is a long-term effective fundamental strategic measure for advanced countries in space technology in the world, and it is also a key to improving and enhancing the survivability of satellites. important means. Stealth satellite is an important reconnaissance tool and space weapon. It has the ability to conceal, reconnaissance and attack the enemy in orbit. However, due to the different development conditions and space environment of satellites, the research and application of satellite stealth technology is more challenging. From the perspective of the development of radar stealth satellites at home and ab...

AI Technical Summary

Problems solved by technology

From the perspective of the development of radar stealth satellites at home and abroad, they mainly focus on the design of the combination of stealth shape and stealth materials, but most of them need to achieve the stealth effect through attitude maneuvering, which reduces the efficiency of satellite missions and increases the cost. Therefore, it is urgent Need to design a satellite configuration that can achieve stealth function without attitude maneuver

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