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TSR (Tethered Space Robot) that is linked to a bit of tether is really a new form of place robot system. TSR dramatically is significantly diffent in the TSS (Tethered Satellite System) analyzed up to now, largely in the three aspects. Firstly, we assume that the tether will be extended to get a relatively small range, 10 - 100m. Secondly, we do not visualize seriousness force and/or centrifugal force impacting tether extension [http://easytether.org easytether.org]. Rather, we'll utilize tether expansion method served by a preliminary translation momentum of-the subsystem. Next, we visualize the connected subsatellite to be always a numerous human body character of-the subsatellite is that its attitude may be manipulated under tether anxiety by its own link motion. This can be done by employing techniques borrowed from free soaring place programs studies.For the technological function affirmation for TSR, little satellite challenge, as Space Tethered Autonomous Robotic Satellite named I (STARS-I). STARS-I includes of two small dice satellites, one satellite has function of tether deployment and access (mother satellite), and another is a robot containing of one base and one arm (girl satellite). Major mission to verify TSR engineering will undoubtedly be performed as follows: first, mom satellite ejects child satellite by a preliminary speed. 2nd, deploys and retrieves it by tether control, at-the same time daughter satellite regulates its attitude by arm link action, and eventually, mother and daughter satellites dock.Project of STAR-I is organized under administration portion by subsystem as electrical energy system, telecom subsystem, information managing subsystem, camera subsystem, atmosphere subsystem, framework subsystem, attitude control subsystem, and ground station. Information handling subsystem, electric power subsystem, camera subsystem, telecommunication subsystem, and ground station are bus subsystem, then these subsystems will be designed discussing yet another sat XI-IV, Cute-I or SEEDS. Though yet another cube lay technology can be also applied to framework subsystem and ecological subsystem, specially in design development tolerate vacuum, temperature, shake, and space radiation.