Space1 Rocket Control

As temperatures globally climb this summer season, weather makes it potentially hot enough to cause heat stroke while working or waiting on the launch pad in the sun, working during tests, and other conditions.

As a result, the necessity for a different type of mission and a more safe environmental is mandated.

One solution to the rocket control approach is the same solution achieved for telescopes in the 1970s, invented by Humanoido, particularly that of the Cyber Space Remote Controlled Telescope. See illustrations. This telescope used the internet for remote control of the observatory, inclusive of a domed enclosure, robot droids, oculars, CCD camera, database, star maps, spotting mode, and the telescope's positioning computer for the acquisition of celestial Messier and selected objects.

While control of the rocket can be achieved through internet by similar means, it's far more practical to use a localized form of remote control. One consideration is that of specialized radio. Radio is fully developed and can be controlled by a computer, controller or portable device app. Space1 is currently considering new space missions that use remote control.

Illustrations: Humanoido's original article described how to build a remote controlled Cyber Space web telescope. Digital image of the Moon captured by the author through the refracting GOTO telescope. One of the Cyber Space Telescope's control panels shows status for oculars, focal ratio, robot droids, zoom mode, reserve power and starmap in progress. Humanoido

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Space1 Controlled Air Space

Space1 has installed a space system to create controlled air space for the launch of Class 1A space rockets at launch sites and spaceports. These rockets must traverse into and through the troposphere where other craft may reside. The objective is to avoid collision by an early warning system. The system creates a vertical column equal to twice the anticipated rocket altitude and a minimum of four times the diameter width of the normal launch space allotment window. The cylinder of safety is only controlled air space when the flight frequency of air flight controllers and planes are monitored in real time to determine positions of aircraft. The program is designed to operate far away from airports and installs a more significant margin of safety in remote regions.

Space1 Tandem Rocket Controller

Tandem Rocket Controller
New this year, developed during the 2016 summer, is a control system which remains external to the rocket.

This is a remarkable invention which is shot into space and precedes the rocket as a tandem device, keeps the classification of the rocket away from military missile specifications, yet achieves considerable control over peace-time parameters involved in flight control of a private industry space rocket program.

The Tandem Rocket Controller TRC examines and samples air space traversed by the rocket. It creates an identification stream which is conducive to analyze air stream content. Launching during calm air and lack of stream keeps the rocket on course.

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