Space1 Not Starlink SpaceX

Mapping artificial planets in space will cover the exterior but not the ulterior where the colonists
plan their habitation. This view shows the great continental divide and a mapping effort to
delineate topography. From shared gravity, four launched planets will stay in formation as a
group and undergo forced space time compression. Communications with the planet's
inhabitants will require a time compression decoder.

Space1 Planets Not Starlink SpaceX
SPACE1 is launching multiple planetary satellites into space, though these are not SpaceX Starlink satellites

Much controversy exists over placing large quantities of communications satellites in orbital space as the claim is they could have visible disruption to the astronomy community. However, there are already tens of thousands of space objects in space and the astronomical community has not put much emphasis on demanding a solution prior to SpaceX and Starlink. As the SpaceX satellites moved to a higher orbit and are produced with anti-reflective materials, it is believed the problem will be solved for the most part.

On a different spin, SPACE1 is launching multiple planets into space, potentially viewable by the astronomical community as new planets, which should add to the excitement of astronomy and not detract from it. Man-made artificial planets can supplement planet Earth, offload colonists and settlers to new worlds, and provide very exciting space tourist vistas. Such planets can include motels, colonies, and vast cities above the earth, and run exampling methods of moving to other planets.

SPACE1 is looking at launching planets in threes, with no plans similar to the eventual traffic load of thousands of communications internet satellites planned by SpaceX. The SPACE1 planet is an experiment on several fronts:

1) Time Compression
2) Changed Geometry
3) Planetary Colonization
4) Robotics and AI
5) Communications
6) Observational Results

Space1 Smallsat & Microsat

Cubesat AISSTat-2 construct example

SPACE1 Develops Smallsat, Cubesat and Microsat Launch Ability

SPACE1 is expanding its satellite division to include Microsat and Smallsat

Microsats are small satellites manufactured by SPACE1 using micro technology components. These are significantly smaller than Smallsats, lower in  cost, but equal or more powerful for space applications.

The first SPACE1 ancestor Microsat was launched around 2011 during the Micro Space Program conducted by Humanoido. Microsats can be released by a SPACE1 Super Safety Rocket by the hundreds or potentially thousands. Satellites offered can now include temp, micro, small, cube, drop, recon, transformer, and full rocket size satellites. SPACE1 is currently working on new Nanosatellites that are that are considered to be the precursor to infinitesimally small quantum satellites. SPACE1 satellites are designed to launch from the Super Safety Rocket fleet at apex.

SPACE1 Rocket as Recon Satellite
https://space1usa.blogspot.com/2019/03/space1-rockets-as-recon-satellites.html
SPACE1 Rocket Transformer
https://space1usa.blogspot.com/2016/11/space1-rocket-transformation.html
SPACE1 Short Term Satellite
https://space1usa.blogspot.com/2018/02/space1-timed-satellite.html
TSAT Temporary Satellite
https://humanoidolabs.blogspot.com/2012/12/temporary-satellite-tsat.html
Human Journey into Near Space
https://humanoidolabs.blogspot.com/2012/10/journey-into-next-space.html

Space1 Rocket as Recon Satellite

Space1 has repurposed rockets into space stations and other devices. Credit: The Martian

SPACE1 Recon Rocket
A rocket made its way up from the launch pad and looking back there was a tiny cat on a hot tin roof. No, not the movie but actually on the roof of a local dwelling. Seeing the advantage of repurposing the rocket as a recon satellite, SPACE1 took the idea to a whole new level.

Rockets are repurposed by SPACE1, for many uses including lunar and planetary missions, a spacecraft, a touring vessel, space station, dimensional time traveling vehicle, and now as a reconnaissance satellite.

SPACE1 is now offering missions of reconnaissance with rockets designed to launch above purposed regions of the Earth. The mission will take photo images and video to record the Earth based activity. Data will be sold based on the flight time and region encompassed. Uses could include weather prediction, Earth monitoring, farming, landscaping, mapping, ecology, and defensive security. For national security, all customers will be processed first by Space Securities.

SPACE1 may offer paying customers the following rocket packages:
* Reconnaissance Satellite Packages
* Space Tours
* Safety Rocket Licensing
* Future DIY Rocket Packages
* Possible Lunar Landing Land Claim Colonists Package
* Potential Vista & Colonist Flights to Mars

Space1 Short Term Satellite

Space1 has invented the STS Short Term Satellite. STS is designed to function as a normal satellite except it will be deployed as a short term drop device not placed in complete orbit. The partial infinitesimally curved orbit of the STS will allow it to drop back to the Earth under the influence of gravity. To extend the time of the flight, the STS will float back to the earth with resistive technology.

It's not uncommon to find satellites of various designs with varied purposes. One can find nano satellites, those for communications, military and testing. The STS is ideal for ranging communications, EOS Earth Observation System, and gradient weather analysis. One rocket can deploy multiple satellites for conducting simultaneous tests. One example is a drop test involving ten satellites each carrying a different parachute for testing. As the satellites are released at the same nodal point, identifying features of each parachute is made obvious.

Space1 Rocket Transformer

Rotating wheel space station concept

Space1 is looking at rocket transformation as a means to increase function throughout the space program. For example, a rocket transformer can also become a space station, satellite, and spaceship.

Soviet Sputnik satellite depiction

In the space station mode, the craft contains hollowed sections for occupation and necessary items for long term. Satellite mode contains equipment for space study and technology applications during specific trajectories through various types and sections of space. The spaceship includes a means of transportation using a type of space engine with the ability to move into the Solar System and the stars.

NASA spaceship concept

Rocket design 4R is the transformer rocket, transforming from rocket to satellite, space station or spaceship. With four craft functions, the 4R is the most diverse and recyclable craft in the Space1 space program. It's estimated the transformer rocket can save billions of dollars in overall space missions.

Space1 Index

Space1 Minuscule Rocket MR

NASA printing

Space1 has developed the new MR Minuscule Rocket. As a dual purpose rocket or star ship, the MR hitches a ride to the ISS along with food. Once there, it's released into near space like a satellite, whereupon its rocket space cosmic drive takes over to propel it to the solar system beyond the Earth, and into deep space or to the stars.

MR has qualities of a space ship, with the world's first Cosmic Drive and on board resident quarters for microcosm occupants who will be propelled to the far reaches of space. Star panels provide energy to the MR for long space missions.

The Star Drive is being investigated for deriving power from stars and high energetic sources such as Jupiter size planets with radiation energy emissions and cosmos wind. A Star Drive could also be propelled in space by use of purposed space lasers.

MR, due to size, can utilize print technology, essentially creating tens of thousands of rockets that could be released on either redundant space missions or thousands of space missions to different parts of the galaxy.

MR Minuscule Rocket
Cosmic Drive
Star Panels
Microcosm
Occupants

Space1 Index