SPACE1 Mars Support for SpaceX

SPACE1 Mars Support for SpaceX

SPACE1 has continued Mars support for SpaceX landing on Mars. This includes the half century database creation of global Mars Cartography; a mapping, survey and climatology project depicting the global planet Mars from a wide seasonal perspective. This will lead to better understanding of seasonal Martian variations in weather climatology, conducive for missions to Mars and settlements on the red planet.

Space1 Earth Sciences Mission Rocket Launch

SPACE1 Earth Sciences
Manned Rocket Launch
Breaking News: Tuesday, March 5th, 2019

The 13th Successful Space Launch - SPACE1 launched the secured Manned Earth Sciences Mission today, a smooth and flawless rocket launch and mission for Earth, Weather, and Geological Survey from space.

Conducted by EM Rocket Astronaut and Mission Flight Commander Humanoido, the rocket craft was engaged over the far distant mountain ranges to the East. Little if anything was thought to reside inside and on these harsh jungle tropical mountains, but new space reconnaissance proved different.

Results were amazing and astounding. While one weather front blocked closer mountain detail during the initial launch and during the rocket aspiring phase, the one hundred mile farther in distance mountains yielded far more detail than ever expected. Depending on the backdrop and the degree of silhouette from solar lighting, the amount of moisture in the atmosphere and Tropospheric condition, more or less detail was visible at the mountain peaks. It appears either civilian or a military operation and commandos have already supplanted the towers, communications antennas and equipment. Buildings not visible may have camouflage. Conditions for mapping the 100-mile long stretch of peaks were ideal but fleeting.

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 Penetrating Spectrographics

Penetrating Spatial Spectrographic Lucid Molecular Machine
Humanoido, Director of SPACE1, has invented a machine to engage penetrating spatial spectrographics to enable a far greater range in the exploration and tourism of space.

The Penetrating Spatial Spectrographics machine (PSS) is an all-in-one machine that can extend a real time penetrating visual arm deeper into the realm of space and time for space analysis.

Sparked by a spectrographic spinoff of Ground Penetrating Radar used on the Venus Mapping Mission to penetrate the thick shielding atmosphere, the PSS is capable of wavelength tuning the best penetration per given region of space. Built from common OTS gear found in United Humanoido Laboratories, the PSS machine could potentially be coupled to the interpretations of new dimensions during space travel. The PSS machine may open up a new door to the exploration of space time dimensions never before seen in the Universe.

SPACE1 Lunar Missions

Nasa

SPACE1 is accepting proposals from members for lunar projects and mission work that hold great interest and usefulness towards colonizing the Moon.  Members participate in analyzing the data collected and processing various lunar projects.

* T-probe to crash into the Moon's near side crater floor
* Polar lunar orbiter
* Mission to the far side of the Moon
* Lunar lander of undetermined nature
* Moon rover that could stent traverse the lunar Maria
* Moon rocket for Lunar Tourism
* Survey of lava tubes for the development of Lunar colonies and Moon cities
* Telescopic HD lunar mapping
* Atlas of Lunar Features

Space1 Earth Observation Center

Space1 Earth Observation Center will keep tabs on the Earth as well as related space parameters,
rocket performance and atmosphere dynamics

Space1 has an international presence in Taiwan where the EOC will undergo testing

Space1 is continuing development of the EOC Earth Observation Center. This is a self contained module capable of wide scale imagery of the Earth throughout the mission, from launch to apogee, and all through recovery. Tests of a larger working unit have already provided stunning results.

Main Functions
Aside from providing important mission launch and recovery data for analysis, it also can be used for the construction of Mercator projection maps, soil analysis, structure study, and analyze the design of space ports. The EOC can be instrumental in achieving Mercator projection mapping of the Earth's surface at an oblique angle or nearly perpendicular to the ground. It can study clouds as it nears and/or passes through their dynamics. The EOC can observe the rocket itself during the mission and look for anomalies, or rate and measure performance. It can also do infrared and ultraviolet soil and farm crops spectrum analysis and survey the launching space port property. The EOC determines the flight path of the rocket and its point of landing. Telemetry can transmit the data from the EOS thus facilitating tracking and recovery.

Additional Functions
The EOC can also record and deduce rocket performance from imagery analysis, thus improving flight dynamics for future missions. It can check rocket yaw, pitch and roll, and determine the relative alignment of external rocket fins. It can determine balance anomalies and stability of the rocket and its return performance and parachute functioning, mounting and stability. EOC can do fundamental rocket performance timing, determining the time of launch, apogee and recovery. This EOC data can also determine rocket velocity and the point of ejection. Sensing vibration, the EOC can better determine measure points, and help assist in making the astronauts ride smoother. The EOC might also record changes in climate and surface features over time with multiple launches, and serve as a monitor to land, farm, ranch and city conditions and changes.

Miniaturization
The next step is to miniaturize the module by using the smallest sensors available at good performance.  Miniature parts, components, and structures for the EOC already exist and are awaiting electronics assembly work.

The EOC in Taiwan
The EOC will undergo testing in Taiwan. Taiwan is located as an island in East Asia and is comprised of the main body and numerous surrounding islands.

The island of Taiwan lies some 110 miles off the southeastern coast of mainland China, which lies across the Taiwan Strait, and has an area of 13,855 square miles.

The East China Sea lies to the north, the Philippine Sea to the east, the Bashi Channel of the Luzon Strait directly to the south, and the South China Sea to the southwest. All are arms of the Pacific Ocean.

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