Space1 Human Safety

Unprotected & Exposed to Massive Catastrophic Dangers
Space safety must also take into consideration the risks
associated with space walking, as tiny fragments of space
junk whiz around the Earth at speeds many times faster
than a bullet, any one of which could rupture and penetrate
a space suit resulting in a catastrophic ending to the mission.
High tech offered by SPACE1 is a 100% safe solution to
ensure complete astronaut safety.

SPACE1 Human Safety - Always a Number One Priority

The number one priority of SPACE1's human spaceflight private space industry is always human safety.

Ever since the invention of the Safety Rocket in 2014 when SPACE1 was founded by Owner and Inventor Humanoido, SPACE1 Industries has fully committed to Safety Excellence.

Humanoido invented the Safety Rocket and methods to keep spacefaring human astronauts 100% safe during the entire mission of liftoff, space travel, and landing.

While other space programs (NASA, SpaceX, Boeing) rely on testing, they cannot state that safety is 100% assured and guaranteed. They have numerous failures. With 2000 related deaths (some reported, some concealed) connected to the space program (see Dead or Alive), a record of proven safety is for the most part nonexistent. In fact, they specify so called acceptable levels of risk for catastrophic failure. Since the beginning of space flight, there were numerous spaceflight committees but none could guarantee complete space flight safety.

SPACE1 with the world's first and only Safety Rocket achieves a 100% safety level, assurance guaranteed, since the system was invented and brought to life in 2014. For six ongoing years, SPACE1 has continued to use the safety rocket system and has incorporated it into many of the space industries rockets, such as the Pioneer, Rocket X, EM, and Super. The Safety Rocket is a mature system within the private space industry sector of space travel and exploration.

Moon Landing Update

Moon by Humanoido

Moon Landing is Updated
When will we see Boots on the Moon?

Work and excitement is rapidly progressing at SPACE1 towards the high technology Manned Moon Landing Mission. The mission is dependent on several other mission completions and these have some requirements to be met. SPACE1 is scheduled to host the first manned return mission in 2019 to the Moon since Harrison Schmitt and Gene Cernan left the surface of the Moon 47 years ago. In this endeavor, SPACE1 appears to be at the top of the group for a scheduled first to reach the Moon ahead of NASA and ahead of private industry SpaceX, Boeing, Blue origin, and Lockheed Martin. SPACE1 has worked six years on the project and excited followers of the private space industry are looking forward to seeing results in their lifetime!

Parts Aquisition
Apparently the parts supplier put parts on backorder, after specifying parts were available, and while the lunar missions can be accomplished without the parts, it would be much better to include the new constructed modules and components. This is now a priority.

Camera Lunar Landing Imaging
While several Moon cameras are now available at SPACE1 Labs, work needs to begin on the primary mission camera. All the components are available for the primary mission camera. As a backup insurance policy, purchasing will go out this week to review new off the shelf cameras ready to be installed onto the spacecraft so as not to miss the timeline.

— We cast our line of technology into the ocean of space, catching the greatest wonders in the Universe — Humanoido

Prerequisite Lunar Missions
It's still very important to initiate and complete the lunar missions prior to the Moon landing. The includes the A) Commemorative Mission, B) Polar Orbiter Mission, C) Far Side Mission, and finally D) Lunar Landing. The one mission in question is the Far Side Mission because it requires a more specialized launch window to become available. It's possible the Lunar Polar Orbiter Mission will be pushed to the number one position and happen first because the parameter calculations are now simplified and ready to go.

Astronaut & Spacesuit
Astronaut Humanoido is prepared and trained for the mission, and will continue to prepare with instrumentation and setup plus rehearsals up to the launch date. Last minute ideas and flight conveniences are being incorporated into the Lunar Landing Mission spacesuit, primarily work with the helmet complexity.

Space Helmet design
Humanoido has designed a system to simultaneous compliment the lunar landing mission through a special space helmet that allows it to generate wireless transmission telemetry and automatically record the entire mission as it unfolds. When an astronaut looks in a direction, the flight telemetry will record that direction. This will happen with new electronic digital media lasting the entire duration of the Moon landing mission. If all goes according to plan, the mission will play back on computers equipped with playback devices at Mission Control and therefore snippets of the best part of the mission will concatenate and post to news sources.

Singularity Observatory Participation
Singularity Observatory is taking part in the pre-mission by telescopic lunar surveys and mapping the lunar topology in search of a suitable landing site. This is based on lunar regolith temperature, popularity of the site, accessibility, the shape and type of lunar terrain, and the analysis of landing parameters. Two or more telescopes will be used for the surveys and the results will be combined.

Space1 Space Station SSS

Convair Atlas Manned Satellite

Space1 has moved foward its plans for the SSS Space Station.

The SSS already preexists inside the S1 Safety Rocket and can be flown to a desired position in space. Feature rich, it can be parked in orbit, put into a transitory mode, or returned to the Earth safely without burning up and causing damage to the Earth's environment.

Integrated into the rocket, there is nothing to dock for construction, no construction needed, and it comes all integrated and ready for use. There is no need to fly up numerous time consuming and weighty modules to construct it.

Construction is integrated and complete, including the following:

Boeing's version of a space station parked in Lunar Cis orbit

NASA concept for a space station version of the Space Shuttle

* instrumentation
* bridge command center with observation screen
* voice activated IA computer intelligence

* various sensors
* short and long range communications
* power units
* storage facilities
* exploratory probe
* return vehicle known as Delta Wing Flyer craft
* space telescope
* food supplies
* water and recyclers
* air and CO2 filtering unit
* botany greenhouse for food growth
* sleeping quarters
* space bathroom

Much of the SSS (not shown here) is modeled after a combination of the ISS, Gene Roddenberry's Star Trek Enterprise, the Convair Atlas Manned Satellite and Delta Wing Flyers. The elite version SSS calls for:

* space laser weapon that could be used in diverting incoming space debris
* hull breach repair kit
* shielding against solar radiation and cosmic rays
* exploratory humanoid space robots that can inspect the SSS

Boeing presented its own plans to create a deep space transport vehicle and habitat. The illustration above shows the Deep Space Gateway, a habitat concept that Boeing wants to put into CisLunar orbit. It may be used for research regarding manned exploration and docking of spacecraft.

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