Space1 Current, New & Impending Systems

NASA - welding a liquid oxygen tank for a new space launch system

Space1 takes an overview look at current, new and impending space systems created within its private space venture over the past several years.

S1 has a great vision for the future of safe space tourism. Some of the world's greatest projects have already taken shape and form according the list below.

Safety Rocket
Invented by the founder of space1, the world's first safety rocket keeps space travelers and space tourists safe throughout the space mission.

Space Station
The space station has seen an evolution of styles, models and incarnations. The newest design remarkable and prebuilt, simply flown into space where it remains part of the rocket.

Space Plane
Space1 created two space planes, a smaller version of a NASA Space Shuttle. This plane reaches apogee when connected to the Safety Rocket, and glides back to the Earth for landing.

Delta Wing Flyer
The Delta Wing Flyer is the latest and newest version of the Space Plane. Built primarily for gliding, return flights home, it also becomes part of the Safety Rocket fins for stability during the launch and traversing the Troposphere. The Flyer has many functions, such as supplying air, water, food, space repairs, return life craft, extension of the space station, and a self contained station.

Space Suit
The Space Suit provides many functions to the astronaut making space missions possible.

Space Computer
The Space Computer coordinates the rocket and the space suit and handles space parameters including the manipulation and control of time and space.

Ejectables
Daring and exciting Ejectables are personna programs to exit the rocket at apogee and free fall back to the Earth, in a superhero style of flying.

Space Port
A Space Port is a special location where rockets are launched and tests are conducted.

Satellite
A satellite is dropped from the rocket during certain stages of the mission.

Space Telescope
The Space Telescope is designed for observations and reconnaissance from space.

Telemetry System
The Space1 Telemetry System is multi-purposed and perhaps one of the most technological part of the venture, for example, coordinating communications, navigation, imaging, advanced programs and recovery.

Support Space Craft
Space Craft support space missions and hold many forms. Some are engine driven, others are gliders, some can traverse space and others are expansion modules.

Space Car
The Space Car is an Earth-based cross country vehicle for transporting across fields and rough terrain to pick up astronauts, ejectables, payloads and recyclable components and crafts.

Space Hangar
The Portable Space Hangar houses a work area and storage area for Space1 systems.

Space Observatory
The Space Observatory is designed to support launch missions, keep track of space weather such as solar storms, and provide research and a vision to the future of space tourism.

Titan Moon Explorer Robot
This robot is designed to land on Saturn's moon Titan and return environmental data and images.

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Space1 Seasonal Space

Lazy hot dog days may be best for rocket launches

SEASONAL SPACE

Going to space efficiently - the vision of a planetary rocket taking tourists to a new planet

Space1 has researched seasonal space and learned some amazing facts about launching into space through the Troposphere.

There is a marked difference between a winter rocket launch and a summer rocket launch.

Depending on the details of the location spaceport, a winter launch has thicker, more dense atmosphere to offer more resistance to a rocket in flight.

On the other hand, a summer launch is more ideal as the barometric pressure is less, air density is less, and hot rising air currents assist the rocket traversing through the air. Another effect exists, sometimes coined
as "no air."

Traversing the Troposphere depends on factors including season

This happens when hot earth, heated by the constant sun, super-heats and the upward drafting creates a negative pressure gradient, starting at ground level and working its way up in altitude, to a maximum height depending on distance, temperature, wind, humididy, convection, conduction, radiation and other parameters.

The "no air" effect offers less resistance to accelerating rockets through the atmosphere. At the same time, intense atmospheric heat closer to the ground can result in less atmospheric density, resulting in the rocket's increasing "balloon" effect.

Summer rockets, given the same rocket and engine specs, may travel higher and farther when compared to winter rockets. However, winter rockets may experience different results with engine cumbustion rates and should be studied.

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Space1 Delta Wing Flyer Emergence

Space1 is emerging new technology for a future Delta Wing Flyer to be delivered into space as part of a multi-purposed rocket space station SSS.

As of 2017, S1 has completed the construction of two space planes for flight testing and missions at the USA location. S1 intends to consolidate into a single popular spaceport location to facilitate the ease of more missions. These two space planes are paving the way to the future with the new deluxe feature-filled Delta Wing Flyer DWF.

By design, multiple space planes cluster around the Safety rocket and act as finnage, supplying stability and center of mass during the rocket flight through the Troposphere. During the return trip from space, the rocket planes are released for a gliding trip home without parachutes.

The trim on these space planes may enable Humanoido's automatic CSM circular Spiral Maneuver that reduces speed and kinetic energy to reasonable levels by flying in a descending spiral back to Earth. It also helps return the glider to a specific location not far from the launch site and or target landing site. This is a working design completed in 2016 at the USA location.

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Space1 Dynamic Propulsive Engine Thrusters

Space1 exampling Dynamic Propulsive Thruster pressure engine cannisters

Space1 has designed the Dynamic Propulsive Engine Thruster Unit, DPET, for use in attitude control of the rocket space station and upgraded delta wing flyers. The DPET is driven with hydrogen and oxygen by regulated supplies. Transportable engine canisters are manufactured and supplied to the space station and delta wing flyers according to current plans. Canisters are reusable and may be returned to the Earth for reloading or loaded in space depending on their size.

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Space1 Presidential Meeting

Space1 has met with the President in a top secret classified meeting, to discuss upcoming positive and favorable transformations in the venture's private industry space program for 2017 and the years to follow. Essentially the President said we can do what we want. So we are currently considering a number of plans to quickly move the space venture forward per unit time and achieve the most rapid and reliable results in space missions. The closed meeting took place with the President, CEO, Founder and Owner.

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Space1 Photographic Lunar Atlas

Single image of the Gibbous Moon taken by Humanoido with a Meade ETX-60AT digital computer
controlled refracting GOTO telescope. iPhoto processing settings are as shown.

MEADE ETX-60AT Telescope

Space1 is continuing the assembly of a photographic lunar atlas, a concept developed by Humanoido for a future purpose of space tours in the ranged local or vicinity of the Moon. The atlas includes thousands of photos take with a variety of telescope sizes over a period of years. Atlas data was acquired from a Space1 merger. As the Moon has only one face showing to the Earth, views include the front side of the Moon and not the complete far side. Lunar librations over the years have brought more limb detail into focus so some small sections of the far side become visible and can be included in the atlas.

Space1 is interested in moving the Headquarters to a new location that facilitates constructing a new astronomical observatory as one option. Another option is to purchase or lease land by contract and construct a portable observatory as a more treeless region is better suited for Lunar studies. As Space1 enters into missions regarding the Earth's Moon, more lunar research and projects will result. Space1 has a variety of small and large telescopes, and equipment, so construction of the telescope observatory could move along quickly.


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Space1 Delta Wing Flyer Views & Operation

A future flyer is upgraded for deeper missions in space

Space1 shows artistic conceptual views of the new Delta Wing Flyer DWF. The DWF is based on the success of Space1's space planes, gliding reentry vehicles that return astronauts to the Earth.

The DWF is built completely on the Earth and is taken into space attached to the Safety Rocket. At apogee, the DWF is mechanically released and the craft automatically returns to the Earth in a special gliding mode. The automatic gliding mode is

Multiple Delta Wing Flyers serve the rocket space station

Delta Wing conception with thrust engines

reprogrammed and dissipates kinetic energy of reentry without the need for heat shields or bulky devices. Delta Wing Flyers are intended as multipurpose. When attached to the Safety rocket at the time of rocket launch, they can serve to hold supplies, air,
water, and other necessities for life in the space station. Upon return to the Earth, the DWF is relatively empty for the most effective gliding ability.

Functions of the Delta Wing Flyer
* Functional support to the rocket space station
* Standard return vehicle
* Emergency station
* Storage vessel of air, food, supplies
* Functional part of the Safety Rocket offering flight stability
* Small outpost in space
* Increase to the size of the rocket space station
* Assist space walks at greater distances from the main station
* Flyer to inspect the main station
* Host vessel for space telescope, satellites
* Observation outpost in space
* As a shield during solar storms and supernova

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Space1 Celebrates the ISS International Space Station

Space1 gives tribute to the ISS International Space Station with these two posters.

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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Space1 Lunar Outpost

Space1 has long range goals of providing tourism to the Moon and a Lunar Outpost. Typical depictions of lunar domes would be different, probably below the lunar soil to help avoid solar radiation. The Moon does not have a thick enough atmosphere to protect from damaging solar wind and cosmic radiation, or incoming meteors and asteroids. The skin on a dome or craft likewise cannot fully stop DNA damaging radiation and the thickness of several feet of lunar soil or water is required for protection. The Moon will need a space weather monitoring system to keep tabs on solar activity and celestial events as astronauts work on the surface and operate heavy mining equipment, and likely service machinery and robots. For now, S1 is designing outposts in space where space tourists may visit, and the rockets to go there. Tourist rockets have a safety design to protect tourists, opening up space flight to everyone in ways never seen before.

Space1 Focus of Infinitesimal Time

Like cosmic ripples in the Universe, so too can time be quantized by singular ring compressions

Before 1973, Musical artist and song writer Jim Croce poetically wrote lyrics about putting time in a bottle. Almost fifty years later, Space1 has used different approaches to space travel and projected tourism quotas from the beginning of 2014. One approach is the focus of the Infinitesimal Time Stream. Like cosmic ripples in the Universe, so too can time be quantized by singular ring compressions or expansions. S1 has discovered a way to compress and focus time into a kind of time singularity where it can then be manipulated with time parameters, such as time stretching, bending, and possibly folding, for exploring space in more suitable time frames. Some parameters are to be avoided as their effects may be undesirable, such as an infinite time loop, the stoppage of time which may result in forever sticking in one place, or creating infinite time that would cause a pause lasting eons until the demise of the Universe. How many of these variances or which ones fall outside the limits of causality paradox can only be answered by additional cautious controlled experimentation.

Time In A Bottle by Jim Croce

If I could save time in a bottle
The first thing that I'd like to do
Is to save every day till eternity passes away
Just to spend them with you

If I could make days last forever
If words could make wishes come true
I'd save every day like a treasure and then
Again, I would spend them with you

But there never seems to be enough time
To do the things you want to do, once you find them
I've looked around enough to know
That you're the one I want to go through time with

If I had a box just for wishes
And dreams that had never come true
The box would be empty, except for the memory of how
They were answered by you

But there never seems to be enough time
To do the things you want to do, once you find them
I've looked around enough to know
That you're the one I want to go through time with 

"Time in a Bottle" is a hit single by singer-songwriter Jim Croce. Croce wrote the lyrics after his wife Ingrid told him she was pregnant with their son, Adrian, in December 1970. It appeared on his 1972 ABC debut album You Don't Mess Around with Jim. ABC originally did not intend to release the song as a single; but when Croce was killed in a plane crash in September 1973, the song's lyrics, dealing with mortality and the wish to have more time, had additional resonance. Source:Wiki 

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Space1 Missions Begin

Concept: zero g, rocket lofted, one piece space station, with proper orientation quarters

SPACE LAUNCH IS IMMINENT
They say that only at the precipice do we grow, moving beyond to a new level. Space1, a private space industry in 2017, has reached the point of launching missions into space as the immediate precursor to manned missions. The new safety craft will serve multi-functions, a safety rocket to get into space, space station for scientific study and longer touring in space, a set built-in harbinger of delta wing flyers, and a return craft method. Currently a wide span of tests are being completed preceding the manned missions to ensure 100% success. Future plans are to enable missions with space station occupancy, ejecting a space telescope and collecting data, and returning to the Earth by means of a delta wing flyer or using the whole shebang approach (return of all space vessels at the same time).

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Space1 Solar System GGT Telescope Spies Saturn

It's a long haul since Space1 took over management of many Big Brain space projects and acquired the merger along with the space telescopes. This is the first new solar system and planet image taken through the GGT, a massive Gargantuan Gravatomic Telescope in space built from Adjunctive components. The GGT is one of 15 power telescopes in space. In this spectacular planet Saturn solar system discovery image, the telescope is at a distance of approximately 746 million miles to the source.

It appears that over a thousand storms are raging at Saturn's Polar Cap in this maximum clarity image taken above the Earth's atmosphere. Spiral structure is seen overall emanating from the cap's center, and an "eye of the collective storms" exists in the polar cap's center focal point. Perimeter storms are also visible right out to the atmospheric perimeter band. Storm delineation banding is also apparent. In the outer regio, the collective cap's geometry is not circular.

Although Space1's telescopes show the glory and excitement of Saturn today, in the future we plan to conduct space tourism missions within the solar system. Space1 continues to conduct telescope and Solar System activities in preparation for the future and in determining a plethora of amazing and spectacular tourist sites.

Space1 is also in possession of the Saturn Titan Moon Explorer Robot developed by Humanoido in 2013.
http://humanoidolabs.blogspot.tw/2013/09/robot-explorer-index.html

More about the GGT Gargantuan Gravatomic Telescope
Age of Gravatomic GGT Gargantuan Gravatomic Telescope
http://humanoidolabs.blogspot.tw/2013/05/next-telescope.html
First Light GGT Gargantuan GravAtomic Telescope
http://humanoidolabs.blogspot.tw/2013/05/first-light-ggt-gargantuan-gravatomic.html
Gravatomic Machine
http://humanoidolabs.blogspot.tw/2013/05/gravatomic-machine.html
Age of Gravatomic
http://humanoidolabs.blogspot.tw/2013/05/age-of-gravatomic.html
GGT Faceplate Control Icon Rework
http://humanoidolabs.blogspot.tw/2013/05/ggt-faceplate-rework-with-icons.html
Telescope Icons
http://humanoidolabs.blogspot.tw/2013/05/telescope-icons.html
Meltdown of Space & Time
http://humanoidolabs.blogspot.tw/2013/05/meltdown-of-space-time.html

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Space1 April 2017 Meeting Report

Space1 reports the following generalizations during April 2017 meetings: 

* Suspended Animation Act for the quantification of AI
* 2017 reduct travel changes
* Purchase of new tech devices
* Consolidation of departments
* Good inventory retention
* Good splay of operating equipment
* New constructs in the planning
* Some programs placed on time extensions
* Space Headquarters considerations
* Portable Space Hangar analysis
* Vehicular Space Building stats
* Drawback program in place
* Outpost in space

Discussion

Portable Space Hangar
The portable Space Hangar PSH has reached its life span. Work will need to be allocated to maintain its skinned function or let it move into a state of dilapidation. PSH served a number of space related projects during 2015 and 2016 seasons.

* Storage of space equipment
* Construction projects
* Development of crafts
* Materials and component testing
* Tooling
* Space Headquarters carpentry

S1 Headquarters Planning
Space1 headquarters has outgrown its current location. Designs are being drawn up for a new headquarters which will involve a new location and be more conducive to a space business environment.

SpacePort USA
Space1 has suspended its permanent space launch pad site (spaceport) in the USA due to a disruption occurring in the Fall of 2016, and replaced it with a new portable system. This launch site will be moved to the upcoming new location of S1 Headquarters in the future.

Primary Vehicular Building
The allotment to repair the primary space vehicular building for $15,000.00 to $20,000.00 is canceled. The current contention is to utilize a larger vehicular building at the new S1 Headquarters. This will allow the construction of larger space craft. The current primary vehicular building will be maintained minimally.

Drawback Program
The new Drawback Program is put in place to allow for personnel sickness in any given department by the interjection of a time node.

Outpost In Space
The outpost in space concept is expanded to include Delta Wing Flyer space vehicles, space station, and a new designed accommodation rocket.

Documentation Project
S1 may begin a new documentation project to record certain aspects of a subset of over 100 rocket flights and tests and put the information in a database for reference. This could include reusable rockets, liquid fueled rockets and those with dry fuel.

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Space1 Rocket Drop Tests

 
Space1 conducts powerless free-fall drop tests from various skyscrapers in large cities. Drop tests may include powerless rockets, models for space stations, payloads, parachutes, satellites, space capsules, quads, planes, gliders and various tests.

As new taller buildings appear year after year, the height of drop tests continue to increase. Some heights are higher than the altitudes achieved by model rockets! Base altitude of model rockets average about 300-feet. The peak height of Taipei 101 is 5.6 times higher, and the Burj Khalifa is 9 times higher.

Instead of scheduling expensive and custom aircraft that depressurize and open for drop tests, or have customized external remote controlled mountings, planes which fly to several thousand feet, a costly approach, the skyscraper window origin tests are often free of charge.

When tests began by the author in 2005, the maximum height was at Taipei 101 in Taiwan at an altitude of 1,667-feet. By 2010, this distance had increased to 2,717-feet at the Burj Khalifa in Dubai.

Lower and less famous skyscrapers are more easy to access at the peak roof for drop tests. These skyscrapers often have floor halls with windows that open. One can merely take the elevator to the desired floor level. However, some skyscrapers require a security card pass to gain specific floor access to operate the elevator while others do not.

Thus far, the author has concentrated the study of skyscrapers and drop tests in Western and Eastern world sites, in the USA and Asia (in countries Macao, Hong Kong, Taiwan, Korea, and China), primarily Seoul, Shenzhen, New York, Beijing, Hong Kong, Macao, Shanghai, and Taipei.

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Space1 Shanghai China Survey

Space1 has surveyed the Communist Red China Shanghai region for space business potential, interests and flight dynamics during the April 2017 trip.

LAND CONTROL
The region contains many open areas controlled by the government and military. All air space is military controlled and not deemed suitable for S1 spaceports, rocket launches or S1 interests.

SEA CLAIMS
CHINA has a strict policy of controlling and taking over not
only land but the sea as well. This includes laying claim to new waters that have claimed ownership by other countries in the China Sea region. According to numerous reports, China observes its own law when it comes to claiming controlled off-shore territory. This negates finding close-by international waters for conducting S1 operations.

COMMERCIAL AIR REGULATION
Commercial jet liners are frequently stalled on the ground, waiting before takeoff, per military flight restrictions of air space per public announcements at airports. Commercial airline flights are typically delayed and do not always follow schedule.

INTERNET BLOCKING
Internet is blocked from seeing sources outside the country of China. Net inside the communist country averages 1 bit per second, which is useless for conducting specific tech business.

CONTROL & RECORDING
The government controls the internet, blocking many sources and reading and recording email without adherence to privacy. During the time of observation, all USA blogs were blocked.

GOOGLE & GMAIL
Google and Gmail are completely blocked and nonfunctional. The reverse is true. Searches for information from outside countries to sources inside China are nonfunctional and blocked.

SOCIAL MEDIA
Social media is blocked and rendered nonfunctional. Line is blocked. Only WeChat is permitted, which is owned and regulated by communist China. It's reported that all conversations are recorded and kept on file, and referenced for use which could be for legal or military reasons.

SEARCH ENGINE & MONITORING
China only permits its own Baidu search engine and monitored apps. These are in Chinese language, not English.

CLOSED DOOR POLICY
China has increased it's closed door policies in recent years. Many businesses have left China as a result.

INSTALLATIONS
China has air and space museums, astronomical observatories, telescopes and weather stations. These areas and installations are closed to the public and available only for strict military operations and viewing.

MILITARY & GUARDS
Shanghai appears to be a military state, with military guards posted at every skyscraper. A vehicle entering the parking lot is typically stopped, recorded, and searched.

NEWS & MEDIA PROPAGANDA
TV is blocked from outside news about China. Bad news about the USA typically runs an hour at a time for obvious propaganda purposes. Bad news about China televised by CNN is blackened out for example.

INTELLECTUAL PROPERTY CLAIM
China has a policy of claiming any intellectual property created in China, in business or otherwise, and states it becomes the property of China. This is unacceptable to S1 operations.

AIR POLLUTION
Announcements of severe air quality was continual from day to day. Observations showed the type of pollution to include smoke and fog (smog), burning metal, and chemicals. Exposure of personnel to the air on a continuing basis could result in lung, throat, nose, esophageal and other disease including death. Each day the pollution in the air was visible - sometimes one could not see across the street as the visibility was less than a city block.

SUMMARY
Per these tourism observations, S1 will not conduct any operations in China at this time. S1 will review the area at a future date to see if the air pollution is cleaned up and an open door freedom policy is introduced by China. S1 relies heavily on its web core and humanoid web AI applications which are rendered useless in China. This lack of AI and high tech support is unacceptable. Controlled air space and the lack of hobby space is not conducive to our space tourism programs and missions or marketing, and is unacceptable. The lack of freedom and expression in not only internet terms but the factors specified are unacceptable. Personnel working in the severe polluted air environment is not acceptable.

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Space1 Humanoid Robot Size

JD Jr. has reduced leg size and weight, yet can perform walking, dancing and other leg mobility

Space has criteria for rocket launching humanoid robots into space, particularly size. If the robot is too large or heavy for flight, there are ways to trim it down. Fitting into diminutive crew quarters can be accomplished by using smaller humanoids or sizing a larger humanoid. Sizing includes trimming excess weight and volume by removal of extremities such as an arm or leg or decreasing their size. Usually the torso contains the computer and can be kept along with the head for vision and an arm for panel instrument control. JD Jr. was created by reducing leg size, and keeping functions such as walking, turning, dancing, running and applying pressure to brake controls.

In the Tom Swift science fiction book seriies, Swift Enterprises undertakes to set up an atomic laboratory for the U.S. Government, Tom Swift Jr. goes to work on a giant robot that can function by remote control when exposed to deadly atomic and hydrogen rays.

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