SPACE1 Mysterious Transactions

SPACE1 Mysterious Transactions
In a kind of mysterious private spaceflight update, Humanoido at SPACE1 cites some unusual happenings in 2021

After two years of seasonal rain and corresponding overcast skies, the skies cleared for five months in 2021 and rocket launch conditions were ripe for spectacular missions. 

Left: rocky ice moons of Jupiter have oceans of subsurface water that may harbor life, due to a warming effect. SPACE1 and Humanoido are interested in exploring some of these moons and at least one, Ganymede, to serve as a remote outpost and fueling station in the remote region of the Solar System.

SPACE1 immediately took advantage of all five months of favorable conditions with the Dynamonic space launch system in full operations. 

At least three typhoons missed the crux of SPACE1 spaceport and corporate offices, bringing in high pressure that cleared the atmosphere to exceptional depth. The clean clear crystal air coming from the deep Pacific region had the greatest opacity ever recorded in space flight history. The resulting missions gathered spaceflight data for more manned missions towards moons, planets and a star. 

Data is enough to create a cartographic atlas of the Moon selected features for colonization and for travel to and from the lunar surface. Maps could be used for NASA and SpaceX. Astronaut Humanoido of SPACE1 is preparing for more missions on the Dynamonic spacecraft. Missions now include new lasers for navigation and additional high tech equipment plus the introduction of exceptionally high technology AI cyborgs and TransHumans modified for the coagulating intermingling of man and AI machine. New products for space travel this year include the new Dynamonic Starship, Space TransHuman Cyborgs, transporter, cloaking device, and long range sensors.

Dynamonic Test Run to the Moon

Lunar Extravaganza Dynasty

Dynamonic Test Run to the Moon

by Humanoido

Breaking News! Tuesday August 24 2021

Around the night of the Blue Moon, SPACE1 launched its Dynamonic-based space system towards the Moon and back again, in an unprecedented test at searing ultra high electro dynamo speed.

— Once in a Blue Moon —

Above: Moon image by Humanoido

The private based company, SPACE1 Industries, working out of the Pacific, operated the flight from its primary launch center. The minimal space flight run began at ground zero and quickly proceeded to move towards lunar orbit where a massive amount of lunar regolith suddenly appeared in vivid but exceptionally bright crisp detail. To conserve resources, the craft was homed and the test concluded. These small but increasing jaunts are based on clear atmospheric conditions caused by the gravitational forces of a Full Moon acting upon the ocean to create High Tide and a resulting high zone increase in atmospheric pressure, driving out clouds and overcast conditions.

The mission is part of SPACE1's Lunar Extravaganza Dynasty, designed to support upcoming lunar bases, colonization of the Moon and continued exploration of the new world. 

Space1 Super Safety Rocket Stress Tests

SPACE1 RocketX Safety Rocket was obsoleted and replaced with the SPACE1 Super Safety
Rocket. The SSR is a new private rocket machine capable of a wider variety of delivery of objects
to space such as the more massive and dimensionally large Artificial Micronic Planets. The
missions include placing several of these Micronic Planets into the hypered space time
continuum and then observing their rapid evolution by use of the Deconvolution Machine.
Hypered space time is out of step with standard space time and it takes a DM to bring
both time scales into sync.

Space1 Super Safety Rocket Passes Stress Tests at the Pacific Space Site
In order to launch a new solar system of multiple man-made artificial planets and then to evolve their colonies under hyper space time, SPACE1 has tested the delivery Super Safety Rocket to higher weight and volume stress levels. The rocket passed the stress tests fully intact without any mishap and is deemed ready for more missions. SPACE1 is the only space agency with the Safety Rocket invention to assure 100% safe journeys into space. SPACE1 is a leading space agency that launches exampling artificial planets into Megascopic Space and evolves their colonists through hyper space time resulting in ways of becoming a multiplanetary species.

Space1 New World Space Suit

SPACE1 Space Suit
a Power House for New Worlds!

The new SPACE1 space suit undergoes new worlds compatibility pretests and comes out on top for Solar System worlds

How many new worlds and which ones are compatible with the new SPACE1 spacesuit? What happened when Space1 tested its new spacesuit on simulated other worlds?

Making one spacesuit compatible with as many off worlds as possible can create huge and substantial savings of time and lower the cost of each suit. The new suit is compatible with vision light levels, pressure, temperature, humidity, gravity, atmosphere, incoming micro meteors, radiation, and communications. SPACE1 has predetermined the spacesuit can work with the Moon, Mars, Mercury, Titan, Galilean satellites - Ganymede, Io, Europa, Callisto, and Enceladus, with most of the larger asteroids. Space missions are planned in the future to these new worlds using the SPACE1 Universal Spacesuit for Off Worlds.

Space1 Rocket X Body Shipment

Rocket X Body is Perfect
A hot new shipment of commercial SPACE1 Rocket X bodies are beginning to arrive. An unfortunate line of seal was visible in the previous lot causing it to be rejected, delaying the Rocket X program.

The new arrived rocket bodies have a line of seal that's far less noticeable and passed the rocket fuel pressurization and strength tests for use in Rocket X. Rocket fuel pressure varies upon temperature - as the temp increases, so does the pressure. This increase can become significant during the hot summer months. A rocket body must therefore be SPACE1 certified under a wide range of operating temperatures.

Space1 Fish Astronaut Training Program Results

Fish Astronauts
The candidate test results are in from the Fish Astronaut Training Program, Dwarf Puffer fish test experiments 1 through 15. The rating scale on 15 topics is from 0 through 10 with 0 useless and ten best.

Out of eleven fish tested, four test subjects could not handle the regimen and dropped out of the training program. 

The remaining 7 candidates had the best highest possible ratings for the ability to hibernate and recover quickly, maintain a physical diminutive rocket size, and an extreme level of high intelligence. They seemingly have infinite curiosity and a great ability to learn and explore, with an excellent appetite for meat. Their ability to pick up English speech and complete learning programs was amazing, probably due to their ultimate ability to focus. They maintain an excellent sleeping schedule. However, test subjects could not handle confinement in small spaces, had bad personalities and fought, failed to get along by nipping and biting each other, were highly sensitive to any and all conditions, and were not hardy. These subjects are doubtful candidates for some rocket travel conditions, though may best fit into other parts of the isolation Fish Space Program. The fish passed ten tests with the highest possible ratings and completely failed five.

1. Intelligence - 10
2. Learning - 10
3. Focus & Attention - 10
4. English Speech - 10
5. Curiosity - 10
6. Ability to Explore - 10
7. Appetite - 10
8. Hibernation & Recover - 10
9. Sleep & Schedule - 10
10. Size -10
11. Territorial - 0
12. Personality - 0
13. Hardy - 0
14. Sensitivity - 0
15. Space Confinement - 0

Fish subjects with mean personalities, who fight, cause trouble for other fish, steal food, make territorial trouble, who are greedy and selfish with no regard to others, are an unnecessary burden on fish society, will be placed in the solitary confinement tank, restricted from any DNA breeding program and all other programs, and will be therefore terminated by the rules and regulations set forth in Par 15 sec 9. Old mean fish, with problematic mental disabilities will be removed from fish society and are also subject to the termination rules of Par 15 Sec 9.

Space1 Drone Lab Indoor Testing

Electric Mini H8 prepping for indoor testing

Indoor Drone Testing at the New South Pacific Drone Lab

Drone Lab has moved to a new location in the South Pacific Ocean where seasonal temperatures range from 85 to 122 degrees F. 

As the lab becomes more organized and projects ensue, the need for testing is paramount. Staying outside a only few minutes in the heat and high humidity can lead to heat stroke, therefore another method of drone testing is needed.

The new building has interior walls of solid granite and glass, and vaulted ceilings of great elevation, making indoor testing entirely feasible and practical. The large room is now the drone testing facility which has a "warehouse size" dimension and air conditioner. The facility is large enough for testing the full range of nano, medium and large drones. Indoor fans simulate outdoor air currents for craft flying techniques.

Space1 Drone Programming
https://space1usa.blogspot.com/2017/08/space1-drone-programming.html

Space1 Drone Rocket Launch
https://space1usa.blogspot.com/2018/01/space1-drone-rocket-launch.html

Space1 Data Cards
https://space1usa.blogspot.com/2017/07/space1-data-cards.html

Space1 Massive Drone
https://space1usa.blogspot.com/2016/03/space1-massive-drone.html

Space1 Spaceport in the Sky
https://space1usa.blogspot.com/2018/03/space1-spaceport-in-sky.html

Space1 Drone Lab
https://space1usa.blogspot.com/2017/08/space1-drone-lab.html

Space1 Profile 2018
https://space1usa.blogspot.com/2018/02/space1-profile-2018.html

Space1 Skyport Drone Spaceport
https://space1usa.blogspot.com/2017/06/space1-skyfire-spaceport.html

Space1 2017 Drone Division
https://space1usa.blogspot.com/2017/12/space1-2017-drone-division.html

Space1 in 2018
https://space1usa.blogspot.com/2017/12/space1-in-2018.html

Space1 Power Remote
https://space1usa.blogspot.com/2017/06/space1-power-remote.html

Space1 Index
https://space1usa.blogspot.com/2015/12/space1-index_16.html

Space1 Little Rocket Man

Breaking News!
Little Rocket Man to Launch at SPACE1

The search is on for a little rocket man, to be a part of a future space tourism test rocket launch for SPACE1.

SPACE1 is a private space industry for peaceful space tourism, owned and operated by Humanoido. Humanoido is the inventor of the World's first and only Safety Rocket, designed to safely take people into space on tours.

The sports car is purchased and its rocket mount is being prepared. The mount design is patterned after a skateboard ramp up-scaled to fit the car. The sports car and little rocket man will be placed in the nose of the rocket. Little Rocket Man or LRM will undoubtedly be an augment as previously described.

Space1 Fuel Pressure Tank Tests

Space1 is now conducting fuel pressure tank tests. The data is from measuring the delivery and regularity of pressurized fuel flow from one pressure tank to another and determine the piping length and flow efficiency. Pump pressure is important data to consider as well. When tests are completed, the pressure tank will receive pressure hoses incised to the exact length and pressure fittings will be installed. Then, the final round of tests will be made and concluded.

Space1 Rocket Blast

The first photo at rocket launch shows a powerful engine vortex sky streaming with a stop plume reflecting from the base of the launch pad. The size of the plume is directly proportional to the rocket motor's impulse/thrust.

In the second timed photo, the plume has massively grown laterally and covers some of the initial vortex. The sky vortex continues to grow vertically as the rocket gains altitude.

Spectacular inertial splay of the plume, vortex detail presents itself

The Study of Rocket Blast
By test studies of the formation of rocket engine blasts, data is gleened on rocket engine and parts performance. 

Here are some blast results at various stages of the same launch, first showing the development of and the spreading out of a massive plume fan, column and finally the breakup of homogeneity.

Tests are made with the new S1 Engine and a standard wide band nozzle along with a wide band pad launch tower.

Tank fueling is at 33% and nominal feed pressure. The testing sequence is from the same rocket launch filmed with a high speed FPS camera.

Step 4: The plume gathers and congeals with a ricochet blasting skyward

Inertial power plume splattering and gravitometric disintegration

Final step 6: back settling of vortex, plume disintegration

Space1 S1 Engine Fuel Test

Powerful S1 Engine Test
Space1 announces the successful completion of the high performance S1 rocket engine fuel test. Performance was nominally matched with both engine and fuel and calibrated with pressure ratios.

The increased thrust ratio will be employed to lift more payload in the final rockets, mainly the ISS Pioneer spacecraft to take tourists towards the stars. Journeys will begin after the battery of tests is complete, and the final installation of crew quarters, telemetry, flight computers, and other effects.

Tests conclude the new S1 engine is so powerful that a fuel mix can vary to give more or less power, like a calibrating feature relative to specific space missions. Calibrating fuel mix is based on numerous variables such as rocket payload weight, the amount of chambered fuel, the fuel mix (lean or rich) and the tank pressure.

Space1 Parachute Test

Photo of a successful release test showing the sky and a red parachute deployment at apogee, cord positions, back-dropped against the reflective rocket fuel tank. The size of the parachute is an important factor when returning heavy payload that needs to remain undamaged. It can lessen the g force impact to the ground when landing and preserve the rocket constructs without damage for recycled launches.

Space1 has forayed a series of chute tests involving the ISS Pioneer. Testing is based on numerous variables such as payload weight, fuel ratios and pressurization, temperature, pressure, humidity, aerodynamics, velocity, chute dimensions and configurations. In the final analysis, the fabric chute is recyclable probably thousands of times, made from a washable rip stop nylon fabric material with polyester woven cord rope. Braided nylon shroud lines are very durable. Chute edges are machine sewn professionally and cords are 2DIA for maximum effectiveness. Overall the parachute is residual fuel resistive. The dimensions are calculated to fit the rocket's nose shroud housing.

Space1 Research & Investigation

Space1 conducts a significant amount of time on scientific research and investigation which involves the collection of data using tools and resources to further analyze significant elements of space tourism. 

While the passage of time and the reporting of milestones may seem significant too, there is a behind the scenes beehive of space activity.

For every new rocket design, there is a pattern that's followed to assure proper functioning and performance, as well as complying to set safety standards. In the case of the USS Pioneer rocket, Space1 is outlining the testing procedures necessary to hone and create smooth flights for tourists.

Data collection is a repeating process. For example, how does the USS Pioneer rocket perform at specific load mass of fuel, pressurization, and fuel mix, versus altitude, acceleration, thrust, velocity, gforce, and other details. This process is repeated in real life rather than use only theoretical simulations.

Like the carburetor on a car, the fuel to O2 mix requires fine tuning and this is accomplished by the complete understanding of results. Space1 measures the fuel mix vs mass vs pressurization vs rocket performance parameters with many repeated test flights. By the time humans partake in rocket launches and space tourism, the performance of the rocket is well known and charted.

Data collection is through measurements taken by Minute Men and that which is recorded by onboard flight computers. Data is both quantitatively and qualitatively collected and analyzed. Approving a new rocket fleet design does not happen overnight. Once the data is fully collected from a number of unmanned flights, the analysis can produce plotting and charting with interpolation and extrapolation to gain other data points to know rocket performance. Analysis may also include the performance of supporting devices such a parachutes and deployment mechanisms.

Space1 Precursor Mars Rocket Flight

Mars via HST at a distance of 34,648,840 miles from the Earth, a focal point of future missions

PRECURSOR MARS MISSION Before you hop on one the latest and greatest Big Fangdangled Rockets to Mars through some other private space organization, and hock your house and belongings to plunk down enough tons of cash for the long trip and permanent stay, we suggest getting your pinky toe wet by first going on a basic precursor rocket flight with an almost free ticket.

Enter Space1's Almost Free Precursor Mars Rocket Flight. For mere pennies on the dollar, take a safe precursor ride into the Troposphere with the Safety Rocket and see how you adjust to the main elements of rocket flight. Test the rocket flight along with the excitement of weightlessness, gforce, vibration, sounds and sights. If you like it, you might be a good candidate for the long flight to Mars or a zip around the Solar System in the future.

Space1 History First Test Rocket 2014

Space1 Technologies First Test Rocket FTR 2014 - A Historical Look

Travel back to Space 2014. Space1’s first test rocket FTR was built in 2014 and stood over 6-feet tall. It was large enough to hold a small dog or a standard size humanoid robot, though no normal size humans could fit inside.

It took several weekends of work to manufacture the metal casing rocket from scratch working with all technical diagrams and blueprints committed to memory. Pounding out imperfections was both art and science requiring measuring, assembly, and refitting.

Forming the differential canister nose cone was particularly tricky but eventually the measurements were correctly sized and honed. The manufacture of flight body dynamics was smooth going. Note: no dogs or animals were used, tested, or launched as it was designed and measured for advanced large humanoid robots, and as a result, a lengthy space rocket humanoid study incurred.

The study concluded that humanoid robots would be indoctrinated as an important part of Space1 Technologies and space activities. Humanoid robots in their basic physical sizes could fit into Space1rockets and the rockets could be adapted to their size parameters. The FTR fit all full size humanoid robots that existed in the Humanoid Robot Lab. This has held true through the year 2017 with new humanoids as well.

The FTR rocket was housed indoors before spaceports and launch towers became available. It was kept upstairs in the laboratory loft, carrying it in and out was a tedious task. The big rocket was transported through the skyscraper elevator.

During times of storage, it resided elevated in a horizontal laid position across a very large Chinese padded bed mattress to cushion the overhanging fins from flexure. The rocket was build up from welded metal canisters, and would become the basis for all future rockets manufactured in 2014. Given the weight of the canisters forming the rocket airframe, and for a given size diameter, a larger size engine would be required for flight, with a higher thrust and impulse ratio, to launch the rocket into space.

The FTR theory was to start the rocket design at one size, and work up to make increasingly larger rockets based on test results. The rocket however was used primarily for testing with humanoid robonauts rather than human astronauts. Much was learned from the FTR rocket and it was retired unfettered a year later in 2016 and dismantled. Parts and components were recycled.

Photo 2: The towering large 2014 test rocket, standing upright in the work lab where it was manufactured. The rocket was made from wide diameter welded metal canisters and covered with white rocket skin.

The fins were attached with a black retention housing. Once attached, the housing could not be removed. The rocket was heavy, though it could be lifted by a single person who was a weightlifter. The flight crew intended to have a photo session, showing 12 crew members (or less) holding the rocket horizontally, but on the photo shoot day, the rocket foyer was constantly busy with residents so the photos were delayed.

The rocket was a secret and there was no need to alarm the local residents as they had no idea what was going on inside the lab. The crew waited for use of the Foyer as it had extremely tall ceilings about 20 to 30-feet high. By the time night rolled around, only Humanoido was working late in the Lab, so he took the one and only famous photo of the rocket inside the lab under florescent lighting.

Needless to say, by that time the rocket was not in the transition foyer but rather "dragged" out and positioned in the Lab room. The photos shown have much of the clutter removed to show only the rocket. Despite any imperfections, the first historical test rocket was instrumental in helping pave the path of Space1 towards the stars.

Space1 Contact
http://space1usa.blogspot.tw/2017/06/space1-contact.html
 
Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html
Space1 Index Big Brain Site Prior to 2014
http://space1usa.blogspot.tw/2017/05/space1-big-brain-index-of-space.html
Space1 Home
http://space1usa.blogspot.tw/
Space1 Profile
http://space1usa.blogspot.tw/2017/03/space1-space-profile.html

Humanoid Robots Home
http://humanoidslabs.blogspot.tw/
Humanoid Robots Index
http://humanoidslabs.blogspot.tw/2017/02/humanoid-robots-index.html

Big Brain Home
http://humanoidolabs.blogspot.tw/
Big Brain Index 1
http://humanoidolabs.blogspot.tw/2016/12/fill-brain-project-searchable-thread.html
Big Brain Index 2
http://humanoidolabs.blogspot.tw/2016/12/big-brain-web-site-index.html
Big Brain Timeline
http://humanoidolabs.blogspot.tw/2016/12/big-brain-timeline_1.html
Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html

Space1 Humanoid Prepares for Space

Space1's Tom Humanoid in test mode - Photo by Humanoido

The Space Humanoid Thomas is being prepared for space by programming. 

"Tom," who is named after the famous genius boy wonder in the Tom Swift book series, is a very capable humanoid robot. 

Approximately a foot tall, Tom is extremely advanced. For example, he can grasp hand holds alongside spacecraft during space walks, activate control panel buttons and switches and likely perform space repairs.

Tom has exclusively keen vision, able to recognize objects, shapes, icons, codes, and people's faces. Fully equipped with a power supply, arms, legs, feet, neck, head, body torso, and eyes, it's expected that Tom could not only serve as a valued Robonaut in space but also pilot the Delta Wing Flyer for Space1 missions. Programming is currently a part of testing Tom's functions and capabilities while checking servo motor performance and other detail.

Tom is extremely versatile and can also be adapted to a diminutive mode to fit tighter space craft, capsules and work places. Humanoids such as Tom are also well suited for hibernation during space trips to conserve the power supply. Humanoid robots are also suitable for telescope repair in space.

Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html
Space1 Index Big Brain Site Prior to 2014
http://space1usa.blogspot.tw/2017/05/space1-big-brain-index-of-space.html
Space1 Home
http://space1usa.blogspot.tw/
Space1 Profile
http://space1usa.blogspot.tw/2017/03/space1-space-profile.html

Humanoid Robots Home
http://humanoidslabs.blogspot.tw/
Humanoid Robots Index
http://humanoidslabs.blogspot.tw/2017/02/humanoid-robots-index.html

Big Brain Home
http://humanoidolabs.blogspot.tw/
Big Brain Index 1
http://humanoidolabs.blogspot.tw/2016/12/fill-brain-project-searchable-thread.html
Big Brain Index 2
http://humanoidolabs.blogspot.tw/2016/12/big-brain-web-site-index.html
Big Brain Timeline
http://humanoidolabs.blogspot.tw/2016/12/big-brain-timeline_1.html
Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html

Space1 Portable Space Hangar PSH

Space1 has completed the Portable Space Hangar PSH this summer of 2016. As of August 1st, 2016, Space1 had completed the development of a temporary hangar for testing and constructing spacecraft. By the end of August, work was proceeding to bring online ISP security cameras, additional motion detectors, and a multiplicity of reporting alarm systems.

Truck unloads supplies to Portable Space Hangar

Reviewing equipment at the supplier potentially for Portable Space Hangar

Space Hangar has the capacity to temp hold large equipment, spacecraft, house space experiments, store supplies, shield from weather, and support new developments. As Space Hangar is portable, it can be relocated. Currently projects are set up and work is initiated, completed, then the materials and tools are removed.

The expected span of the PSH is two years, at which time the canopy will be removed and a new one installed. One thought is to double the strength by doubling the steel supports at that time. Another idea is to install an invention, as a sacrificial topper to extend the life of the structure by several years. Tests continue to find a coating material that can adhere to the skin over the long term.

Space1 Index

Space Powerful Rocket Test

NASA

Space1 has prepped for the most powerful rocket test in the history of Space1, gearing up for the first potential tourist space launch in 2016. 

Rocket tests are not necessarily confined to testing of departure tourist launch vehicles or powerful motor firing. Tests can include long range testing of machine intelligence beings, electronics, communi-
cations, and vital telemetry among other things.

Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html 

Space1 Listening to Rockets

SPACE RADIO
You can listen in to Space1 rockets by constructing your own DIY equipment. Space1 rockets vary their frequency on a regular basis based on particular missions, tests, and space rocket launches. Currently we are conducting rocket telemetry tests with new systems in the HF radio spectrum.

Interests
For example, future telemetry of interest may be in the form of camera motion pictures and images showing tests, the interior or exterior of rockets, the receding Earth during rocket launches, and the environments during reentry and recovery.

How To DIY
To find the right frequency, use of an auto scanning frequency receiver will lock onto the signal. A large directional gain rotation antenna will tune in the carrier band much better. Output can be your choice of PAL or NTSC to a video monitor to show real time events. We often use sound as a component of the transmission. You might hear the roar of a rocket engine during a test. As events unfold, a capture board can save the data. For a home brew system on a budget, you can build your own DIY antenna from a small recycled satellite TV Dish. http://www.wlan.org.uk/diy-ant.html You can get some ideas from this little itty bitty radio telesscope.
http://www.stargazing.net/david/radio/itty_bitty_radio_telescope.html

Index