Space1 Moon Wrist Radio

1st Moon Wrist Radio

Moon image by Humanoido

The First Moon Power Wrist Radio
SPACE1 has created a wireless Moon Wrist Radio, worn like a high technology watch, using a leftover mix of matching modules.

Invented by Humanoido, the wrist radio is designed to be worn by a Moon astronaut to support a manned Lunar Landing Mission. The device can historically record the spaceflight to the Moon and show live images and live video by direct telemetry transmission.

The communications wrist device has components to include a built-in tuned frequency pipe antenna, portable power source with charger, wireless radio receiver, high resolution color display TV screen, and controls. Supporting devices to include a micro-miniature Moon Camera, wide angle lens, wireless radio transmitter, DVR camcorder, multi signal channels, right hand circularly polarized antenna, power source, power setting circuits, charging system, cabling, and controls.

The Moon Wrist Radio is worn like a watch by the astronaut. A separate micro-miniature camera part of the system records live images of the Moon as the mission proceeds. The live feed video and any audio is recorded to to a tiny micro SD card and motion video is simultaneously transmitted to the wrist device. The system has many functions. 1) Monitor the rugged lunar surface  2) Display updated parametric spacecraft info  3) Keep eyes on any target  4) Record various sub missions  5) Record the flight to the Moon  6) Safely watch apparitions within the vacuum of space 7) Check the condition of space vehicles 8) Rapidly aim & shoot space phenomena 9) Serve as a remote eye & ear for a space cyborg 10) Convenient eyes on a space pod and 11) A relay for a TV/audio signal.

Space1 Lunar South Polar Results

Around the Moon in 80 Minutes - SPACE1
Lunar South Pole Mission Results


SPACE1 processing Orthographic projection image - Moon’s South Polar region constructed from data returned by the Lunar South Polar Mission to the Moon.

Astronaut Humanoido's high tech Moon mission was 80 minutes long - a reference alluding to Jules Verne adventure novel, Around the World in Eighty Days.

SPACE1 Industries' modern take is a true story, based on high space technology in the 21st Century that has taken astronaut Humanoido around the southern portion of the Moon in 80 minutes. The processed data presented here is rich in information for humanities' return to the Moon. Images are combined and step processed to create a larger view of the Moon's south pole region. The color image represents the thermionic heat signature of craters. The cube represents the projection of the south polar region, homogeneously fit onto the faces of this dimension.

The south polar lunar region has very interesting craters of which the low obique sunlight can either fill a shallow crater or never reach the floor of a deep one. The deepest craters that never receive sunlight have undoubtedly preserved the primordial pristine conditions of the lunar surface, including deposition of water from ancient comets. It's for this reason we are interested in the south polar region of the Moon, for the grand step of humanity, an outpost on the Moon, a telescope base kept in eternal darkness, water for human survival, energy and rocket fuel, colonization, mining, and exploration.

Space1 Lunar South Polar Orbiter Mission Results

Humanoido and rocket drive

SPACE1 Lunar South Polar Orbiter Mission Results Sets New Records!
Space1 delivers. Back to the Moon in 2019! Fantastic celebration continues into the night over at the Pacific Ocean SPACE1 Mission Control for Rocketry and Space Sciences, with the grand success of SPACE1 Industries Lunar Polar Orbiter Mission!

Breaking News! Thurs., April 4th, 2019
SPACE1 Global News Agency reports..

The manned mission to the South Pole of the Moon was an applauded great success on Sunday, March 31st, 2019. The fantastic Moon technical fly-by was achieved by Astronaut Humanoido and the Electrodynamic Safety Rocket with the extremely reliable Electromag drive. Raw data is processed by the SPACE1 Pacific Ocean Space Processing Laboratory and the Center for Spacecraft Data Analysis.

During mission analysis, color is handled by the interferometric color machine and applied to the raw data. Raw data is processed and presented in 1) raw, 2) film, 3) disk, 4) photo and 5) 3d cube. Processing of scientific mission’s raw data helps create many useful analytical Moon sets - spectromagnetic radiative reference maps of thermal iridescence excitability ions, forward viewing temperature heat maps, lunar reflective albedo detail extractions, latent hydroxil distribution with predicated water mapping analysis, and finite shaded relief area mapping.

— The Asiatic Center for SPACE1 Advanced Space Sciences broke out the rare vintage Ming Dynasty brandy cache for celebrating the spectacular event! —

Data and analysis returned from the mission is rich in detail for future landing programs, establishing lunar colonies, mining on the Moon, generating rocket fuel, and conducting Moon activities such as touring and vacationing. The data is highly useful towards developing and testing high technology flight parametrics for the upcoming Manned Moon Landing by SPACE1 Industries.

— SPACE1 Industries: 1st to fly an astronaut to the Moon in many decades! —

The SPACE1 Lunar South Pole Orbiter is Electrodynamic Rocket Mission E15 with the Electro Mag Drive. Previous manned EM rocket mission E14 took place Tuesday, March 12th, 2019. This mission also tests a completely new high tech lunar lander camera and various new techniques for processing the data. The presented SPACE1 data formats are in film reel, image disk, proportional photo, sequential cube, and raw image.

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 Moon Landing Made Simple

The Moon is only 240k miles distant. A simple high
technology manned mission to land, look around,
and return immediately to the Earth is less costly,
and should be ready to go for one SPACE1 astronaut 
to land on the Moon in 2019. Image by Humanoido

Moon Landing Made Simple...
No Time to Befriend Moon Creatures

Breaking News!
Tuesday, March 26, 2019
by Humanoido

SPACE1 and Lunar Landing Mission Designer Humanoido are cutting Moon landing mission costs and mission complexity with some innovative ideas to go to the moon as soon as possible. 
No more waiting another ten
years to go there.

This will make a more simple Moon landing. The ideas are to cut complexity making the entire mission more affordable. Just one Astronaut will fast track to the Moon, immediately trek down to the rugged lunar surface without losing a single moment of time, look around for a while at smooth regolith or inside a crater floor, and return home.

A special spacecraft will be constructed with the highest technology components that we have available. These parts, modules, and components are already on hand at SPACE1 Industries and will not need ordering or have any order delays. There is a construction process required to build devices and retrofit our spacecraft for the mission. The soonest the Lunar Landing Mission can take off is in 2019 when there's a perfect window of opportunity.

The process will have one astronaut in one craft going directly to the Moon from the Earth, landing, looking around, and expeditiously returning to the Earth - not staying overnight. This avoids the complexities of many things using this process. For the spacecraft, we are using a tested and sophisticated mobile app that can navigate and provide a window into space. It calculates the lunar orbit, Moon positions, star navigation and flight details. Another large part of the mission will be a built-for-space camcorder to record the mission for posterity and having a record of the historic details for SPACE1. The device will have an automatic light level circuit to compensate for the changing lunar illumination based on changes in lighting due to the sun's orbital position and Earth Shine - the light that reflects from the Earth.

* No need to worry about extended radiation
* No long term power source needed
* Can operate on standard sourced nuclear energy
* No extended oven-like temperatures and super freezing conditions
* Advanced walking Moon spacesuit not needed
* Supplies such as food, oxygen, water can be reduced
* The mission will be ready much sooner
* Ideal flight path dynamics happen in 2019
* Fewer parts & components reduce complexity
* Reduced complexity is more reliable
* More simple mission is easier to implement
* Fewer parts & components cost less
* More simple to send one Astronaut

Space1 Electrodynamic EM Rocket Launch E14

Electrodynamic Rocket Mission E14
On Tuesday, March 12, 2019, Space1's Electrodynamic EM rocket successfully completed a manned space mission E14.

Rocket conditions were perfect for SPACE1 mission launch number fourteen as astronaut Humanoido vectored the prototype spacecraft according to plan for exploring flight orientation dynamics over the Pacific.

This was a private space launch under the privatized jurisdiction of Space Securities, conducting experiments in flight craft rotational perimeter positioning and confirming mastery of spin results with yaw, pitch and roll, and mass dynamics. Mastering these movements and mass fundamentals are paramount in the design of a rotating space station. The mission also tested a new protective rocket covering at recovery time for equipment to maintain a white room after the flight.

SPACE1 has eight manned rocket launches in February and six in March. So far, there are 14 successful manned rocket launches in 2019. SPACE1 holds the world's records for two manned space launches in the same day, the greatest number of manned launches in a month, and the most consecutive manned launches of all time.

— The EM Electrodynamic Rocket has the Electromag Drive making it significantly faster than Rocket X —

Index to SPACE1 Electrodynamic Manned Rocket Launches
https://space1usa.blogspot.com/2019/03/space1-index-em-rocket-launches.html
Fourteenth Launch - Tuesday March 12th, 2019
https://space1usa.blogspot.com/2019/03/space1-electrodynamic-rocket-mission-e14.html
Thirteenth Launch - Tuesday, March 5th, 2019
https://space1usa.blogspot.com/2019/03/space1-earth-sciences-mission-rocket.html
Twelfth Launch - Monday, March 4th, 2019
https://space1usa.blogspot.com/2019/03/space1-worlds-first-turnaround-flight.html
Eleventh Launch - Monday, March 4th, 2019
https://space1usa.blogspot.com/2019/03/space1-manned-mission-rocket-launch-11.html
Tenth Launch - Saturday, March 2nd, 2019
https://space1usa.blogspot.com/2019/03/space1-successful-rocket-launch.html
https://space1usa.blogspot.com/2019/03/space1-weekend-em-countdown.html
Ninth Launch - Friday, March 1st, 2019
https://space1usa.blogspot.com/2019/02/space1-friday-space-launch.html
Eighth Launch - Thursday, February 28th, 2019
https://space1usa.blogspot.com/2019/02/space1-8th-em-manned-rocket-launch.html
Seventh Launch - Monday, February 25th, 2019
https://space1usa.blogspot.com/2019/02/space1-mondays-em-launch.html
Sixth Launch -  and Sunday, February 24th, 2019
https://space1usa.blogspot.com/2019/02/space1-5th-6th-consecutive-space.html
Fifth Launch - Saturday, February 23rd, 2019
https://space1usa.blogspot.com/2019/02/space1-5th-6th-consecutive-space.html
Fourth Launch - Friday, February 22nd, 2019
https://space1usa.blogspot.com/2019/02/space1-4th-consecutive-em-launch.html
Third Launch - Thursday, February 21st, 2019
https://space1usa.blogspot.com/2019/02/space1-successful-spacecraft-launch.html
Second Launch - Wednesday February 20th, 2019
https://space1usa.blogspot.com/2019/02/space1-em-2nd-consecutive-space-flight.html
First Launch - Tuesday, February 19, 2019
https://space1usa.blogspot.com/2019/02/space1-space-launch.html

Space1 Humanoido Fly to the Moon

Moon photo by Humanoido, Lunar Atlas

Will Humanoido
Fly to the Moon on the 50th
Anniversary of
the Apollo 11
Moon Landing?

OR WILL HE CHOOSE YOU?

During the Apollo program of the 1960s and '70s, NASA sent nine missions to the Moon. Six landed astronauts safely on the surface, the only times humans have visited another world. The first manned lunar landing was 50 years ago. Why have humans not visited the Moon since the last lunar landing? On December 11, 1972, Apollo 17 touched down on the Moon. This was not only our final Moon landing 47 years ago, but the last time we left low Earth orbit.

July 20, 2019 marks the 50th anniversary of the first humans landing on the Moon on July 20, 1969  as part of NASA's Apollo 11 lunar mission.

SPACE1 is ramping up expectations for exercising its EM Safety Rocket for a flight to the Moon in 2019. Four main missions are planned, one of which is a Moon landing.

https://space1usa.blogspot.com/2019/03/space1-moon-mission-prep.html

The current fully qualified and trained astronaut, with EM Rocket experience of 13 missions, is Humanoido. Speculation regards the possibility of a summer July 20th Moon landing with Humanoido as the Pilot and/or Commander. Additional astronauts/species may accompany Humanoido during the lunar trip. SPACE1 has yet to launch any missions to the Moon and is currently running many missions to exercise the EM rocket craft at an increasing heavy capacity.

https://space1usa.blogspot.com/2019/03/space1-index-em-rocket-launches.html

It's planned to have at least three Moon missions before the landing. The SPACE1 Moon landing type, style and method is yet to be released.

https://space1usa.blogspot.com/2019/03/space1-lunar-mission-equipment-inventory.html

https://space1usa.blogspot.com/2019/02/space1-moon-landing.html

https://space1usa.blogspot.com/2019/02/space1-moon-mars-missions.html

https://space1usa.blogspot.com/2019/03/space1-moon-landing-2019.html

https://space1usa.blogspot.com/2019/03/space1-archaic-moonwalker.html

https://space1usa.blogspot.com/2018/09/space1-lunar-missions.html

https://space1usa.blogspot.com/2019/03/space1-2019-year-of-space-launches.html

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 Manned Mission Rocket Launch 11

Manned Rocket Launch 11
Breaking news - Monday, March 4th, 2019

SPACE1 announces the successful liftoff of manned EM rocket flight number eleven. As the day progressed, the clouds gave way to the sun and a fresh air breeze, a perfect cool temperature, and opacity conditions perfect for a space rocket launch.

Astronaut and Flight Commander Humanoido conducted NAV, Opacity and secret intellectual property experiments while piloting the rocket beyond the strata into space. Humanoido comments, "The prototype rocket is now well equipped for spaceflight, having all the instrumentation and equipment needed for multiple and diverse missions of a routine and regular scheduled path into space. The EM rocket is also being tested for an exciting and profound upcoming flight to the Moon in 2019 and will be outfitted with extras for that mission."

SPACE1 Launch Eleven was a Space Securities managed secret mission, secured and finalized under the Privacy Act and Admin Security Law. The SPACE1 Safety Rocket is currently one of two manned designs that can safely travel into space and back again. In 2014, Humanoido founded SPACE1 and invented the Safety Rocket, the mainstay and unique element to revolutionize space travel for the safety of all humanity. In 2018, the invented EM Safety Rocket was finalized with all new technologies of rocket space travel.

Index of EM Rocket Launches

Space1 Friday Space Launch

Manned Space Launch Today!

Breaking News! Friday March 1st, 2019
Today's manned space launch this morning has already flown and returned safely. The mission was completed by noon as the safety EM spacecraft rocketed back to its landing pad Numero Uno.

Today's mission tested the NAV invention which will be paramount in future missions into space, the Moon and Solar System off worlds.

Astronaut Humanoido was Pilot and Mission Commander of the craft, testing the new NAV, and performing tests of the experimental EM rocket prototype. This is the ninth successful manned launch of the EM Safety Rocket. The previous mission was Thursday February 28th. The EM Safety Rocket has set the eighth consecutive flight record, the nine total flights record, and the record for the most space launch missions in a given time period. The EM Safety Rocket one of a small fleet of rockets that includes the master massive EM Safety Rocket and the smaller EM Safety Rocket.

Space1 4th Consecutive EM Launch

SPECTACULAR
EM MANNED SPACE LAUNCH
SPACE1 successfully launched its fourth consecutive EM spacecraft into space on Friday, February 22nd. SPACE1 is setting all the records for day to day consecutive manned space launches.

Blazing across the sky at God speed, it was a perfect flight without a hitch, going smoothly from the start of preparations, to the launch, to the time time in space, all the way to recovery.

It was a spectacular morning launch as Humanoido, the pilot and commanding astronaut, was at the center of its controls.

This launch demonstrates routine and rapid turnaround time and proof of concept for a mission per day, or 365 launches potential per year.

SPACE1 Industry private prototype launches are generally not advertised or filmed. Contractual deals for space tourism are made on an individual basis, along with licensing of certain intellectual property, the Safety Rocket and space effects, including space industry consulting.

Friday Fourth Consecutive Launch
https://space1usa.blogspot.com/2019/02/space1-4th-consecutive-em-launch.html

Thursday Third Consecutive Launch
https://space1usa.blogspot.com/2019/02/space1-successful-spacecraft-launch.html

Wednesday Second Consecutive Launch
https://space1usa.blogspot.com/2019/02/space1-em-2nd-consecutive-space-flight.html

Tuesday First Launch
https://space1usa.blogspot.com/2019/02/space1-space-launch.html

Space1 Successful Spacecraft Launch

SPACE1 Launches 3rd Consecutive Successful EM Manned Space Flight

Breaking News!!! Thursday, February 21st, 2019

In the early morning hours, Humanoido prepped for the third consecutive manned EM spaceflight. Blasting off and attaining an acceleration faster than a speed bullet, the spacecraft thrusted through a thick early morning haze and fog.

This mission completed a number of private experiments in space, tested the controls and smoothness of flight patterns, and served as a mission to take on new and innovative piloting techniques. The mission tested a new top secret stealth method of faster than sound travel without the sonic boom. This has already revolutionized space travel and launch sites can now have their locations within realm of big city space complexes.

At this rate, SPACE1 is completing one EM spacecraft launch per day. The EM is the second design of a Safety spacecraft invented by humanoido. Since 2014, SPACE1 has a perfect safety record. SPACE1 is expected to open up Safety Rocket licensing to the private space industry sect.

— Like the Safety Elevator of the 19th Century, the Safety Rocket of the 20th Century will change the world. —

Currently SPACE1 is conducting flights with the EM spacecraft and the most fantastic incarnation of rocketry yet; the new majestic towering Rocket X. At this time, Humanoido is the piloting astronaut who is testing the prototype spacecraft and taking notes to write the flight manual for space tourism. 

Humanoido is an experienced astronaut, having secured dozens of paid contractual space flights in China, rode high tech space elevators above the atmosphere, flew high above cities on incredible Megaprojects, and blasted above the Pacific Rim high above the Earth over the ice Poles. Humanoido worked with his own space satellite telescope to acquire celestial images during space missions, studied the Earth and its layers, and developed new innovations in space flight.

Space1 Rocket Snail for Space Travel

Source

Analyzing a Snail for Space Travel
A snail brain has four hemispheres composed from Cerebral Ganglia. Studies show the brain is more simple compared to reptiles, mammals and birds, however it's capable of associative learning with roughly 20,000 neurons (compared to humans with 100 billion).

The snail has a nervous system with feelings and can see, sense vibrations, touch, eat, excrete, taste, smell, breathe, love, move, and has skin, mucous, muscle, eyes, kidney, lungs, mouth, teeth, foot, stomach, anus, heart, brain, memory, both a penis and a vagina, and generates saliva, has sweat pores, and touches things with two feelers. It carries its home as a hard light weight shell on its back and retreats into it at the sign of danger. It has no ears or conventional hearing like a human but is sensitive to sound waves picked up as vibrations.

It's agreed that a snail could be a passenger on a rocket trip into space, considering it could withstand the rigors of space travel and have its own environment, however communicating with it in English would be extremely challenging. The snail is a very different life form when compared to humans. Its brain does not have a speech center and it does not form sounds from its mouth as we know it. With comparative thinking, limited associative memory, words are not formed as we know it, but rather some basic and primitive actions are taken in terms of motion and movement.

Snails will respond to danger, food/taste, and sex. Some elements of training can be induced through their reactions and memory. They have schedules of day activity and periods of sleep. Their motions are very deliberate and slow within their own referential time frame. Developing a snail language and translating it to English is an unknown being studied at this time.

Space1 Fish Astronaut Training Program Expands

Space Astronaut Training program just became bigger

The Fish Division, has expanded to include three school environments. The program now includes a water world of nine gallons, of prepped and conditioned containment. Several brainy exploration Dwarf Puffer fish, graduates of the 1st Astronaut Training Program, dominate the scene. New configured fish tanks are awaiting the arrival of a new school of Guppies and snails about a week to a month away.

— SPACE1, an equal opportunity employer of a variety of intelligent species, is training special breed of fish to become potential graduate astronauts in the rocket program —

SPACE1 includes various species for space expiration and has now included fish which are noted for specific elements conducive to space travel, such as exploration, talking through specialized interfacing, intellectual capacity, and hardiness. The Astronaut Training Program identifies and hones the skill useful for rocket launches and space travel.

The lavish environment contains a variety of spectral illuminance lighting, electric heating, thermometric monitoring, filtering and aeration, a variety of plants for establishing fish territorial domains, and gravel for rooting plants and maintaining a balanced eco-system.

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 Fish Space Plant Transformer

Fish Space Transformer Plant

To prevent Dwarf Puffer fish in the Astronaut Training Program from becoming bored in their environment after hours and stunting their intellectual potentials, Humanoido has invented the Transformer Plant. On Earth, the plant acts weightless with a balanced buoyancy that can float as if floating weightless in space.

The unique invention is a submerged plant variety that's judiciously pruned to alter its center of gravity, so that it constantly changes floats, changing its position while rotating in the tank. This is based on its changing balance of buoyancy due to water pressure variance caused by the opposing water pressure balance of two water filter aerators. 

This greatly amuses the fish, entertains for hours, and pleases the fish who get to explore the plant in motion from an infinite number of angles, views, locations, and positions.

It's also likely the fish enjoy playing with the changing water currents as the plant is transforming its position. As Dwarf Puffer fish are very curious fish and avid explorers, the Transformer Plant offers a great opportunity of excitement and challenge.

Photos, taken with the new Fish Side Cam, show the changing transforming position of the Transformer Plant over the course of a few minutes. Also seen are numerous fish exploring the interesting plant.

Space1 Dwarf Puffer Fish Update 1

1st photo from the new side Fish Cam

Brainy Dwarf Puffer Fish Updates
Space1 has taken charge of picky and brainy dwarf puffer fish which have applied for the Astronaut Training Program, and made changes thus creating their new environment. 

Their school is now doubled in size from one gallon to two gallons, along with two filters instead of one, a gravel floor instead of pellet soil, and with plants reconfigured to improve the environment and more readily amuse the fish.

The fish have grown in two weeks and are now accustomed to hand feeding of frozen blood worms. Their diet was recently supplemented with a mosquito that was eaten by the meat eating group faster than the eyes could see. Lighting from high intensity LEDs was turned off due to its creation of algae and are used only during feeding.

The worm in the small tank was identified as a harmless Rhabdocoela worm. These worms usually stay in the ground soil and only occasionally appear on the walls. If anything, they eat waste from the ground for recycling like tiny scavengers. The worm introduction to the new tank was carefully avoided as they compete with snails. The plan is to introduce common snails to the small tank for growing after the tank is reset. Then, snails will become another food staple for the fish who can grind their teeth on the shells.

Also modified is the Fish Cam, now relocated to the right side of the tank, and mounted on the small one gallon aquarium. On the order list is an aquarium twenty times the size of the original aquarium. A larger tank is much more stable and can hold more fish. The smallest fish tank may be repurposed as a terrarium to grow talking plants. The fish, always raised as a group, are not overly territorial and new plants will soon be introduced.

They often observe every leaf on the vegetation with much patience and curiosity but never pick at it for food remnants. They like to eat only fresh new introduced meat food and once it hits the ground, it will be ignored. For this reason, the instructor now holds the food at the water surface until the fish swarm and tear it from the hand. Keeping the tank clean requires a siphon pump and hose for cleaning the gravel every day.

Space1 Fish Space Suit

World's First Fish Space Suit
SPACE1 begins the design and development of the world's first Fish Space Suit, a complete containment Eco suit designed for fish astronauts and fish tourists traveling into space on rocket trips.

The chemical battery powered space suit enables fish to travel within the realm of space. The fish suit contains a containment window allowing a clear visible view to the outside world for work and tourism, a miniature electric portable air pump and air tank for aerating water. An internal active urea filter cleans the environment as the water is continuously recycled. Temperature regulation includes a small electric heater and a miniature electric Peltier cooler for the extremes of space. The suit offers its own degree of protection from cosmic rays and space radiation.

The fish space suit allows fish to go into space as astronauts and keeps the typical mobility that fish are most familiar with. The suit design minimizes internal abrasion against scales or fish skin. The suit is custom built for individual fish breed matching the size and characteristic requirements. The first suit design does not contain food and is for short duration space missions.

More work remains for research and testing within this new field of space fish astronauts, and how fish will interact to the various elements of a space environment, such as duration effects, G-force, weightlessness, rocket vibration, and a host of other parameters.

Space1 Fish Astronauts

Fish Cam captures a very inquisitive C fish

Space1 Develops a New Breed of Space Fish
Meet Rocket Fish - the next intelligent cyber species being prepped for space travel by Space1.

The exciting new primary SPACE1 project in November of 2018 that everyone is talking about is a new breed of intelligent talking cyber space fish species being groomed for rocket travel into space.

Introduction
In the beginning, Humanoido, the founder of Space1, set up an aquarium with all the trimmings to include eleven native South Asian Carinotetraodon (C) fish. The "C" fish were selected for their diminutive size, high intelligence, and fast learning ability - traits highly desired for becoming astronauts of space travel.

Setup
The radial experiment continued with an extremely small Nano Tank of dimensions 20x13x16 cm with a 5mm glass thickness. The unique aquarium needed many common components as well - LED lighting, HOB filter, extra filter material, electric heater, thermometer, power strip, radical new soil pellets, two plant varieties, fish, net, food, tank starter liquid biofilter purification bacteria, frozen food and chlorine-free bottled water.

Intelligent Fish Species
Normally humans don't think much about fish as being an intelligent species. Space1 has changed that. Fish have sophisticated brains, can communicate, are highly intelligent, can learn new things, are inquisitive about the world, and make excellent companions. Meat eating South Asian Carinotetraodon (C) fish are among the brightest with a high fish IQ (FIQ).

Fish Cam
A fish cam can record the habits and life of fish, both with stills and video. It can also be used for remote monitoring, examining fish health, and provide a magnification to increase visibility of tiny fish and small fry. The fish cam was created from an old discarded Logitech computer cam. Connected to the USB port and the front of the tank with Scotch 3M duct tape, the cam's twist lens was set to nearest focus. Next, Macam software was installed under Mac OSX and parameters were set to the Logitech cam's auto mode. The software allows a moveable live feed computer window for viewing fish and can take still photos. To capture video directly from the screen window, the native features of the Mac are used with Apple QuickTime.

Talking Fish
A device was invented to give fish the ability to talk in English. Coined Fish Small Talk or code name Fish Talk, the cyborg fish addition adds hardware and software to a fish along with the proper codex lexicon. The device connects to the fish non-invasively using several fields of high technology and allows the fish to speak its moods, interests, habits, etc. New versions of the software increase the lexicon words and speaking abilities, add the ability for multiple fish to talk, and give fish the ability to report data on their environment.

Fish Cyborg
Connecting cyborg parts non-invasively to fish is very important as fish are very small and implants are comparatively very large. For the smallest fish, the non-invasive connection is made optically and electronically with sensors, governed by a microcomputer and software. Cyborg fish are enhanced versions of normal fish and appear to have super powers, able to learn new commands, talk, and perhaps pilot a star ship someday. They can report data and information during space flight and become valuable crew members.

Training
Eleven Talking Cyborg Fish were entered into the Astronaut Fish Training Program, and are in training. After only 3 days, schooled fish have acclimatized and learned their first in-flight command.

Fish Astronauts
With their cyborg enhancements and astronaut training, plus customized space gear, space rocket fish are like small super heros, able to wear a special environmental space suit, record space data, withstand the rigors of space travel, and talk in English to mission control.

Space Testing
Astronaut cyborg space fish need to undergo lots more testing to be viable denizens of space travel, to include weightlessness, g-forces, rocket vibrations, more cyborg devices, commands, larger speaking lexicons, and the elements of lift off and recovery. Testing has begun for the creation of a portable water flight spacesuit for fish to take along their environment in space for breathing oxygenated purified water and allowing vision and mobility.

Complete Space1 Index - Cyborg Fish Links
11-11-2018 Space1 Fish Astronauts
https://space1usa.blogspot.com/2018/11/space1-fish-astronauts.html

11-10-2018 Space1 Fish Small Talk 4.0
https://space1usa.blogspot.com/2018/11/space1-fish-small-talk-40.html

11-09-2018 Space1 Fish Small Talk Upgrade 3.0
https://space1usa.blogspot.com/2018/11/space1-fish-small-talk-upgrade-30.html

11-08-2018 Space1 Fish Small Talk 2.0
https://space1usa.blogspot.com/2018/11/space1-fish-small-talk-20.html

11-07-2018 Space1 Fish Astronaut Training Program
https://space1usa.blogspot.com/2018/11/space1-fish-astronaut-training-program.html

11-06-2018 Space1 Fish Cyborg Density Experiment
https://space1usa.blogspot.com/2018/11/space1-fish-cyborg-density-experiment.html

11-05-2018 Space1 Fish Small Talk 1.0
https://space1usa.blogspot.com/2018/11/space1-fish-small-talk-10.html

11-04-2018 Space1 Cyborg Fish Talk Language
https://space1usa.blogspot.com/2018/11/space1-cyborg-fish-talk-language.html

11-02-2018 Space1 Fish Cyborg for Spaceflight
https://space1usa.blogspot.com/2018/11/space1-fish-cyborg-for-spaceflight.html

Space1 Fish Astronaut Training Program

Learning English and space travel are new to cyborg fish

Fish Astronaut Training Program

Five days ago, Space1 began training a batch of eleven fish astronauts, known as Denizens, for travel into space. The Fish Astronaut Training Program covers the learning of behavior for language communications and executing actions for the space rocket and space ship commander position.

Training is for Fish Small Talk language and habitual response for communications allowing fish to talk and eventually take officer positions on board a rocket and/or space ship. 

After five days of training and new environmental acclimation, ten out of eleven fish have correctly learned the first command response. This proves the South Asian Carinotetraodon is an extremely intelligent fish capable of fast learning. Carinotetraodons are highly observant of their surroundings, being territorial, and are often curious about the environment outside of their tank. They are good studies and have good qualities as a spacefaring species. One goal of SPACE1 is to have missions where humans work alongside other intelligent augmented life forms such as fish, plants, and insect species.