Space1 Space Suit

Work on the Space Suit will increase
For security reasons, the actual space
suit cannot be shown. 

SPACE1 SPACE TOURISM
SPACE1 SPACE SUIT
SPACE1 ASTRONAUT CORE SPACE SUIT

Space1 has entered the Asian test zone, for the development of the current round of tests on one of the highest technology portions of the Safety Rocket involving the Space Suit.

Space1's RPL Rocket Propulsion Lab and Space Center are now creating a space suit to handle the functions required for safe space flight and tourism to Space Apogee in suborbital flights.

SCHEDULE: From December 10th, 2015 through March 2016, the center will actively work on the space suit with testing, new designs, and improvements for space flight. The space suit has an initial array of space sensors and devices that include the following:

* GFORCE SENSOR
* GFORCE LIMITING DEVICE
* VIBRATION ORRAY
* VIBRATION TRANFUSOR
* WEIGHTLESSNESS UNIT
* SOUND TRANSMUTATOR
* PROCESSORS

Work has progressed for approximately a year on the glove, suit, and helmet.  Part of this work includes communications and the continued miniaturization of components.

The sensors report to the Space Komputer for processing, analysis, and display. The Space Komputer currently uses an eight core chip, with enhancements to achieve greater 1,000 processor density per core. In the largest configuration, the SK has 240,000 computer processor cores. Smaller configurations are being tested with high densities.

Other Side of the World

OTHER SIDE OF THE WORLD
If you travel to the other side of the world, from America to Asia, expect some very interesting things are are "equal but opposite."

For example, my home town is cold in the winter and when the wind picks up, we have a chill factor index. So if the actual temperature is -12 degrees, a wind can take this down to -50 degrees.

In Asia close to the tropical zone, the opposite happens. The actual temp may be 70 but the heat index (in the shade) can go up to 80 or more.

Humanoido Labs Skyscraper

HUMANOIDO LABS SKYSCRAPER

We are looking at acquiring and/or designing a Humanoido Labs Skyscraper.

This project has many current ideas, inclusive of new property with a garage, multiple floors, possible duplexing, and possible fix it up potential stats for custom occupancy by the Big Brain. The Big Brain would continue to grow into this space, perhaps endlessly.

The Humanoido Labs skyscraper could be home to many science divisions and offer room for a lifetime of continuing expansion into the Asian Arena where humanoids are most predominant.

It could also serve as a company division for the manufacturing and distribution of robotic brains and science invention worldwide.

The skyscraper would have have a rooftop observatory to supplement the array of powerful space telescopes.

Other divisions and levels could include a home for living, tool room, parts inventory, Big Brain Occupancy, Cybernetics and humanoid room, garage for various land and air vehicles, a business and office area, recreational conditioning room, hydroponics and garden, storage, invention room, work room, meeting room, electronics and optics space, and other stuff...

The roof would contain a telescope observatory and a heli pad for the landing of a small aircraft. It would also serve as the launch pad for various test spacecraft for a space program.

Suitable locations include big city, developed mountain, and area with grocery stores, hospitals, and other amenities within biking and driving distance.

CREDITS & LINKS
Skyscraper floor 3D model, TuboSquid, GhaithB
http://www.turbosquid.com/3d-models/skyscraper-floor-3d-model/616177

Temporary Humanoido Lab in Seoul South Korea

Source Map of Asia, Korea, Japan, China

TEMPORARY HUMANOIDO LAB IN SEOUL SOUTH KOREA
Humanoido Labs is preparing to set up a temporary Summer-time laboratory in Seoul South Korea.

The primary purpose of the new lab is short term humanoid robot science study and technology related. It will include secondary studies in robotics, Korean language for humanoid programming, and culture. Assessment will also include a daytime and nighttime observatory to examine the sky for particulates content and to determine a rating for astronomical observations and various related space science endeavors. The lab will conduct meetings, study various locations, perform scientific studies, do exploration, and formulate conclusions. Enroute, the Humanoido Portable In-Transit Lab will also be in effect.

The rise of the humanoid robot is more pronounced in the Asian arena. Key humanoid robotics players include almost every major country in Asia. South Korea has introduced competitive humanoids in the market place, in competitions and captured first time records of walking and highly functional products.

In the past, Humanoido Labs established both long term and short term labs in the USA, Canada, Hong Kong, Taiwan, Japan, Shanghai, Beijing, Tianjin, Indonesia, Macao, and other locations. A mobile transit lab also exists that can remain in flight without a parent country. A Mobile Transport Lab was flown over the North Pole and collected data. The Big Brain Initiative, USA - Ultra Space Administration, DSC - Deep Space Center, are divisions of Humanoido Laboratories.

HUMANOIDO LABS LINKS
The First Humanoido Lab
http://humanoidolabs.blogspot.tw/2013/01/the-first-humanoido-lab.html
Humanoido Labs List
http://humanoidolabs.blogspot.tw/2012/06/humanoido-labs-list.html
Construction Lab
http://humanoidolabs.blogspot.tw/2012/12/construction-lab.html
Big Brain Consolidation Lab
http://humanoidolabs.blogspot.tw/2012/06/big-brain-consolidation-lab.html
Update Laboratory
http://humanoidolabs.blogspot.tw/2013/01/update.html 
Temporary Humanoido Lab in Seoul South Korea
http://humanoidolabs.blogspot.tw/2013/06/temporary-humanoido-lab-in-seoul-south.html

Near Space Launch Morning May 2

The clock was ticking the countdown to an early morning launch

NEAR SPACE LAUNCH ON MAY 2, 2013

Robotic flight machine at the launch site

The morning time Near Space launch was well underway by 8:30 am for this new suborbital space flight. 

The goal was to test GPS positioning hardware and software 7.2 miles altitude in Near Space above the Sea of China, and to test the new Tiny Space Telescope during the daytime, pointed at the Sun for celestial navigation positioning.

Space Administration Asian launch map with key cities

A weather front blocked viewing above 7.2 miles

At 9:30 am, observations were being recorded for altitude, temperature, spacecraft elapsed time, comparative ground speed, space imagery, compass, distance and time to reentry position.

GPS and cell phones with GPS did not work due to blocked signals. The spacecraft was never positioned where the cockpit window viewed the sun and the telescope was not useful. No fix on any sun-like celestial object was possible. Internet did not work and instruments reporting from internet failed.

Agency trucks and equipment transports

Realtime weather reporting did not work. There was no access to WiFi and Carrier Services failed.

Localized in-flight cockpit instruments, like the magnetic compass, were fully functional. iPhone localized apps were fully functional.

Magnetic Compass app fully functional

At 7.2 miles altitude, an unusual haze appeared above, blocking daytime observations of stars and planets with the telescope.

The Moon was not visible through the cockpit window (The Moon was an early morning object in Last Quarter phase and positioned at 2 am, outside the time frame of this space flight). No daytime data was collected through the telescope.

Tenuous weather above 7.2 miles

Overcast skies and a mountain range were visible during final reentry approach

Left: Near Space is seen at 7.2 miles high. Note the unusual light tenuous clouds not seen in other Near Space flights. This image is unprocessed. Usually the sky above the 6-mile mark is very clear.

Another image, shown above, has heavy processing to show the details of these light tenuous wisps of banding weather front clouds. These bands could interfere with space telescope operations causing light absorption and limiting stellar magnitude.

Looking down on the Earth, all throughout the flight, only complete cloud cover was monitored. The launch was overcast and so was the reentry. Note the special panorama image taken during reentry and final approach, showing overcast skies, haze and mist, and mountains. Landing occurred at the base of these mountains at an unspecified location.

Interesting English

Photo 1

INTERESTING ENGLISH

Photo 2

This area will become the collection point for very interesting English with humorous takes and that ultra wacky English we call Chinglish, collected during travel throughout Asia.

Photo 3

The first addition, Photo 1, is the "Perfect comfortable Pharmacy." At first, we were not sure what makes it so comfortable and perfect. Then we realized it was indeed more clean, more new, more neat, and more organized than the other pharmacies we had seen.

Photo 2 shows a store selling bags. The sign is not so sure, is it the "Best Place or Trendy Bags?"

Photo 3 shows a very interesting shoe shop. It's the "comma shoe shop." The bit of twisted grammar indicates the comma may be in the wrong place! ... or when the translator made the translation from Chinese to English, the inclusive "comma" was literally spelled out. Welcome to Chinglish!

Photo 4

In photo 4 we see a store that sells living small appliances. We guess these are the latest crop of intelligent thinking machines that are alive. Live machines maintain life by automatic charging feeding stations.

Photo 5

Tshirts also have interesting English. In photo 5 we see a fake Levi shirt exclaiming the Fresh Dutdors.

Photo 6

Photo 6 also has a wealth strange of English errors.

hourly - hourish
revitalize - recitalise
skin, keep - skin,keep
skin - shin

We're not too certain about the correct spelling of porsjie. 

December Space Launch One

BIG BRAIN SPACE EXPLORATION
DECEMBER SPACE LAUNCH ONE

During flight: "Near Space" Spacecraft rises miles above Earth based clouds. Image study reveals four zones of atmosphere.

BIG BRAIN has authorized numerous space launches to explore the territory known as Near Space. These are the concluding two December launches for the remainder of 2012. The highest Big Brain budget is currently for space exploration.

Big Brain has a robust Space Exploration Initiative, exploring nine different types of space (see chart). Thus far, the Big Brain has launched humans into Near Space but not beyond. Exo Space and Quantum Space are currently explored with theories and ground based experiments.

There were two Big Brain initiated successful spacecraft launches and landings during December. The first spacecraft launch journey into near space on December 8 reached about six to seven miles in altitude above the Earth. Data collected and flight information recorded included aerial photography, date and time, temperature, relative ground speed, and altitude. Eighteen instruments were lofted. With the exception of the thermodynamic readings, instruments were kept in a heated and pressurized capsule. Data is currently being analyzed. Summary reports, conclusions and updates will appear within this blog in the futures as they become available.

http://humanoidolabs.blogspot.tw/search?q=prime+directive
The Big Brain has embarked on one of the grandest scientific journeys though the deepest dimensional regions of space and time, and has issued the Prime Directive for the ride of a lifetime. We dare you to open your mind, fasten your cosmic seat belt, and join in, sharing this real ultimate mind bending and expanding exploration!

This flight marks the fourth documented trip into space and the third journey made by a human. The first flight launched Insectronauts by rocket in 2011. http://humanoidolabs.blogspot.tw/2012/10/journey-into-next-space.html
 

Aerial image captured shortly after launch depicts rain conditions and ground rapidly moving away. Still visible are man-made structures and rivers.        

Initial takeoff conditions were rainy, overcast, drizzling, with 100% relative humidity. These conditions were unimportant as the flight, within minutes, would transcend above the weather.

High altitude aerial image transcended above the weather at a large clear zone in between two vast cloud layers

The 150-minute in flight daytime trajectory was above Asian air space from East to West. During flight, the thermometer spanned from about +64 at take-off to -30 degrees F. at the higher altitude approaching the upper 6.8 mile range.

Two immediate non-craft flight data computers were used, one for seventeen instruments management and one for the camera.

Approximate Space Flight Cost Analysis
2.5 Hour Flight on December 8th
Transport to/from Launch Site $70
Space Craft $900
17 instruments $450*
Aerial Photography Equipment $500*
Management Resources $400
Water, Food $27**
Subtotal $2,320.00
*cost for amortization
**not included

The combined payload weight was around 420 pounds. This is about $5.53 per pound of payload launched into space. It equals a cost of $15.47 per minute of space travel. While space launches for Insectronauts into Micro Space is free, from available recycled components, launching a man into space is considerably more critical, complex, time consuming, and costly. It also involves complicated scheduling that must be followed by numerous divisions. By comparison, NASA shuttle flights were at a cost of  $4,729  to $10,416. per pound. This is one thousand to two thousand times more expensive than the Big Brain's flight cost (and involves orbital space). See links for details and flight differences.

[PDF] Space Transportation Costs: Trends in Price Per Pound to Orbit
www.futron.com/.../Space_Transportation_Costs_Trends_0902.pdf

In this study, the average cost is up to $11,243.
http://www.spaceref.com/news/viewnews.html?id=301

DISCOVERY
This flight lays the foundation for defining the upper atmospheric limits and confirms the validity of launching and landing during rainy weather conditions. It studies the height and characteristics of weather strata and marks important information necessary for both manned and robotic exploration. The Aerial Photography Program shows definitive atmospheric layers. It shows a stratus in between varying weather dynamics. Confirmed are temperatures at various altitudes are correlated to atmospheric densities based on the APP. The flight sets parameters for both manned and unmanned exploration at these altitudes and immediately beyond. The Big Brain seeks to discover weather patterns and details in the upper atmosphere and lower limits of space, primarily for potential space craft design, flight and navigation. As a reminder for this program, space craft can hoist tethers, various astronauts, scientific equipment, temporary satellites, data collection devices, mapping of atmosphere imaging equipment, and additional "for release" spacecraft.

THE PRIME DIRECTIVE
http://humanoidolabs.blogspot.tw/search?q=prime+directive 
Voyage to and beyond the stars, grasp the inexplicable unknown, boldly reach the mysterious edge of the Universe, bravely explore what lies beyond the great Cosmic barrier, discover strange new exotic worlds, reach farther than what's known into the untrespassed sanctity of transcending dimensions of space and time... |the end is only just the beginning.|

Previous Documented Launches
http://humanoidolabs.blogspot.tw/2012/10/journey-into-next-space.html

This flight program is in cooperation with other non-manned space exploration by Big Brain initiatives.

Jet Stream

BIG BRAIN MONITORS JET STREAM TO SEE THE UNIVERSE

The Jet Stream above Asia

Reference Map of Asia

The Big Brain has devised a way to see the Universe through crystal clear seeing conditions by monitoring the Jet Stream. The Jet Stream is a fast changing high velocity wind vortex in the upper atmosphere that grossly degrades seeing conditions. By going to this site, the Brain can monitor and view Jet stream conditions and know when to conduct telescopic observational programs extending to other planets and the far reaches of the galaxy and Universe. Look for gaps and holes, curvatures where the Jet Stream is absent. Maps are available for most world locations and include additional important climatology maps such as visibility, wind, dew point, humidity, wind chill, heat index and temperature. (source of land reference maps)