Amidst Giant Rockets, Giant Brains, Giant Robots, Giant Telescopes

New High Density Brain

Big Brains!
Big Rockets!
Big Robots!
Giant Telescopes!

It's a blazing path into the far deep future. The year is counting at 2018. A match made in Heaven - the new move opens up all new laboratories for giant rockets, giant brains, giant robots and giant telescopes. The three labs are connected with a skyscraper observatory telescope complete with a Skyway in the sky that has an AI brain. Brains go into telescopes and into robots that go into rockets. The rockets have rocket brains and the telescope tracks the rocket in space.

This year is a Cardinal celebration for Humanoido and the advancement of innovation, newness, and pushing forward the frontier of space travel, humanoid robotics and machine intelligence. We are now out in the Pacific Ocean at one of the largest laboratories in many years, setting up science and shop. The Big Brain has his own room and is being built into the wall. A new Supertronic Brain is in the works. Special humanoid robots are being designed for rocket space travel. A new rocket fleet is standing by for launching. The massive and giant telescope is now in operation following its First Light celebration. Stay tuned as we begin to report exciting happenings on the evolution of new future science and technology.

http://space1usa.blogspot.com/

Space1 XRocket XMotor

Take out the rubber o-rings from NASA's SRB engine and you essentially have a version of Space1's contiguous safety motor. The safety motor has no fitting dealing with rubber o-rings or a duplicity of physical end to end attachments. The charge is pure and continuous making it the most reliable motor in the industry for space travel. The motor is matched 100% to Space1's largest and most powerful rocket, the XRocket, designed to safely take tourists into space. This is a safety rocket. The massive motor is compatible with recent developments of booster staging, placing the Space1's XRocket into the highest lofting capacity and lifting capacity rocket of all time. This means more astronauts can fit into the spacecraft, astronauts can fly higher, and more supplies and instruments can stow on board.

SPACE1 X-ROCKET X-MOTOR
THURS JULY 23 2015

Space1 contracts with one of the "longest in business" and most reliable suppliers of rocket Engines. This current cycle has included a supply ranging to the most powerful rocket motor supplied by this high technology source.

SPACE1 XMOTOR
This is the powerful Xmotor. Space1 has redesigned a rocket around this motor and is currently in the testing program.

SPACE1 XROCKET
By design, the XRocket is the only rocket in Space1's fleet that can handle the power of the XMotor. The XRocket is fit specifically to the size of the XMotor using fitting retainers.

ROCKET FITTING RETAINER
Space1's rocket fitting retainer is the full XMotor interface machined to fit the XRocket. Boosters and motors both utilize the safety rocket retainer interface.

ASSEMBLY PROGRESS
Work is in tri mode, for developing and testing the XRocket, XMotor installation, and Booster Interface.

Index of SPace1 Web Pages 
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html

Space1 Diversified Rocket Propulsion

F1 rocketdyne gas generator
cycle engine for illustration
only

SPACE1 DIVERSIFIED ROCKET PROPULSION
Space1 venture to open up safe space tourism to the world, has now diversified its means of rocket propulsion. 

This month, Space1 has opened up divisions for the development of new rocket engines using fuel of hydrogen and oxygen under pneumatic control. Dubbed Level 1 rocket technology, these new rockets will be tested and developed at Taiwan's Super Xinyi SpacePort.

This supplements solid black powder rocket motors previously used. Two new unnamed 2015 rockets are currently under construction for the fleets rocket motor diversification. These rocket motors represent a significant reduction in fuel cost, refueling turnaround times, refurbishing, and the time in which a rocket launch can be recycled for the next launch. Pneumatic fuel fed rockets are more safe and can be launched in remote grassland spaceports with complete fire safety protocol.

Both rocket motors are very light weight, however the fuel is much heavier. Tests are being conducted to determine the maximum apogees when the new motors are installed in rockets, and the best delivery methods for space tourism. If chosen, one or both rocket motors can help substantially reduce the cost of going into space, making the price of space tourism realistically affordable.

http://humanoidolabs.blogspot.tw/2015/01/space1-links-in-january-2015.html

Space Place SP

SPACE PLACE SP

Space1 has innovated the use of configurable mobile Space Places, SPs, into the fleet of rockets and missions. SPs are flying electric engine platforms which can be configured into mission directives with a variety of spacecraft vehicles.

Some uses of SPs include space station, observational platform, temp satellite, tether anchor, communications relay, return space plane, outpost in space, mobile spacecraft, reentry tracker, survey station, test mobility unit, Multi-D enabler, and low velocity real time rocket substitute.

Momentum Rocket

MOMENTUM ROCKET
A new COM Conservation of Momentum rocket design is invented to impart six times the launching power and propelling force.

The rocket could theoretically replace Space1's fleet of rockets with a new method of no-cost propellant, and is expected to achieve relatively the same apogee during missions.

The mechanical rocket uses Newton's and the conservation of energy. Energy is imparted to the system initially upon launch which propels the rocket during the duration of flight.

The design includes a thrust ring and six energy conduit feeds. These feeds are then maximized just before launch and the energy is then released. Altitude is expected to be approximately the same as the existing Space1's fleet.

Space1 Space Station

Artistic rendition showing a space station mid-parked as a space vessel veers past

SPACE1 COMPANY WORKS ON SPACE STATION
Space1 company has developed a space station to support its fleet of space rockets.

The space station is capable of making supporting maneuvers within the troposphere, Micro, Next, and Near space, and its primary design goals so far are to support the rockets. This will include photographic missions during the rocket's ascending flight to apogee and descent down to recovery, and possibly the station will assist in search and recovery.

The station is slated for a number of tests including altitude, acceleration and velocity, maintaining a stable flight pattern and hovering, testing of the flight computers, various mission plans, search, rescue, and the ability as a platform to test various rocket functions. It can also serve as a space vessel platform for performing tests on the astronauts at various altitudes and during specific missions.

The first space station has limitations and is only capable of semi permanent supportive positions in space, and must return to the Earth periodically for refueling. The next limitation is about altitude. More tests will be needed to determine this limit. The first station may also have stability issues, in particular when arising to mission position during the outcropping of wind.

There may also be specific downrange limitations to the electronic downlink and uplink. Both telemetry radio links have limited ranges that need to be determined.

SpaceOne Company

A rocket heading to the stratosphere

SPACEONE COMPANY

A spacefaring partnership has inspired SpaceOne Company, to explore the most exciting levels of space as private industry. NASA wants private industry to step up to the plate and offer systems and flights into space. SpaceOne is already stepping up research, design, testing, and construction of aeronautic  systems to uniquely take humans up into the far reaching depths of space.

Humanoido is the Founder/Owner, CEO and Head of Engineering of SpaceOne Company, a new non-government private industry rocket aerospace program designed to give people the experience of going into space.

Our entire concept of space is unique and will enable unusual aspects of humans going up into space, irregardless of their training, background, or critical resources. We expect to find ways to take human experience into space with affordable constructs and with little or no space experience.

This will allow people to focus on enjoying the trip into space and experiencing its effects. Using our techniques, designs call for a fleet of rockets, a flyable space place, and an outpost in space. Space tourism, flights through Micro Space, Next Space, Near Space and beyond are potential reality.

The first flights are suborbital tests with a large size rocket and reentry to reclaim scientific instruments and reusable parts of the craft for multiple flights. Off the shelf refueled engines provide rapid turn around time for the next succession of flights.

The company is located privately in two countries, with a research facility, a laboratory, and a space flight center for departures into space at each country.

The company is split into three determinant and incremental phased goals, each involving a progression of rockets, instrumentation, electronics, engines, robotics, telemetry, optics, and additional craft development.