SpaceOne! Magazine

SPACEONE! MAGAZINE
The aerospace company SpaceOne is working on a new rocket magazine, named SpaceOne!

Thus far, the magazine is currently kept in-house under wraps, and not ready for release. It's expected to be released when the products it describes become available. SpaceOne! began as a simple newsletter and quickly filled up with remarkable layouts and interesting rocket science, thus transforming into a full fledged magazine with many illustrations and exciting space projects.

SpaceOne Sets Records

SPACEONE SETS RECORDS
The new SpaceOne company, founded by Humanoido in January of 2014, is setting records by exceeding 60 paramount projects related to the construction of rockets to take special human related payloads into space.

Some of the bigger projects include the M1, a very large metal casing rocket, and the Zeus rocket series with the first Argus 1 to take multiple payloads into space.

SpaceOne's mainstay rocket in the Intl Enterprise, an international rocket designed to fly two countries and reach unguided suborbital apogee.

SpaceOne is operating in private industry, not under government control, and has a heavily shrouded program that has not yet unveiled its principle product.

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.

Blast Off Into Space

Floating in Near Space, the spacecraft appeared in the foreground in this view photographed when looking back at planet Earth. The fight and mission is a Big Brain Machine space exploration initiative funded by the Big Brain program and the Humanoido Lab Foundation and investors. The spacecraft is leased from Mainland China and successfully launches one American into space and makes a safe retrieval during the mission.

BIG BRAIN MACHINE'S SPACE PROGRAM
BLAST OFF INTO SPACE
Saturday January 4th, 2014

With the first Manned Mission in January of 2014, the Big Brain's robust space program launched a morning craft into Near Space. The launch and flight were successful and the entire mission went relatively smooth without a hitch.

The swinging camera in space sadly recorded vast death dominions of poisonous upper atmosphere clouds and a blanket of gray matter atmospheric pollution, with life threatening smog, extending as far as the space eye could see over the Asian continent, attributed to fierce industrial manufacturing, the release of deadly chemicals, burning of garbage and horrific release of dangerous gas and particulate matter.

Enhanced photo - Earth pollution gradient level studies

Studies included a photographic mission, atmospheric phenomena, the transit of Earth horizon atmospheric gradients, content and water vapor relative to altitude, early low level cloud formation, and numerous other studies.

The Earth cartography mission was abandoned due to ground level pollution and smog being at an all time high level. This changed the mission to one of a deadly smog and pollution study.

Large machine aerospace hydrodynamic pump

The spacecraft reached about 7 miles altitude with a downrange speed of 486 mph. Temps reached -46 deg. F. in space when the downrange distance of 185 miles was exceeded.

A RESTRICTED AREA  Area 27 is like a vacated ghost town with no residents or apparent occupancy. It has this large unknown structure for dealing with spacecraft launching. No information is available regarding its purpose. Other than a launch deliver hatch housing, most objects are simply unidentifiable. Photo was shot through several reflective windows causing some reflections of various posted signs.

One known glitch is the lack of space craft air regulation and most of the flight was excessive in heat causing the astronaut undue discomfort. This is a common anomaly in Chinese origin or modified craft. This is also due to pressure of the spacecraft and the lack of thermally environmentally controlled individual space suits to keep the missions on a minimal budget. At this time, budget missions do not include space walks.

The higher the altitude, rising above pollution, the darker space became. At this altitude, the Earth itself is still too bright with a lot of reflected sunlight causing the inability to see objects in the galaxy or solar system. This is because the flights are suborbital in daylight for various reasons. No stars or planets were seen.

As usual in these space missions, some equipment is photographed for the mission. This is presumably the pump for highly refined and maximum rocket fuel delivery to fill the tanks on the craft.

Area 27 is off limits and has presumably a very large tracking station on top of the spacecraft center regional housing structure as seen through this reflective window shot. Though we cannot be sure of its purpose, it could also serve as a massive device to vent strange materials or toxic production gases.

The roof is geometrically sinusoidal in shape and houses the giant duct appearing device within the low negative slope of the roof. Several man sized objects are visible however it's strange that no people are in this vicinity.

Mini Space Shuttle

Mini Shuttle smaller than the X37

BIG MACHINE BRAIN SUGGESTS MINI SPACE SHUTTLE CONSTRUCT

Overall design with cargo bay

Big enough to ferry an astronaut and supplies, small enough for space hoisting by private industry...

We're not sure why the electric machine Big Brain wants one of these. Perhaps it's to carry up a space telescope and parts, to study new machines in space, to assemble something, help save the Earth, rescue an astronaut, act as a life boat for the ISS Space Station, or make trips to the Moon.

The illustrative design is originally based on the X-37 from NASA and the recent X-37b from the USA Air Force. While the X37b is secretive, the proposed mini shuttle would operate for the Big Brain directive. The proposed MS would be substantially smaller than depicted here.

Of course the Experiment bay would be outfitted with astronaut seating, the control panel would be designed for a pilot, and supplies would stow under the seating.

Reentry with fire resistant fabric

The craft would have gliding capabilities during reentry and landing. The Mini Shuttle MS could visit space by riding in the cargo bay of larger rockets and return under its own capability.

Suggestions for enhancing the mini space shuttle craft include solar panels for extended stays in

Docking with the Space Station

space, small size for fit into rocket nose cone, light weight for minimal launch cost, hatch and payload bay doors for space walks/ mini satellite deployments/ observations with a space telescope and storage for extended stays in space (food, water, toilet packaging and ejection system) and air

Equipped for passengers

re-pressurization system for visiting and docking with other spacecraft, space stations, and space hotels.

Deploying solar panels

One design suggestion for the reusable space craft is a heat resistant replaceable fabric for fiery reentries into the Earth's atmosphere. Also the craft could orbit the Moon, observe through telescopes, and deploy tiny satellites and landers to the surface. The MS could also leave behind mini orbiters with capability of telescopes, radio transponders and relay stations.

Another design is for rescue. Maneuvering thrusters enable the craft to go to retrieve an astronaut flung out into space

One pilot

from the space station or other ship or retrieve an astronaut from an error in a space walk. In case of emergency, an astronaut from the space station could space walk to the mini shuttle and return to the Earth. The two passenger seats collapse flat to carry one injured or sick person. The craft could hold three, one of which is the pilot.

It's also determined the craft space could be configured the same size as a small Japanese or Chinese apartment with all spartan yet efficient amenities for longer stays living in space. The craft could also conduct limited space tours of orbital Earth and the Moon, plus offer spectacular sky views in space for not only tourism but scientific research.

Astronaut EVA out of the mini shuttle

LINKS
http://www.nasaspaceflight.com/2013/03/x-37b-expanded-capabilities-iss-missions/

Photo Credits: NASA,
iTunes APP Astronaut Spacewalk by Jorge Hernandez
https://itunes.apple.com/app/astronaut-spacewalk/id540221533?mt=8

Dream Chaser concept

Is the mini shuttle already built in the form of dream chaser? Read more at the links.

http://www.nasaspaceflight.com/2013/12/dream-chaser-ccdev-2-green-light-nasa/

http://www.nasaspaceflight.com/2012/08/dream-chaser-space-shuttles-legacy-advantage/

http://www.nasaspaceflight.com/2012/08/nasa-ccicap-funding-spacex-boeing-sncs-crew-vehicles/

It's possible to send up one astronaut specifically as a systems specialist to repair space equipment when a mini space shuttle is in operation. Astronaut Rick Mastracchio is shown space walking outside the ISS International Space Station. Credit: NASA

"Dream Chaser – which is a reusable lifting body vehicle based on the form of NASA Langley’s HL-20 spaceplane concept from the 1980s – can land on a conventional runway, unlike all of its capsule-based competitors. The plan is for Dream Chaser to land at the Shuttle Landing Facility (SLF) at KSC." NASA

The Dream Chaser is a crewed suborbital and orbital^[7] vertical-takeoff, horizontal-landing (VTHL) lifting-body spaceplane being developed by Sierra Nevada Corporation (SNC) Space Systems. The Dream Chaser is designed to carry up to seven people to and from low Earth orbit. The vehicle would launch vertically on an Atlas V rocket and land horizontally on conventional runways. Wikipedia
^{http://en.wikipedia.org/wiki/Dream_Chaser}

Own Your Own Island

OWN YOUR OWN ISLAND
Want to claim an island and start your own country?

There are hundreds of thousands of tiny islands spread throughout the oceans of the world, many of which are uninhibited and waiting to be claimed. Many of these islands are built up from oozing volcanoes bringing forth magma and Earth core materials, including rare metals to the surface, some of which are rich in valuable ore deposits waiting to be mined and claimed.

Healthy seafood

Don't choose any island too close to land, or the adjacent country will supersede you with their own claim on the island and surrounding water. The Earth is continually geologically active and volcanoes are continuing to make more and more islands, so the cycle is never ending. There are additional benefits in the form of grants and investment money to those who can show a serious effort to establish their own country for development of their island. This may include the development of roads and infrastructure, water development, housing and energy sources.

There are other good sense rules to follow. Island selection should take place during lunar high tide, and be sure to calculate the highest height of waves from typhoons and other bad weather storms. The island must be elevated high enough so as not to go underwater at these times. Islands always have the danger from impending rogue killer waves, tsunami, earthquake, and severe storms so emergency plans must be in effect at all times. It helps to choose an island not situated on the top of an active volcano.

It affords an opportunity to create a new high technology space age city with import gains from tourism. Access to the island by boat will sidestep the expense and eco damage of airports. Invest in non polluting clean technology.

Strategic island location nearest a populated region to minimize transit time will be beneficial. Choosing a latitude and longitude to minimize heating and cooling will be helpful. A sunny location can facilitate solar panels.

The minimum number of homes can be small and isolated to their own solar grid for electricity. Water waves and wind can also generate electricity. Some of the greatest science can be accomplished from an observatory at this location to study the night sky and deep ocean life. Apartments will be needed to host visiting research scientists. Marine biologists will also want to study the region and oceanographers will map and categorize benefits of the reef and evolving island geo-activity, bringing in more activity, trade, and investment.

Conservation will be an important part of your island plan, such as the planting of new trees and useful vegetation. Edible coconuts and natural fruit and berry bushes and trees will serve as a food supplement and attract birds that will keep down the bug and mosquito populations. The island could have one 7-11 stockpile store for all your needs. Boat will provide shipping needs and transport people to and from the island. Internet is by satellite service. Home lighting may be provided by resettable pendulum weight generators. Other challenges will need to be solved regarding cooking stoves and a waste disposal system.

Food will primarily come from the ocean, as fish, shrimp, crabs, clams, scallops, lobster, sea vegetables, etc. The Big Brain envisions large net machines that automatically traverse underwater and robotically collect fish.

Perhaps the Big Brain could occupy an entire island such as this.