Space1 High Speed Plane

High Speed Plane
As drones are slow pokes when it comes to the speed of rockets, SPACE1 is examining taking on a new division of high speed planes to play catch up with new rocket launches within the aerodynamic framework of sky boundaries leading up to space.

High speed dynamic wireless and/or piloted planes with designs such as the Hypered Elemental One (HEO) are in the works.

The new craft division will introduce a quarry of planes to the SPACE1 Flight Dynamics Division that support rockets on their initial journey through the Troposphere. The HEO is equipped with multiple high speed forward looking cameras to examine rocket missions during their upward aerodynamic leg of the journey. As the HEO is capable of climbing and diving, along with split second maneuvering, it can cover many angles of mission exposure for analysis of flight dynamics. The HEO is expected to supplement the aircraft division which already contains around 50 drones, SPACE1 Space Planes, and Delta Wing Flyer return vehicles. With development of concurrent lunar missions in 2019 and the ramping up of Mars missions in 2020, the HEO may receive a variable delegation of developmental assignments as time progresses. The high speed vehicle HEO pilot will use reality augmentation to fly the vehicles.

Space1 Prodigy Mission

Dawn of a new era in space

Space1 Prodigy Mission

Space1 has designed the Prodigy Mission, an exciting bold new adventure, an adrenalin pumping experience for adventurous space tourists wishing to experience the unknown to the max.

The learning experience of a Prodigy Mission is fantastic, exciting, daring, and multiple fold. It will provide experiences of many exciting events such as apogical weightlessness, time travel or ejecting from space and flying like Iron Man. Part of the Prodigy Mission is a Rocket Education package for those wishing to learn more about rocket space flights and then experiencing it through an actual space touring mission.

The Prodigy Mission is a choice of exciting daring prodigy events in which the tourist may choose the outcome. Some of the possible events considered for the future are listed below. Actual missions may vary depending on the status of the developed technology.

* Ejecting from the rocket
* Flying back to the Earth like Iron Man
* Undergoing time travel
* Flying back to Earth in a space plane
* Dimensional travel, the Q dimension or other
* Viewing spectacular little known Interspatial Worlds
* Flying through the Abyss
* Viewing bubble or particle realms of blazing colors

Space1 Contact
http://space1usa.blogspot.tw/2017/06/space1-contact.html
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Space1 Index Big Brain Site Prior to 2014
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Space1 Profile 2017
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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 Current, New & Impending Systems

NASA - welding a liquid oxygen tank for a new space launch system

Space1 takes an overview look at current, new and impending space systems created within its private space venture over the past several years.

S1 has a great vision for the future of safe space tourism. Some of the world's greatest projects have already taken shape and form according the list below.

Safety Rocket
Invented by the founder of space1, the world's first safety rocket keeps space travelers and space tourists safe throughout the space mission.

Space Station
The space station has seen an evolution of styles, models and incarnations. The newest design remarkable and prebuilt, simply flown into space where it remains part of the rocket.

Space Plane
Space1 created two space planes, a smaller version of a NASA Space Shuttle. This plane reaches apogee when connected to the Safety Rocket, and glides back to the Earth for landing.

Delta Wing Flyer
The Delta Wing Flyer is the latest and newest version of the Space Plane. Built primarily for gliding, return flights home, it also becomes part of the Safety Rocket fins for stability during the launch and traversing the Troposphere. The Flyer has many functions, such as supplying air, water, food, space repairs, return life craft, extension of the space station, and a self contained station.

Space Suit
The Space Suit provides many functions to the astronaut making space missions possible.

Space Computer
The Space Computer coordinates the rocket and the space suit and handles space parameters including the manipulation and control of time and space.

Ejectables
Daring and exciting Ejectables are personna programs to exit the rocket at apogee and free fall back to the Earth, in a superhero style of flying.

Space Port
A Space Port is a special location where rockets are launched and tests are conducted.

Satellite
A satellite is dropped from the rocket during certain stages of the mission.

Space Telescope
The Space Telescope is designed for observations and reconnaissance from space.

Telemetry System
The Space1 Telemetry System is multi-purposed and perhaps one of the most technological part of the venture, for example, coordinating communications, navigation, imaging, advanced programs and recovery.

Support Space Craft
Space Craft support space missions and hold many forms. Some are engine driven, others are gliders, some can traverse space and others are expansion modules.

Space Car
The Space Car is an Earth-based cross country vehicle for transporting across fields and rough terrain to pick up astronauts, ejectables, payloads and recyclable components and crafts.

Space Hangar
The Portable Space Hangar houses a work area and storage area for Space1 systems.

Space Observatory
The Space Observatory is designed to support launch missions, keep track of space weather such as solar storms, and provide research and a vision to the future of space tourism.

Titan Moon Explorer Robot
This robot is designed to land on Saturn's moon Titan and return environmental data and images.

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Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html

Space1 Delta Wing Flyer Views & Operation

A future flyer is upgraded for deeper missions in space

Space1 shows artistic conceptual views of the new Delta Wing Flyer DWF. The DWF is based on the success of Space1's space planes, gliding reentry vehicles that return astronauts to the Earth.

The DWF is built completely on the Earth and is taken into space attached to the Safety Rocket. At apogee, the DWF is mechanically released and the craft automatically returns to the Earth in a special gliding mode. The automatic gliding mode is

Multiple Delta Wing Flyers serve the rocket space station

Delta Wing conception with thrust engines

reprogrammed and dissipates kinetic energy of reentry without the need for heat shields or bulky devices. Delta Wing Flyers are intended as multipurpose. When attached to the Safety rocket at the time of rocket launch, they can serve to hold supplies, air,
water, and other necessities for life in the space station. Upon return to the Earth, the DWF is relatively empty for the most effective gliding ability.

Functions of the Delta Wing Flyer
* Functional support to the rocket space station
* Standard return vehicle
* Emergency station
* Storage vessel of air, food, supplies
* Functional part of the Safety Rocket offering flight stability
* Small outpost in space
* Increase to the size of the rocket space station
* Assist space walks at greater distances from the main station
* Flyer to inspect the main station
* Host vessel for space telescope, satellites
* Observation outpost in space
* As a shield during solar storms and supernova

Space1 Home
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Space1 Humanoido Directive

from the office of Humanoido - Founder, Owner and CEO of Space1 Wednesday March 1, 2017

Model of the rocket and fliers

SPACE DIRECTIVE
Effective immediately, I have commissioned Space1 for the construction of a great rocket, one that is multi-purposed,
looking at a mission with astronauts, humanoids, space station, and delta winged space planes all rolled into one.

The new Space1 directive has the formula for a great new rocket mission in space using our space ready astronauts, humanoids, safety rocket, twin space planes (for return missions, touring, inspections, etc.), and the newly invented space station.

We are particularly interested in the development of the new rocket that will accommodate our new astronauts. This is the first rocket that will be used for promo, photography, and articles about our quest. The vid could be extremely dramatic with our suited AI humanoids walking along the gantry and entering into the rocket capsule for the first mission.

I have already completed a very large six-engines craft in 2014-2015 to hover above the launch site and shoot the rocket as it's launched and passes by in space. I think the views will be spectacular for assembling a space movie and commentary. It should gain many more followers, and new interest in an instant for members and the new financiers.

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Space1 Delta Wing Flyer

Concept dual delta wing flyers

FANTASTIC ROCKET PLANE IS BORN!
Space1 has two rocket mounted small space shuttles in the fleet hangar that can go into space by means of the Safety Rocket and return under their own glide ability and land safely on Terra. The test rocket planes have proven reliable and useful in every test, their valuable service contributing greatly to the mission.

New Space Flyer

Plans to build a delta wing flyer model

Now it's time to upgrade the entire service and concept. In 2017, these shuttles are modified by design to increase their functionality not only as flying spacecrafts but also to impart significant new functionality and purpose to the lofting rocket. In other words, a new space flyer becomes part of the rocket, then detaches at will when in space for other functions.

Delta Wing model

Introducing the Delta Wing Flyer
The new name is Delta Wing Flyer. The Delta wing shape is more ideal for the purpose of adding twin fins function to the rocket for primary stability. For safety design reasons, the fliers are not powered by dangerous black powder or liquid fueled engines.

Transformer Space Functions
When in space, the delta fin function is no longer needed, the rocket becomes a space station, and the twin Delta Wing Flyers detach for taking astronauts back to Terra. The flyers can also become part of the space tourist package, and can be used for inspection trips around the space station and to see objects in space. The crafts can assist in station repairs with supplies, materials and tools.

Another style model

Flying In Space
The craft does have a powered engine. When in space, the Delta Wing Flyer can detach from the rocket and fly around with a compressed air powered engine and retro orientation nozzles distributed around the craft. The air engine can also serve as a backup in the event that more air is required for astronauts when in space.

Transporting Supplies
The twin flyers hold food, water, air, and supplies when initially transporting to space. Once in space, the supplies are transferred to the rocket space station as needed until the return flight or space tour.

Delta Wing Flyer design with two cabin windows

New Lossless Air Dock
Docked Delta Wing Flyers have an airlock for transfer to and from the rocket space station without any air loss. Lossless air design is a special lock to ensure the full use of all air available in space and to see that nothing is wasted. To accomplish this, the flyer is kept pressurized with air before, during and after transfers.

Fin Design
The delta wings, in the way the mounting is designed, are equivalent to four rocket fins. This design provides maximum rocket stability during rocket flight preventing or minimizing rocket rotation.

Element of Safety
As an added element of safety, the Delta Wing Flyer can serve as a backup limited short term space station in the event of the primary space station taking a large particle hit or other occurring anomaly.

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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 Tiny Space Shuttle

Space1 continues preparation towards the launch of a tiny space shuttle, large enough to transport equipment and personnel into space, and small enough to be flown back to the Earth, recovered and reused.

The space plane is designed to be flown with or without a pilot. The shuttle is ideal in supplementing Space1's objective for space tourism.

This year, the Space1 fleet now expands to two developed shuttles and scheduled tests at the USA Spaceport.

The shuttle is a space plane and part of a rocket system to loft the plane into space whereupon the craft will reenter upon mission completion for the trip home. It remains to be seen exactly how many space tourist will ride inside the space plane.

The powerful engine is contained inside the rocket system, making the space plane extremely light and ideal for lofting and gliding. The plane uses NWM, Near Weightless Material, which is machined to conformity.

Space1 Index

Space1 Massive Drone

NASA's version of a large pilot-less drone

BREAKING NEWS: Space1, an non-military private space venture directed by Humanoido, has vested in very large and massive rc crafts inclusive of giant non-manned planes and SOTA drones that can support space rockets during the troposphere phase and penetrate the JS boundary.

Investment includes a massive multi-rotor drone, as there are no drone rules in the country. However, the Monsoon weather of constant rain has temporarily shut down the drone program. The big drone is currently stored in a second stage dedicated hangar construct. Space1 looks forward to exploring the large payload aspect of this big MF device.

Space1 developed a heavyweight FPV system for pilotless flying at long ranges, miles away. This will function with Space1's space craft base stations as well. Very exciting  news includes one config to serve as a tropo driver, taking ATM pile driver stuff to the edge of space.

Space1 Index 

Space1 Programming Rockets

Not everything in the technical world of rockets and computers has numerical code programming. By definition,  instructions written by a programmer in a programming language are often called source code. In the case of Space1 and the Safety Rocket, as well as the Rocket Space Plane RSP, programming is induced non-numerically.

To hard program the RSP for example, a flight path is created by adjusting the plane's dimensions and attributes, as well as flight parameters. This can include free fall and gliding velocity, weight and balance, trim, positions of ailerons and tail, attitude, wind and direction, and additional flight parameters.

For example, a glider can be hardware programmed to take an autonomous spiral glide flight return path to the Earth without the interactions of intelligent man or machine.

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

Space1 Secret Rocket Space Plane

Illustration - early concept rocket space plane at the fringe of troposphere space - NASA

Little has been released about Space1's secret rocket space plane. Blogs at the Big Brain web site rarely touched topic with space planes. (see Mini Space Shuttle http://humanoidolabs.blogspot.tw/2013/12/mini-space-shuttle.html)

Project RSP has remained in development a number of years and includes the design of space planes that will be taken to the outer fringes of special space by a powerful Space1 rocket, then clamp released for an exciting journey back to the Earth. RSP at this time is designed as a "pre-programmed" aerodynamic glider with enough energy to navigate back to a predesignated landing port. It's anticipated that E-pilots will fly the wind-swept craft taking tourists on a thrilling roller coaster type ride for the greatest Adrenalin rush. Space1 has built two test rocket space planes which are hangar-kept and awaiting their maiden voyages, perhaps sometime in 2016.

From birth to mothballs - NASA flew the shuttle from 1981 through July 21, 2011

The rocket space plane RSP is fully reusable and is designed as cold craft not reaching excess temperatures that the NASA space shuttle experienced during reentry. Thus, the RSP doe not require expensive and dangerous tiles. Manufacturing costs are kept minimal, ensuring nominal cost to space tourists.

Big Brain Designs Outpost In Space
http://humanoidolabs.blogspot.tw/2014/01/space-program-designs-earth-to-moon.html
Developing a Tiny Space Station Complete With A Tiny Space Shuttle
http://humanoidolabs.blogspot.tw/2014/01/tiny-space-station.html
Space Telescope
http://humanoidolabs.blogspot.tw/2014/01/space-telescope.html
New USA Space1 Rocket Lab
http://humanoidolabs.blogspot.tw/2015/07/new-usa-space1-rocket-lab.html
Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html