Space1 Sequential Rocket Flight

Space1 views each touring rocket flight as sequential, a series of steps that must transcend from the beginning of launch (including all steps before the launch) to recovery (and steps after recovery).

The sequence is the same for nearly all Space1 rocket flights and is predetermined.

* Mission Control Initialization
* Launch Tower/Rocket Prep
* Flight Computer On 
* Internal Imaging On
* External Imaging On
* Launch Tower Camera On
* Tracking Camera On
* Ignition Sequence
* Launch
* Window Views Begin
* Vibration
* Thrust Acceleration
* Buffeting
* G-force Experienced
* Rocket Engine Fuel Depletion
* Coasting
* Tourism Views
* Apogee Reached
* Weightless
* Freefall
* Capsule Ejection
* Parachute Deployment
* Micro Beacon Activation
* Return Glide
* Buffeting
* Impact
* Rocket Finder
* Internal Imaging Off
* External Imaging Off
* Landing Inspection
* Imaging
* Recovery
* Launch Tower Retraction
* Return to Hangar/Rocket Lab
* Rocket Reuse Prep
* Engine Removal

Space1 Index

Space1 Spacesuit

Space1 is working on a spacesuit, necessary for space tourism. The suit is currently being designed and manufactured at Space1 Taiwan lab (Space Lab) and facilities.

We expect several design variations with various functions for the missions at hand. Important aspects of the space suit include the following wearable categories:

* Face Helmet
* Body Glove
* Body Plate

These sections are designed to function in unison and react to the space environment, giving the feedback necessary for the space tourist to experience the changing environment. Additional features can include Rocket Vision, which is the ability to extend the vision range of humans during tourist space flight to see more space attractions.

In one example, during the flight, tremendous G force will occur but the space suit will insulate the wearer from the full effects of peak acceleration. The face-plate will allow the astronaut to view through a "space window" to see the the shrinking Earth, and various elements and touring features of space. The body plate will ensure safe level feedback of strong vibration and heavy buffeting from the Safety Rocket. It will also handle the effects of weightlessness and provide more comfort for the space1 tourist.

The key is the wearer will safely experience the sights, sounds, and feelings of the rocket ride throughout touring space from liftoff to recovery and everything in between.

Building the first space suit requires a modular construction and component testing. A new spacesuit computer is being designed to handle the transitions of flight. The space suit computer will function with autonomy and have HW programming in new hard wired language designed specifically for the Space1 suit. The complexity of the original suit is being simplified not only for simple intuitive use but to bring down costs to an essential minimum.

The suit cost reductions will contribute to making space tourism affordable to the largest population in history. It will seamlessly function as part of the safety net, ushering in a new era of space travel, taking science fiction into the territory of science fact.

Space1 Humanoids in Space

What is the effectual gain of using humanoids in space?
How is Space1 integrating humanoid machines into space missions?

Space1 takes humanoids very seriously, integrating a series of artificial clones and unique constructs for conducting various space missions.

The Clone Series is stamped out through modern reproductive means to rapidly deploy a group of pioneering space humanoids whose sole purpose is to serve their human counterparts.

Humanoids have their own version of cryogenic stasis for long duration space flight using a power source and time keeping. Currently Space1 rocket flights are short duration.

Advantages to humanoid use include the following:

* No breathable air needed
* Can withstand extreme G forces
* Can be radiation hardened
* Repairable
* Able to assume space positions
* Capable of space walks
* Require no perishable food
* May be self repairing

* Meticulously follows commands
* Withstands high pressures
* Functions in space vacuum
* Extreme durability
* Mind is downloadable
* Has extreme patience
* No bio-atrophy
* Adaptable to weightlessness

* Can pilot craft
* Can datalog
* Recites/replays missions
* True multitasking
* Group functioning
* Integrates with Mission Control
* Great longevity
* Human companion

Space1 Index

Space1 Rocket Payloads

The primary Space1 Safety Rocket payload is tourists. Our Extra Heavy Lift EHL vehicle is capable of ferrying tourists into space, and also taking scientific packages, flight computers, micro temp satellites, space telescope, swarming craft, space stations and the Space1 Space Plane into space.

Space1 Index

Space1 Rocket Vision

ROCKET VISION  The founder of Space1 has invented Rocket Vision. Rocket Vision is designed for space tourism and transforms other realms into human vision. Objects and space phenomena normally invisible to human eyes become vivid stark reality. This increases the number of fantastic places to visit and remarkable space objects to view during Space1 space tourism.

METHOD  Rocket Vision is intended for real time operations during the touring agenda. Data is captured within the spectral, gravitometric, magnetic and other space boundaries conducive to transformation.

TRANSFORMATION  Transformation can include the bright magnetic bubbles at the edge of the Solar System, the blazing intensive Solar Wind and extended coronas, brilliantly red hydrogen free radicals fully ablaze, blasting bright fire plasma, shooting and streaming particulates, amplified rings, planetary and lunar dynamic auras, and other amazing space phenomena.

INDEX TO SPACE1
http://space1usa.blogspot.tw/2015/12/space1-index_16.html

Space1 Rocket Tourism Experiences

Source: Wired

One key question is about the sites and experiences for space tourism. We're putting together a beginning list of sites, sounds, and experiences during Safety Rocket touring missions.

Space travel with copilots - 2001 A Space Odyssey style

Experiences - Part 1
* Launch and Lift Off
* Flight Computer
* Buffeting
* Vibration
* Relative Time Experience
* Streaming Data
* Rocket Engine Sounds
* Changes in Acceleration
* Chute Deployment
* GForce
* Weightless
* Dimensional Window Views
* Recession Period
* Receded Earth
* Tourism Photography
* Coasting
* Peak Altitude
* Reentry

Space1 Safety Rocket Made in USA

Space1 founder invents the world's first safety rocket in America

The American founder of Space1 has invented the world's first Safety Rocket, a reusable space traveling vessel designed to keep tourists safe.

Having roots in the USA, Space1 is a bold new venture into the recent private space industry, and has branched out internationally, with spaceport divisions existing in the USA, Taiwan, South Korea, Singapore, Hong Kong, and Macao. Now exceeding eleven international spaceports, the growing expanding Space1 space agency is readying a mission to launch the world's first Safety rocket, with multiple astronauts, into space using the most unique and technologically innovative system to come along since the inception of the space program in the 1950s. In over 60 years, Space1 is the first to create and bring to fruition a system that had previously only existed in the journals of science fiction. Stay tuned as Space1 will soon reveal what everyone is waiting for.

LOCATION       SPACEPORTS
USA                2
Taiwan             2
South Korea        1
Singapore          4
Hong Kong          1
Macao              1
Total              11