Space1 Parachute Test

Photo of a successful release test showing the sky and a red parachute deployment at apogee, cord positions, back-dropped against the reflective rocket fuel tank. The size of the parachute is an important factor when returning heavy payload that needs to remain undamaged. It can lessen the g force impact to the ground when landing and preserve the rocket constructs without damage for recycled launches.

Space1 has forayed a series of chute tests involving the ISS Pioneer. Testing is based on numerous variables such as payload weight, fuel ratios and pressurization, temperature, pressure, humidity, aerodynamics, velocity, chute dimensions and configurations. In the final analysis, the fabric chute is recyclable probably thousands of times, made from a washable rip stop nylon fabric material with polyester woven cord rope. Braided nylon shroud lines are very durable. Chute edges are machine sewn professionally and cords are 2DIA for maximum effectiveness. Overall the parachute is residual fuel resistive. The dimensions are calculated to fit the rocket's nose shroud housing.

Space1 Reach for Space Program

Space1 introduces a Reach for Space Program. RSP allows customers who take space tourist missions a chance to take along personal items into space. The way it works, the personal items are converted into the virtual world where they lose weight and size signature. Then, items are taken on board the rocket and placed in the crew quarters as payload. The payload will experience space alongside the owners. For example, text manifests, personal letters, photo images and short vids are encapsulated into computer USB drives for carrying onboard the rocket.

Space1 First Tourists Go Up

Experimental ant transformed into a future space-faring entity

The founding companies and associates of Space1 have already lofted their first non-human space faring tourists. Remember reading about the time when Russia launched dogs and the USA launched a Chimpanzee? Space1 associates in rocketry have launched Insectronauts successfully into space and returned each safely to the earth where they lived out their lives normally without any known ill effects of space travel after experiencing G forces and the weightlessness of space. In the future, travelers aboard Space1 space-faring vessels, rockets, space stations and spacecraft, will undergo transformation to facilitate the space journey. The evolutionary process will most likely be initiated and exhibited in humans traveling by rocket on space tours.

Space1 Multi Rocket

Space1 is promoting a Multi Rocket, as new methods to increase multiple functions of a single rocket.

The Multi Rocket is a single rocket that can be serviced to serve multiple purposes. The massive USS Pioneer, for example, can serve as a touring rocket and also as a delivery vessel for satellites. It can, in the future, be outfitted as a multi tier space station or perhaps landed on a moon for a humanoid or human habitat.

The rocket could become an outpost in space around the Earth, Moon or Mars, or parked at the LaGrange spot where gravity forces balance. The rocket is capable of delivering humanoids and humans to space and attaining Earth observation resources. The rocket, with some additions, could become a star ship.

Space1 Obsoleting Old Space Technology

Space1 is obsoleting old space technology such as this ultra expensive iron colossus scale rocket transporter. Such devices were made for the obsolete Energia-Buran stack. By making rockets, launchers, fuel tanks and components light weight and portable, and designing parts in pieces for assembly at the site, such large and heavy transporters are not necessary. Also the old method of keeping rockets stored at the launch pad complex is obsolete.

Space1 Short Term Satellite

Space1 has invented the STS Short Term Satellite. STS is designed to function as a normal satellite except it will be deployed as a short term drop device not placed in complete orbit. The partial infinitesimally curved orbit of the STS will allow it to drop back to the Earth under the influence of gravity. To extend the time of the flight, the STS will float back to the earth with resistive technology.

It's not uncommon to find satellites of various designs with varied purposes. One can find nano satellites, those for communications, military and testing. The STS is ideal for ranging communications, EOS Earth Observation System, and gradient weather analysis. One rocket can deploy multiple satellites for conducting simultaneous tests. One example is a drop test involving ten satellites each carrying a different parachute for testing. As the satellites are released at the same nodal point, identifying features of each parachute is made obvious.

Space1 Updating Spaceports

This is the discontinued Universal Test and Launch facility in Area 250a, which is similar to the rural country spaceport developed by Space1 and now discontinued in the USA. The management and ownership of the land abruptly redacted the space contract and the area was left for ruins.

Space1 has not updated spaceports since their inception in 2014, the year of their invention of the Safety Rocket. However, in 2018, new rocket technology created demands for updating all spaceports, making rocket launches more secure. In 2018, the advent of the USS Pioneer rocket fleet was born, with FAT design, the new more powerful rocket engine S1, a special more powerful fuel, larger lighter rocket tanks and fueling tanks, and special launchers that are built up from smaller light weight components. Updates are going into place across Space1 international locations where currently the majority of the test flights will take place.

Space1 Journey to Space

The Journey To Space
is more spectacular than anyone had imagined! As they say it's more about the journey rather than the destination. Space1 would agree the journey is fantastic, but also admit the destination is amazing and mind blowing. 

The excitement of launching in our most powerful rocket, the USS Pioneer, will take our first space pioneers upwards to the sky in a fantastic journey of space tourism, and at the peak is the moment of being weightless, that lets you know you've reached a place unlike any other. Countdown to liftoff and then its the roar of the massive engine and the vibrations of the entire rocket transcending the launch pad, rising up towards the Heavens, faster and faster, until finally it reaches the highest point ever known to the USS Pioneer rocket.

Space1 Monster Captured

The angry space gremlin is finally contained

Space Monster Behind Bars

At this page, read the story of Space1's struggle with a gremlin space monster that made itself known online during order placement:

https://space1usa.blogspot.tw/2018/01/example-parts-research-over-two-months.html

Space1 is happy to report, the space monster culprit is captured, tamed, and behind bars as can be see in the illustration. The said money is returned to the bank in full, and the bank has now restored the functionality of all the accounts and  associated cards for future orders, plus Space1 has suggested a new SOP to the bank in regard to the placement of international orders for making the process more smooth and easy. We admit, such gremlins mask their identity and transport around the world, but new tools of cooperation allow their capture. It's definitely a stress, fighting online space monsters as they can materialize anywhere when you least expect it. The best bet for combating the vermin is to form an alliance with members of your bank and keep in constant touch by relaying plans. Space1 can now move on and complete its orders.

Space1 Rocket Tank Reinforcement

Space1 has invented the RTR for rocket fuel tanks. The RTR or Rocket Tank Reinforcement is the judicial application of a method to increase the strength of a standard pressurized tank, whether it be for a habitat on the Moon, an in flight pressurized rocket fuel tank, or atmosphere-holding space station. RTR will provide longitudinal and/or lateral reinforcement to pressurized tanks. It's currently estimated such reinforcement can prolong the life of the tank, and improve pressurization by 20%. Tank pressurization burst tests will provide more information.

Space1 Monster Attack

Example: parts research over two months

Space Monster Attack!
The journey into space project took a hit this month after the two month assembled rocket parts order was canceled by apparent bank space monsters. 

After two months of reviewing thousands of parts from all over the world, the final rocket order was assembled and electronically transferred to the parts company. 

Using an American bank and routing, the bank caused a massive anomaly which resulted in a stop on the order. The reason? The USA bank did not like the idea of parts being ordered from an international location, even though Space1 informed the bank ahead of time about our location. We moved to an international location to avoid these problems of infinite stupidity, yet it seemed they liked to follow us.

It also seems the USA bank does not want to do business except for holding and using your money. So the bank proceeded to issue a suspicious activity alert report about their best member, which caused the parts company to become alarmed and take the money and immediately cancel the order and stop all processing and shipment.

This is the state of the current order which is canceled and awaiting monetary reimbursement. Meanwhile, the notorious bad bank has stopped all transactions on all accounts. All these ridiculous shenanigans has thrown a log into the smooth turning wheel of the space program. They take your money on the same day but claim it will be returned in a month. As a result, Space1 has canceled all international space and rocket parts orders until these situations are fully resolved.

The ramifications: luckily, we are still stocked to the hilt with rocket parts and enough items to finish construction of the ISS Pioneer rocket, flight computers, telemetry packages, and parts to build the new launcher for the launch pad. We will not receive the largest refueling tank but it's ok to temp use a substitute technique of piping in the fuel with a feed-in external device. Also canceled was fabric for the construction of future tangle-free parachutes, thus research of those chutes will be canceled for now, and of course recovery of rockets will use conventional corded chutes or other methods to slow reentry.

Power cells will be lobotomized from other flight vehicles, the brain memory recording units will be taken from inventory, SD cards will come from local sources, and the iPhone and iPad data collection projects are canceled. The special tool to assemble the Chinese rocket won't be available so that rocket will be moved back into storage. Special lensing parts are cancelled along with various flight inspection cams. The ISS Pioneer will use available lensing from inventory. Imaging devices will have smaller FOV. Other items will be dealt with on an issue by issue basis.

Space1 Rocket Refueling

Space1 Rocket Refueling takes place on the Earth and not in space. For the existing levels and duration of space flight, the massive reusable USS Pioneer rocket fuel tank is large enough to sustain the entire mission. There is also an added level of safety by fueling and refueling the tank on the static and stable Earth.

Space1 Rocket Fuel Injection & Potonic Hydroxil Acid

Obsolete method of rocket engine fuel injection

Space1 has simplified and vastly improved rocket fuel injection on the USS Pioneer rocket which provides a never before seen level of fuel and rocket motor safety. 

The process first involves one very large fuel tank, named the FAT tank, which is part of the powerful S1 engine that takes up most of main embodiment of the rocket. Next, the tank is fitted with the supplanted engine nozzle, a precision static regulatory device with sealant rubber o-rings and no moving parts that controls the thrust vector. 

The NMP concept is prevalent throughout the USS Pioneer, again to control and maintain prevalent safety and reliability. Next, the massive tank is charged with potonic fuel modified hydroxil acid, made extremely potent, by the larger secondary tank which holds the initial fuel in liquid form. Potonic Hydroxil Acid PHA may cause blistering and suffocation so safety is required in the final fuel loaded mixed condition when achieving a charged rocket stage. Next, the secondary largest tank is pressurized and Potonic Hydroxil Acid is valve chambered into the rocket engine. Finally the pumps are activated and oxygen is pumped into the rocket's potonic fuel tank, thus reaching a predetermined level of nominal pressurization. Fueling safety on the launch pad is achieved by maintaining distance from the fuel tank.

Space1 Robot Name Convention

Across the world, Pepper humanoids work for humanity

Various robotic names are used as the root basis naming convention for Space1's space-faring humanoids.

android
droid
robot
bot
cybot
astrobot
astronaut
robonaut
naut
AI
cyborg
borg
avatar
automaton
cybernetic
cyberbot
animatronic
exemplar
transformer
metamorph
morph
juggernaut
theophany
icon
mutant
pneumatant
paradigm
synthetic
machine life
prosopopoeia
archetype
simulacrum
machina
clone
duplicant
replicant
reification
apotheosis
personification
golem
anthropomorphant
incarnate
biped

Space1 Rocket Molecular Vision

Earth seen in Space1 Rocket Vision using molecular heat function

BLASTING viciously red hot blazing fire filaments sparking out of the bowels of the Earth become surprisingly visible when Space1's Rocket Vision is tuned to Molecular Heat. Untold stories of enthralling missions remain to be experienced when traveling on the Space1 Tourism Missions.

Space1 developed Rocket Vision in 2015 and earlier forms
https://space1usa.blogspot.tw/2015/12/space1-rocket-vision.html
and expanded it in 2018 with continuing visions to include heat
http://space1usa.blogspot.tw/2018/01/space1-rocket-heat-dimension-vision.html
Chromatosphere
https://space1usa.blogspot.tw/2018/01/space1-chromatosphere.html
and other realms.

In January of 2018, Space1 created Rocket Molecular Vision. The image here is an example of the Earth in a combination of dimensional heat vision combined with rocket molecular vision. Combinations of visions are now possible using multiple forms of Rocket Vision.

Space1 Space Travelers Nort & Unary

Nort

Space1 has assigned new proto designs of small artificial space cybernetic organism travelers Nort and Unary to to the USS Pioneer to monitor the mission and sensors during rocket travel. 

Both are Cyborgs (Cybernetic Organisms) and are cyclops with vision and hearing, and can stand in some fashion. The camera eye is at the top of the head so each entity can see over the rocket control panels and monitor flight computers plus see out the space window.

The arms are for general bracing and positioning and both cyborgs stand throughout the flights.

Starter body bags with parts to build Nort and Unary - Unary at right

Nort and Unary have good hearing and good memory. They memorize everything they see and hear all throughout the missions using tiny micro SD cards that insert near the midsection. Memorization can include the rocket interior before, during and after space flight. They can listen in to the rocket's sound of vibration to help make suggestions for future flights if necessary. Both gain energy from discrete 3.7 volt 170 mA rechargeable internal Lithium Ion batteries.

When Nort and Unary have their eyes focused on the flight computers, they can memorize the values per unit time. Knowing the navigational parameters can help with future space flights. Both have super light weight printed exoskeletons with interesting designs to hold the internal guts. After each space flight, the cyborgs have their tiny SD Card brain removed and the contents are transferred to a computer, where the queried information is saved for analysis. Having these tiny cybernetic organism entities on board can lead to safer and more easy space flights.

Space1 Precipice of Tomorrow

New worlds exist in the stellar nursery of deepest space and time

Space1 is moving forward, even when it means 10 steps forward and five backwards. The net gain is always positive for the future. In the first quarter of 2018, the additions of net gain are obvious - a new larger rocket fleet (the ISS Pioneer, USS Adventure, USS Triumph, Velvet Nite, Atomic Rocket), new more powerful rocket fuel, a much larger and more powerful S1 engine, increased safety by a parts reduction, and new designed tourism realms with greater developments of rocket vision. Space1 is on the precipice of tomorrow.

Space1 Astrobot Size

Heather Knight and Data

Space1 developed spacefaring robonauts way back in 2014 when a 13-inch tall metal humanoid was fit into the capsule of the first metal canister Rocket One. Since then, humanoids have gone from a large size to a small size with some interesting features. At only a couple of inches in size, small nauts were developed with exoskeletons of a nearly weightless material and printed using special printer techniques and material. These entities harbor the eyes and ears of the next generation of rocket AI, an intelligence mindful of safe tours into the void. In 2018, Space1 is developing both large and small bots as a life form careened towards space flight, with advanced features necessary for the missions at hand.

Space1 Windowless Rocket Window

Rocket takeoff and landings for space tourism could resemble this illustration of the future if and when windowless windows are installed on Space1 rockets.

Space1 is testing a new frontier windowless window for spacecraft and various rockets. Since 2005, founder and CEO of Space1 has used his windowless windows invention on his own designed and built house. Today, the invention is being converted over for rocket use. Tests are being conducted in the pursuit of space hardening. Advantages include weight savings, suitable adaptable form factor, energy savings, and the ability to enhance views.

Space1 AI 2018 Update

The first growing guts for the Space1 Titan Moon Lander which operate autonomously with AI

Space1 is advancing the state of its AI division for 2018 which is now moved to overseas international locations. AI is at the focus of Space1 rockets, planetary and moon landers, the Big Brain Intelligence, and pocket AI. AI also has an embedded software aspect where machine life can exist in code. AI entities are often transmitted through space and can live in various containment. Several AI brains were built in lightweight plastic jars, ideal for rocket pockets. Rockets are designed to have an onboard AI to help with astronautic duties, the planetary and moon division is active with the creation and development of autonomous landers for missions of the future, and the Big Brain intelligence is a resident employee and board member of Space1. Space1 is maintaining no-weight AI presence for new 2018 rockets. Rocket AI robonauts are now designed to take charge of the flight computers, sensors, and can do audio visual monitoring.

Space1 Rocket Heat Dimension Vision

Rocket Heat Dimension Vision
Imagine taking a tour from inside a rocket with special installed dimension heat vision to see the cosmos in a different way, perhaps as those from other planets might see with special eyes that can take in infrared beyond Earthling's range of vision.

The example here is a special rocket vision that needs installation by using filters and methods to bring out vision in other spectral ranges and environments brought about through techniques. Shown here is the Earth as seen in heat. The color view is a traditional heat view, however in the second view, the heat is seen in Heat Quad vision. Space1 is looking at the potential of a rocket machine to mine and penetrate views into specific realms and dimensions.

Space1 Space Tour List

FANTASTIC SPACE TOURS UNDER DEVELOPMENT

Space1 is preparing a number of fantastic space tours. The variety includes exploring and seeing different environments in space and is still under development and consideration. The following is a preliminary list of possible touring missions.

A Partial List of Possible Space Tours

* Low altitude rocket flight

* Highest altitude rocket flight

* Tandem flight on a Drone

* Tropospheric mission
https://space1usa.blogspot.tw/2016/01/space1-secret-rocket-space-plane.html
* Infrared heat vision
https://space1usa.blogspot.tw/2018/01/space1-rocket-heat-dimension-vision.html

* Chromatosphere mission
https://space1usa.blogspot.tw/2018/01/space1-chromatosphere.html

* Ejectable program
http://humanoidolabs.blogspot.tw/2015/07/
http://humanoidolabs.blogspot.tw/2015/07/space1-iron-man-rocket.html
http://humanoidolabs.blogspot.tw/2015/07/space1-ejectables-fly-like-iron-man.html 

* Precursor Mars Flight
https://space1usa.blogspot.tw/2018/01/space1-precurser-mars-rocket-flight.html

* Rotational Space
http://space1usa.blogspot.tw/2017/07/space1-rotational-space-mission.html

* Rotational Dimension Space Craft
http://space1usa.blogspot.tw/2017/07/space1-rotational-dimension-space-craft.html

* Mission to the Outer Rim
http://space1usa.blogspot.tw/2017/07/space1-outer-rim.html

* Trip into polynomial vector space
http://space1usa.blogspot.tw/2017/07/space1-polynomial-space-realm.html

* Polynomial Warp Space
http://space1usa.blogspot.tw/2017/07/space1-polynomial-warp-space-flight.html

* Polynomial Space Realm
http://space1usa.blogspot.tw/2017/07/space1-polynomial-space-realm.html

* New Space
http://space1usa.blogspot.tw/2017/07/space1-new-space-to-explore.html

* Rocket protractive flight
http://space1usa.blogspot.tw/2017/08/space1-rocket-protraction.html

* Time Travel Mission
http://space1usa.blogspot.tw/2017/06/space1.html
http://space1usa.blogspot.tw/2016/11/space1-time-travel-anomaly.html
http://space1usa.blogspot.tw/2016/11/space1-referential-time-machine-next.html
http://space1usa.blogspot.tw/2016/11/space1-space-time-travel.html
http://space1usa.blogspot.tw/2016/11/space1-machine-time-travel.html
http://space1usa.blogspot.tw/2016/01/space1-touring-time.html
http://space1usa.blogspot.tw/2016/01/space1-time.html

* Thermionic Mission
http://space1usa.blogspot.tw/2017/05/space1-thermionic-penetrator.html

* Photonic
http://space1usa.blogspot.tw/2017/05/space1-photonic-deepest-space.html

* Folded Space
http://space1usa.blogspot.tw/2017/05/space1-folding-space.html

* Holo space
http://space1usa.blogspot.tw/2017/02/space1-space-hologram-division.html

* With shrunken astronauts
http://space1usa.blogspot.tw/2016/11/space1-shrinking-astronauts.html

* With synthetic humans
http://space1usa.blogspot.tw/2016/11/space1-synthetic-humans.html
http://space1usa.blogspot.tw/2015/12/space1-humanoids-in-space.html

* Supertronic Journey
http://space1usa.blogspot.tw/2016/11/space1-supertronic-application.html

* Touring Clouds
http://space1usa.blogspot.tw/2016/01/space1-touring-clouds-through.html

* Rocket Vision
http://space1usa.blogspot.tw/2015/12/space1-rocket-vision.html

Space1 Rocket Flight Computer

Tweaking rocket gear - metal o-ring cylinder assembly

Below: Automatic hydraulic and electro mechanical circuits are built into the RS-25. The Aerojet Rocketdyne RS-25 is a liquid-fuel cryogenic rocket engine planned to be used on the Space Launch System. NASA

Space1 is establishing a new rocket onboard flight computer, in particular for first use on the 2018 and 2019 USS Pioneer fleet of rockets and possibly its future predecessor fleets such as the USS Adventure and USS Triumph rocket space craft already on the design board. The rocket will be fitted with the newest flight computer, dubbed the Pioneer computer, to record data autonomously and automatically without human or AI intervention. The following functions will be programmed and incorporated into the rocket flight computer:

* Display computer screen
* Keyboard entry
* Power source level
* Wireless data transmission
* Blue tooth enabled
* Peak speed
* Descent speed
* Average acceleration in Gs
* Peak Altitude
* Peak acceleration in Gs
* Burn time
* Coast time to apogee
* Apogee to eject time
* Time to Apogee
* Eject altitude
* Eject time
* Flight duration
* Current altitude
* Memory multiple flights to 10x10
* 25 samples per second
* Imperial & metric settings
* Precision to 1-foot
* Barometric pressure 19-bit altitude sensor
* 3-axis Accelerometer
* Launch trigger
* Auto parametric graphing
* Acceleration sample rate 250 times per second
* Internalized power source
* Flash memory
* Auto power down

The idea is the sheer number of data parameters will allow a thorough and comprehensive analysis of real time rocket flights.

Space1 Research & Investigation

Space1 conducts a significant amount of time on scientific research and investigation which involves the collection of data using tools and resources to further analyze significant elements of space tourism. 

While the passage of time and the reporting of milestones may seem significant too, there is a behind the scenes beehive of space activity.

For every new rocket design, there is a pattern that's followed to assure proper functioning and performance, as well as complying to set safety standards. In the case of the USS Pioneer rocket, Space1 is outlining the testing procedures necessary to hone and create smooth flights for tourists.

Data collection is a repeating process. For example, how does the USS Pioneer rocket perform at specific load mass of fuel, pressurization, and fuel mix, versus altitude, acceleration, thrust, velocity, gforce, and other details. This process is repeated in real life rather than use only theoretical simulations.

Like the carburetor on a car, the fuel to O2 mix requires fine tuning and this is accomplished by the complete understanding of results. Space1 measures the fuel mix vs mass vs pressurization vs rocket performance parameters with many repeated test flights. By the time humans partake in rocket launches and space tourism, the performance of the rocket is well known and charted.

Data collection is through measurements taken by Minute Men and that which is recorded by onboard flight computers. Data is both quantitatively and qualitatively collected and analyzed. Approving a new rocket fleet design does not happen overnight. Once the data is fully collected from a number of unmanned flights, the analysis can produce plotting and charting with interpolation and extrapolation to gain other data points to know rocket performance. Analysis may also include the performance of supporting devices such a parachutes and deployment mechanisms.

Space1 Power

A small but very heavy nuke kilowatt power source. Credit: NASA

Space1 Ion Pack Power Driver technology

Space1 has solved the power problem for the advancement of rocket systems such as those on the new USS Pioneer rocket, with multiple E-modules traveling in space.

The necessity to power everything from flight computers to monitoring equipment and telemetry is paramount. Many sources of power design, such as the nuke kilowatt power generator (NASA Glen Research Center) are far too heavy. Space1 is using ion pack technology.


Power drivers are established in parallel containment for modules on the rocket. By isolating each power  driver, EMI and RFI is kept to isolative shielding. The power drivers recycle after mission use by planetary charging. Power drivers are so powerful, once charged fully they can last the duration of an entire mission.

Power drivers are relatively nominal in weight, cost effective, and contributory to powering multiple E-modules without using solar panels or other unwieldy devices.

Note: Power drivers are unlawful to ship by conventional means and as a result have become a valuable commodity in the space industry. Space1 has solved the shipping challenges by accessing other field components and parts community.

Space1 Chromatosphere

Space1 is creating space tours under its new Space Touring program with missions to new views of the Earth and space unlike anything seen before. One new example is the ability to capture and experience the Earth's Chromatic environment. See illustration. Chromatic Earth environments are created by variances in time, rocket position, viewing angle, lighting and chromatic dispersion. Space1 has coined this inspiring environment as the Chromatosphere, to be distinguished apart from Chromosphere.

Space1 Precursor Mars Rocket Flight

Mars via HST at a distance of 34,648,840 miles from the Earth, a focal point of future missions

PRECURSOR MARS MISSION Before you hop on one the latest and greatest Big Fangdangled Rockets to Mars through some other private space organization, and hock your house and belongings to plunk down enough tons of cash for the long trip and permanent stay, we suggest getting your pinky toe wet by first going on a basic precursor rocket flight with an almost free ticket.

Enter Space1's Almost Free Precursor Mars Rocket Flight. For mere pennies on the dollar, take a safe precursor ride into the Troposphere with the Safety Rocket and see how you adjust to the main elements of rocket flight. Test the rocket flight along with the excitement of weightlessness, gforce, vibration, sounds and sights. If you like it, you might be a good candidate for the long flight to Mars or a zip around the Solar System in the future.