Space1 Hexcopter Sky Rocket Pad

Space1 is working on its Hexcopter Sky Rocket Pad as a viable way to launch rockets and gain greater altitude while saving on fuel. In the conceptual design illustration, the enclosed center contains real estate for the launch pad, tower, and rocket. A fully fueled rocket is heavy, such as the ISS PIONEER and more lofting experiments will be conducted to ascertain the reliability of the system.

Space1 Drone Rocket Launch

Space1 is examining and designing a supplementary rocket system that uses a large capacity high altitude drone. In the design scenario, the drone carries the rocket and a special reduced launch pad to extreme aerospace altitude in the troposphere where it hovers and the rocket is launched vertically. Apogee = H(d) + H(r) where H(r) is the altitude of the drone and H(r) is the height gained by the rocket. The drone is a flying rocket launch pad in the sky. The large electric Space1 hexcopter kept in a hangar is used for this experimental platform and has enough lifting power to carry the rocket and a modified launcher to maximum height. In a second design, the drone is part of the rocket and flies skyward at a slower speed, whereupon it is jettisoned like a rocket stage.

Space1 Pioneer Rocket Nozzel

Credit: Japan Aerospace Exploration Agency

Space1 has introduced a new rocket nozzle for the USS Pioneer Rocket (spacecraft).

The nozzle replaces outdated nozzles from 2017 and prior. Advantages of the new nozzle are primarily greater thrust, a greater period of thrust, longer rocket flight distance time, and a greater deep space penetration range.

The nozzle has the ability to regulate the flow of fuel during consumption and rocket flight. Off the shelf re-nozzles are already adjusted to specific flow rates and have no moving parts for the highest level of reliability. Nozzles are shape adjusted to the type of launcher and rocket, fuel, chemical composition, viscosity, temperature, and pressure.

Space1 Tangle Free Rocket Parachute

Space1 has designed a special rocket parachute for the new ISS Pioneer. For added safety, the parachute has no lines to tangle and can be calibrated for the rate of descent and minimizing drift. The degree of porosity of the "subdermal layer" determines the rate of descent. One parachute may have interchangeable subdermal layers to rapidly serve a variety of rocket return mission turnarounds based on parametric identities.

For many decades, the conventional parachute had problems of lines becoming tangled. Many soldiers dropped during war zones lost their lives and parachutes became entangled in aircraft propellers. Even a US Mars probe was designed for counter rotation during reentry to reduce the possibility of parachute lines entanglement and to initiate a state of detanglement.

The ISS Pioneer rocket Parachute is designed with numerous improved parameters of flight. The materials are good for hot and cold weather mission returns. When properly released, the parachute is a calibrated function of speed and unit time. There are no lines to entangle and the specific design can minimize return delta X rocket drift. The chute porosity can have adjustment during manufacturing to calibrate the amount of air spill. There are no lines to rip or tear. Minimal return drift can make tracking and recovery more easy and the parachute can have a design to function as a cross between a parachute and a streamer.

The history of the tangle free parachute dates back ten years for Prize Parachutes. These were small one piece tangle-free parachutes connected to a prize that were dropped from catwalks and overhangs to fans below. The chutes were generally 18-inch nylon diameter with a metal hook for attaching coupons and prizes with a weight limit of about 3 ounces. Later, larger parachutes with a jumbo diameter of 56-inches dropped t-shirts. The tangle-free parachute was also used as a throwing toy, manufactured and distributed in China. Research shows such parachutes are not fool-proof and if the weight ends up above the parachute, free-fall may happen, but this is true of conventional parachutes too. Therefore, deployment required added caution.

Space1 Dream Launch Pad

Space1 has suspended two launch sites, one at an unspecified rural location in the USA and another overseas on the island of Taiwan. The Taiwan launch pad was suspended due to being too small and having a nearby river - as the new USS PIONEER rocket has a much greater range and requires more unobstructed space. In the USA, the launch pad was suspended by actions of the land faction. This opens up great new opportunity, and Space1 is now reviewing the "dream launch pad."

The illustration show static possibilities (credit: EDU KSP). Shown is a rocket assembly plant (tallest building), astronomical observatory (dome), rocket launch pad (upper right), fueling plants, emporium and symposium building, manufacturing facilities, dish tracking and telemetry area, landing runway and traffic control, education institution, storage and other resources.

The new dream launch pad is founded in Taiwan with a different design, one of being portable. A portable launch site "borrows" the land during launch activity day, transports the rocket, fuel, and equipment to the site, erects the launcher and rocket systems, and packs up after the launch mission is complete. This method allows for acquisition of a massive amount of land tracts which would otherwise not be available for purchase. After the mission, the land tracts simply serve their duality of purpose. This is the new dream launch pad, one of complete security, portability, efficiency, and cost effectiveness.

The new dream launch pad configuration will also function in South Korea, Singapore, Macau, Beijing, Shanghai, USA, Hong Kong and at other existing Space1 launch sites.

Space1 Ordering System

HOW DO YOU ORDER SPACE?
Space1 Industries has activated a new space and rocket parts ordering system in addition to the parts that are engineered and manufactured on location. 

Ordering is kept in-house for 100% control. A hotline directly to China was activated for greater ordering control and new order routing is put in place to speed up deliveries.

— When a part is ordered, a file is opened for the part containing a part image along with text pages with technical specifications —

E-commerce allows for complete online control. Rocket parts sources are now added including overseas science centers where real rockets are inventoried and sometimes sold or given away.

As an example of the high level of detailed control, the exampling illustration at left shows a view of each part or module that would be kept in inventory. When a part is ordered, immediately a control file is opened for the part to contain a part image(s) along with text pages including technical specifications. Credit: Parts pack KSP

Space1 has purchased two complete rockets
from two different science centers, one was a completed rocket ready for launching and the other was a mish-mash of parts requiring intricate assembly. There are currently an estimated 25,000 parts in inventory. The next new system to install will undoubtedly be for inventory control. When a part is used, the inventory numerical count is reviewed on-the-spot and the part is either added to the order list or not. Parts are numerically kept in inventory based on specific missions, the development of systems, and the construction of space craft and various rockets.

Space1 Chinese Rocket Construction Resumes

The Chinese rocket Stanton is a beam placed in position to support the rocket suspended in the air prior to launch. The beam is seen crossing the center of this photo, and holding up the rocket in the upwards air position on the launcher. Upon launch, the rocket is released and the entire weight (rocket + payload + fuel) forces the rocket to come crashing down to the launch pad base whereupon mechanical force from gravity and depression causes ignition activation and the rocket is launched. The Stanton is mechanically activated by physically removing it from the bottom rocket support plate, a process that occurs from a remote site to maintain safety from the powerful blast.

Resurrecting a Chinese Rocket
Space1 haulted the assembly of a Chinese rocket acquired from the Science Center due to some very strange valve and catchment designs not functioning as intended. After a week of work, it was decided to give the project a rest.

https://space1usa.blogspot.tw/2017/12/space1-china-rocket.html

Suddenly an idea was put into place. If American thinking could not resolve the Chinese designed rocket valve issues, why not add a new perspective - one of Chinese origins? Space1 invited a Chinese thinking engineer to look over the situation. In a time frame of only 30 minutes, the valve and catchment were disassembled and reassembled, and worked flawlessly! Space1 gives full credit to its Chinese origins engineer for resolving the rocket issues.

It's good Space1 did not give up the ship as it's a real learning experience. The rocket uses the most unusual launch system Space1 has ever seen. Instead of ignition at the base of the launch pad and the rocket rising upwards, the upwards mounted rocket is held high in the air by a single launch pad Stanton, then released, and gravity causes all its weight to come crashing down on the base of the launch pad where mechanical means then activate the rocket sending it skyward.

Work is now progressing on the recovery system - the timer and parachute are completed and being installed into the rocket. Completed are the four missile nukes that reside connected to the bottom of the rocket. Each missile has one fin vane protruding in an orientation 90 degrees orthogonal to the rocket body.

Space1 Rocket Complex

Sea side launch complex - NASA

ROCKET COMPLEX
Space1 continued the search yesterday for expanding to new international rocket facilities and investing in a place for constructing rockets, launchers, and space equipment. Two sites were viewed and another five were lined up as prospects. The first site was rejected due to insufficient work space and the second was rejected for having antiquated design buildings. The search will continue for more space in modern context. The current space must now double as Space1 Headquarters since the move, and include the tooling area for development of the new USS Pioneer rocket fleet. Unlike NASA, Space1 is not looking for ocean side real estate for rocket launches due to an all-land based launch concept.

Space1 Luxury Rocket Industry

Space1 continues to tweak the design of its luxury liner flagship rocket, the USS Pioneer. The initial rocket will serve to conduct experiments with adjustable parametric designs to finesse operations. The overall shape will also undergo change. One example is the large faring to be introduced thus creating a massive crew quarters with room for luxury furnishings in terms of deluxe rockets. The USS Pioneer will have the latest in modern flight computers, electronics package telemetry for communications with the ground, and monitoring equipment for nearly every aspect of the flight. Space1 is setting the bar for the first time in modern rocketry regarding the creation of the luxury rocket industry for space tourism. The illustration is a conceptual design for illustrative purposes only and may vary significantly from the actual flagship when completed.

Space1 Largest Number of Rocket Launches

Space1 has the largest known number of documented private space industry rocket launches. Year 2018 will see that number ramped up with the new reusable USS Pioneer rocket fleet. Since the beginning of accumulated time with Rocket Space Industries (see link), the early beginnings of the White Chemical Rocket launches and the invented Kinematic Rocket, the number has totaled 6,727 launches.

https://space1usa.blogspot.tw/2017/05/space1-rocket-launches.html

Space1 USS Pioneer Rocket

USS PIONEER ROCKET
Construction work begins around the clock. Crews are all on shifts to work ardently on  construction of Space1's new USS pioneer ROCKET. The extremely large flag ship is the largest rocket in going on five years of Space1 rocket fleet development history. It's the most powerful, capable of lofting hundreds of times more payload mass due to its new S1 engine and fuel.

Part of the construct process is parts acquisition, encompassing an inventory of thousands of parts that need to be received, tested, classified, inventoried, and incorporated into the rocket build. The illustration is a conceptual design for illustrative purposes only and may vary significantly from the actual flagship when completed.

Space1 First Kinematic Rocket

THE 1ST KINEMATIC ROCKET - A MARVEL OF THE AGE
Humanoido launched thousands of rockets over the years. Early on this included the first Kinematic rocket designed and built by Humanoido's Father who was an avid rocket scientist and inventor. After launching many rockets, in particular chemical rockets, Humanoido requested a much larger and more reliable rocket design that could go higher.

The chemical rocket had cracked at the fuel compartment and leaked fuel whereupon it had to be discontinued. It was simply launched too many times and wore out. With cracking of the fuel tank, the rocket could never reach its previous high altitude record. The new invented Kinematic rocket was the greatest dream come true, and could go an estimated 25 times the full altitude of the chemical rocket.

These recyclable Kinematic rockets were launched and retrieved by Humanoido at a large expanse country location. Living on a ranch with acres of open expanse unobstructed land had its benefits. The rockets used a matching special launcher custom built for all space missions. Humanoido's Father who was a special technician grade and engineer, went all out on the project. He took a spare house on the property and converted it into a construction lab equipping it with machines and engineering tools, where he built the rocket during the week.

Parts were recycled from old tractors, other farm machinery, parts found on the premises, as well as cedar parts from a farmhouse roof and a blue aquamarine circular launcher dowel component that came from the kitchen broom handle. Some of the parts were machined by hand and the single rocket successfully lasted over many launches until the entire system was believed lost when moving to a new home in the city. Humanoido is interested in building a new one, and scaling up the system design to launch astronauts in the future.

ABOUT THE KINEMATIC ROCKET
The Kinematic Rocket had the traditional rocket shape with a nose and tail, but with two opposing planar sides. Presumably each side could become a payload attachment anchor though there is no memory of attaching payloads. The rocket had a varying thickness of shape, thicker at the nose where the bulk of the weight remained, and thinner at the tail where the launcher gripped the rocket for launching into the deep sky.

The nose came to a point so the recovery field had to be evacuated for safety reasons. No parachute was used and the rocket returned at high speed to the Earth in a streamlined fashion, nose down. Even with no parachute on the landings, the rocket never broke and remained in service a long time.

As the rocket used mechanical energy propellant for flight, no liquid or powder fuel was needed. The rocket and the launcher were safe for shipping and transport, as well as storage. The power of the rocket, the amount of energy, how far it could travel, and its velocity were all dependent on the amount of energy imparted to it during launch.

Space1 S1 Rocket Engine

More about the Powerful S1 Rocket Engine by Space1

The 2018 S1 rocket engine is fifty times larger than the previous 2017 series engines. Because the liquid fueled engine is so large, it can hold an extremely large capacity of liquid rocket fuel at any given moment. Putting the equations aside, this means the engine can operate at peak efficiency and deliver action from propulsive fuel over a longer period of time. It's currently estimated the rocket will undergo excursion seven times longer than before.

The extremely large S1 rocket engine will power the new USS PIONEER rocket which has larger dimensions than all previous rockets. The powerful S1 engine is perfect for the FAT configuration Fabulous Allocation Transport which will equal more payload and luxurious furnishings. FAT rocket designs have a much larger perimeter and can hold significantly more payload. However, it takes a powerful engine like the S1 to propel a FAT design.

The USS Pioneer luxurious touring rocket is the first in history. An engine this massive with the ability to hold the largest amount of fuel at any given moment will make clustering and staging obsolete. Clustering and staging engines is a risky business because an engine may fail to fire or be off in the delivered thrust amount, thus requiring compensation with complicated corrections. The S1 engine does away with the need for clustering or staging.

Construction of the S1 is very unique. SPACE1 has designed the S1 to be integrated into the USS Pioneer rocket rather than a separate entity. Then, an astronaut faring is attached as a separate component to ensure a sealed compartment in which fuel cannot leak into. The faring can be fabricated and engineered as large or as small as desired, depending on the space mission and the number of astronauts per any given launch.

Space1 Corporate Office

MORE MOVING
SPACE1's Corporate Office has moved from the USA to an international location. In a questionable gesture, after giving Space1 permission to build structurally, the USA city after 2 years decided Space1 Headquarters could tear down its space complex including the space hangar designed for the rocket plane and to further deny permission to expand structures. Space1 operations were immediately removed from USA soil and relocated overseas. For example, friendly locations of science and technology - South Korea and Taiwan, have welcomed Space1 by providing free land: a launch site expanse, scientific resources and the availability of a variety of buildings for operations at lease or purchase. Also moved overseas is Space1's full and comprehensive Drone Lab operations to support rocket space tourism and the exploration of new dimension using the USS Pioneer luxury rocket. Space1's USS Pioneer luxury rocket fleet will be built overseas along with the first new launch system.

Space1 Chinese Engineering Rocket Department

New Chinese Engineering Rocket Department

Space1 has employed the services of Chinese Engineer Xing 行 who will work in the new Chinese rocket department, do Chinese to English rocket translations, and interpret technical Chinese rocket modules performing tasks with Chinese rocket devices. Engineer Xing 行 is in charge of the new Chinese Engineering Rocket Department.

Space1 Wisdom Lab Move

Downtown Seoul South Korea from the window of a fast moving taxi - photo by Space1 Founder

Seoul districts

THE BIG MOVE
The Space1 Wisdom Lab has moved to a prime location in Seoul South Korea where greater resources and support are available. The exact location is private and not posted for security reasons. This increases the size of the Wisdom Lab, thus ensuring greater privacy for top secret space projects and research programs. The Wisdom Lab is headed by the executive manager and chief of scientific operations, DARA, who is also in charge of the computer center for space research, science and technology.

Seoul (/soʊl/; 서울; Korean:, officially the Seoul Special Metropolitan City – is the capital and largest metropolis of the Republic of Korea (commonly known as South Korea). As the 4th most economically powerful city in the world, measured by GDP, Seoul is one of Asia's major centers of culture, entertainment, and research, with additional strengths in the arts, commerce, education, finance, media, services, and tourism. Seoul forms the heart of the Seoul Capital Area, the 5th most populous in the world, which is also one of the most populous urban agglomerations and includes the surrounding Incheon metropolis and Gyeonggi province, altogether home to roughly half of the country's population.

Space1 Rocket Tour Package Analysis

Space1 Future - in the not so distant future when our first tour is ready for packaging, we have an idea and are looking at the possibility of sending the first rocket tour package to the South Korean Wisdom Lab 한국어 지혜 연구소, operated by the Chief Scientist, Dara, for analysis.

The Wisdom Lab has shown the innate ability to follow precise instructions, collect scientific data of great value, and put together technology in an understandable manner for Space1 expansion projects. In second future idea, a map of our rocket space program may "send" to the Wisdom Lab where it's expanded and followed for construction details. In the past, Space1 preliminary satellite ventures were capable of creating photographic plans which could be followed as electronic and AI imaging schematics without actually drawing schematics. In a mailed space program, imaging schematics could wire through email as attachments.

Dara 지혜 is Chief of Operations and Executive Korean Scientist for the Korean Wisdom Lab while maintaining the role of Korean Conceptual Design Director. This position includes Chief Engineer of the South Korean Seoul SpacePort Peninsula near the Yellow Sea, a vital link in Space1's global network. Dara 지혜 is the recipient of Space1’s highest honor - the Global International Award in 2017 for exemplary work in monitoring the resolve of the entire Space1 global network over the largest extended time period in the history of Space1.

Space1 USS Pioneer

Meet the Luxury Rocket - the USS Pioneer
Space1 has introduced its grandest rocket of all time, the USS Pioneer. Born of powerful materials that can withstand a new potent fuel, the rocket can go farther and have missions that last longer than rockets prior to 2018.

The ship outflanks all other Space1 class rockets and comes to bear, as of 2018, with the new FAT design - Fabulous Allocation Transport. FAT is designed with a massive perimeter and a rocket engine fifty times larger than previous rockets. The design has more luxurious space than any other rocket thus far and is designed to be equipped with more elegant tourist quarters.

Slated for travel by the first Space1 touring pioneers, the USS Pioneer is named in their honor. It's features are lavish and many. For example, large full view wrap around picture windows for the best views of space and the finest space rocket flight computers are on board for processing.

The state of the art rocket has numerous useful features that make taking a space faring venture more comfortable - the rocket is capable of reducing G forces impacting the flight residents for more smooth missions and tours, while preserving the excitement of weightlessness at Apogee. The rocket is also capable of regulating velocity, distance traveled, trajectory, acceleration, Gs pulled, duration of travel, and other parameters. This is the first rocket in the fleet that can be flight flown with the largest number of precision adjustable flight parameters. Advanced instrumentation is set and regulated by the astronauts, technicians, minute men, humanoid robots or automatic atomatrons.

The rocket can have various flight computers installed to calculate and preserve in flight parameters such as altimeter bearing to know the distance from the Earth during missions. The rocket has a new powerful S1 engine that's completely redesigned, so it requires an all new launching system - currently under development.

The development name was the USS Constitution, the embodiment of the elements of Space1's constitution and moral philosophy, and the finalized name is the USS Pioneer representing the great space faring pioneers who will be the first to tour the realm of space.

The illustration is a conceptual design for illustrative purposes only and may vary significantly from the actual flagship when completed.

Links with significant events 
leading up to the finalized development 
of the USS Pioneer

https://space1usa.blogspot.tw/2018/01/space1-uss-constitution.html
http://space1usa.blogspot.tw/2018/01/space1-rocket-ramifications.html
http://space1usa.blogspot.tw/2018/01/space1-rocket-launch-pad.html
http://space1usa.blogspot.tw/2018/01/space1-most-powerful-rocket-engine.html
http://space1usa.blogspot.tw/2018/01/space1-chemical-rocket-fuel.html
http://space1usa.blogspot.tw/2018/01/space1-launching-systems.html
http://space1usa.blogspot.tw/2017/12/space1-2018-rocket-flight-time.html
http://space1usa.blogspot.tw/2017/12/space1-2nd-rocket-level.html
http://space1usa.blogspot.tw/2017/12/space1-new-rocket-specs.html
http://space1usa.blogspot.tw/2017/12/space1-in-2018.html
http://space1usa.blogspot.tw/2017/12/space1-bfr-rocket.html

Space1 Rocket Ramifications

New Space1 rocket ramifications are multiple fold and very significant. The new rockets for 2018 are all propelled by new, large, powerful S1 rocket engines. The new liquid fuel is more powerful than the old discontinued powder.

The huge towering rocket has a much larger space capsule section for multiple space tourists and various payload. The rocket can be adjusted several fold, altering the range, selecting a slower or faster velocity, and completely adjusting the Gforce. More tests are needed to determine the sustainability period of weightlessness.

The new rocket is FAT variety, compared to pre 2018 rockets. Payloads can thus be enormous, complete with vast flight computers, spacious and luxurious tourist quarters, large surround picture windows, and other elements of luxury not seen in other rockets.

The illustration is a conceptual design for illustrative purposes only and may vary significantly from the actual flagship when completed.

Space1 Rocket Launch Pad

Credit: NASA

Space1 is developing a new rocket launch pad. The pad includes all facilities to support a rocket launch, including fueling, pressur-ization, vertical support, and the valves supporting lift off. 

The system design now has a pressur-ization equalization safety valve feature to keep pressure inside the rocket at a safe level. When the rocket pressure exceeds a critical level, the valve opens and the pressure is equalized.

The launch pad now has an automatic fueling sequential piping system that facilitates pressurized fueling. A pressurized fueling is much faster than the old manual method and is more accurate to deliver the specific amount of gauged pressure.

Also added is rapid pressurization control to the nearest PSI for the greatest accuracy. Rocket pumps can deliver the required pressurization accuracy. Mains pressurization relief valve ensures the depressurization of the rocket as needed. Portable fuel tanks are being added to the system, allowing safe transport of fuel and storage of fuel at on site locations.

The rocket pad has a fuel dumping feature, that allows the dumping of fuel when launch missions are complete. The overall design makes the entire launch pad portable. The safety catchment and release system is also a new feature which allows remote launching automatically.

Space1 Most Powerful Rocket Engine

Space1 has created the most powerful and massive S1 series rocket engine to date, a result of work spanning into five years.

The rocket engine has outperformed all other engines in terms of mass payload lifting power and thrust vectoring. The key to the largest engine ever made by Space1 is not only its massive size and engineering construction, but its conversion over to a new liquid fuel rather than dry bonded powder.

Discontinued dry powder is unstable in terms of sparks, random ignition properties and spontaneous combustion, plus it has special requirements and is banned from transport and storage in many countries.

The new massive S1 engine is approximately 50 times larger than the old powder engine though size does vary depending on the space mission. The S1 engine is completely reusable and could provide service over a period of years depending on the number of uses. It will require standard and systemic inspections prior to each launch for stress, cracks, and other anomalies. While black powder rocket engines were not reusable and were expensive, reusing the Chemical S1 engine will be a free endeavor.

Cost to build the S1 is very low, thus facilitating competitive ticket pricing for going into space as a tourist. S1 engines could be clustered or elevator configured for staging, and made proportional in size from the smallest to the largest. The greatest challenge for the new S1 engines is they propel the rocket farther than ever before to realms sight unseen, thus opening the door to the exploration of new dimensions and the most exciting space tour packages.

Space1 Chemical Rocket Fuel

Space1 has converted all dry powder rockets into new chemically fueled rockets, thereby increasing the ability to lift more payload and increasing the safety factor.

The powerful and exciting new space changing chemical rocket fuel was introduced in 2018 to replace the former dry black powder of fireworks origin. The new chemical fuel contains no black powder, no gunpowder, and will radically change the way of travel in space, and is composited by Space1 assigned chemists working on enhanced and modified Heavy Hydroxil Acid. The acid fuel by itself in a natural state is safe and not prone to explosion. However, the modified substance is under duress and precautions are taken to ensure its safety. The substance is fatal when inhaled and may have blistering vapors. The new fuel is mined at no cost and is safe to transport in its unmodified state. The green Earth safe rocket chambered excess fuel is typically dumped on the ground and is safe to the environment due to evaporation. This facilitates use of a portable launch pad and lightens up the overall load for transportation from the launch site. It also makes packaging smaller for return transportation. Overall, this fuel is much safer for transport. However, based on tests, this is the most powerful rocket fuel ever concocted by Space1 chemists and will undoubtedly change the face of space tourism.

Space1 Launching Systems

The complexity of NASA's Kennedy Space Center Launch Pad 39A in Florida

Space1 has approved the design and construction of a completely new launching system. The new system offers remote ignition of launch missions for safety and bleed off neutralization to quickly reach a nominal state.

The new system handles rockets with an improved thrust nozzle capable of reaching greater apogees. The new system is carefully designed to lower the velocity of the rocket during the mission to create a more enjoyable ride for tourists. G-forces are lessened and longer missions are possible for greater viewing.

The launcher is designed to handle real time fueling and pressurization at crucial moments. It has a tanking interface for loading. The design is portable and can be moved from one site to another. The launcher could be attached to ships in free zone waters or aerodynamic planes and dimensional surfaces.

Space1 Adventure

There's a profound adventure about going inside a rocket and experiencing the excitement of the journey.

It's a profound thrill and experience to feel the rocket vibration and G-force liftoff, hear the roar of the engine, look out the window and see the receding view of the Earth below, reaching a period of weightlessness, enjoying the views and returning home safely.

Space1 supports space and space tourism, basically all space travel, even that which culminates in a journey to Mars making us a multi-planetary species. The exciting thing is if you get a hold of one of our reusable safety rockets, you can conduct your own space program and make as many launches as you want into the troposphere and experience the excitement of safe rocket travel.

Space1 is considering a rocket package suited to those who wish to explore space with their own rocket. We would offer a rocket along with a list of items needed for space travel.

Space1 Tour

This opportunity is taken for a text tour of International Space1 Headquarters. This is the first publicly available text tour of Space1's international Corporate Office while maintaining some privacy issues of rocket space development. In the future, photos and video may be selectively added to the tours.

* This is our rocket and instrumentation design section by the picture window operated with several Apple Macintosh computers. We design the rockets here and create the blueprints to work from.

* In this section, on main floor and second floor, we have rocket parts inventory which include electronics for avionics and flight computers, and our newest imaging systems for rocket inspections and recording flight missions.

* Here we do ordering of rocket parts, and orders to supply our new large Chaser Drone Division.

* Over here is where we operate the Chaser Drone Division and run tests. Currently we have at least 15 drones in a flight hangar.

* This lab table is for electronics and smaller mechanical construction. There are two lab tables for this function.

* These two sections are mainly for humanoid robotics, and include at least 14 humanoids being used for space testing and development.

* This area is where we develop our PC programming, portable apps, and keep our PC computers.

* The side location has the lunch room for free snacks, tea and coffee.

* The deck provides a weather station and direct weather observations while weather station equipment measures current conditions. Radios and online data supplement the forecast.

* This Macintosh computer is used to blog Space1 news and updates.

* Meetings are held next to the Drone Division and serve as a place for instructional videos, equipped with iPhones and iPads.

* This is not the only Space1 location as we have operations in the USA, South Korea, Taiwan, Singapore, Hong Kong, Macao, Shanghai and Beijing. There is one undisclosed location in motion.

* This lab bench and room is relegated to the Big Brain artificial intelligence. Other AI are called to work as needed based on our AI standby methods.

* and this is a small astronomical observatory where we keep a Newtonian telescope and keep watch on the sky.

Space1 Officers

Space1 is arranging and reserving a command chain for the next united star ship. Since the advent of the very large Pioneer class ship, larger extended crew numbers are now possible. The following positional chain of command may become available for space missions. The chart shows the relative position and where some positions may overlap in conflict management.

In order of importance:

Admiral
Captain
Commander
Lieutenant
Ensign
Crewman

Space1 Founder Interview

as requested, a short international interview in Asia with Humanoido, the founder of Space1...

Q - How did you come up with the idea for Space1?
A - Space was always a part of my life since before age 3 when parents would take me on trips to the public library where I first learned to read about space and rockets. It wasn't until about age 6 when I regularly began launching rockets. After that, I decided to have my own space programs and the rest is history.

Q - Growing up, do you remember launching your first rocket?
A - Yes, it was a small chemical rocket included in the Gilbert Science kit. I found it to be the most fascinating part of the kit.

Q - What is the most distinguishing feature of Space1?
A - I would say it's the Safety Rocket. For the first time in space history, you can go up in a rocket and stay 100% safe.

Q - What is the purpose of Space1?
A - I wanted to build a fleet of rockets to take people into space as tourists, and do it safely. Touring space is extremely exciting and I want to make it available to everyone interested.

Q - Tell us about the new rocket for 2018.
A - This is our largest and most luxurious rocket to date. It has a fat belly for more interior room and can go farther with the more powerful S1 engine. It can carry the greatest number of tourists and the most cargo. A ship this big can double as a space station and have multi-functions.

Q - What is the future of Space1?
A - This is an incredible mind-boggling exciting adventure and greatly awe inspiring. There's every reason to believe we'll continue to set our goals and sights higher and higher. I'm looking at opening the door to exploring new space dimensional realms that may be unexplored - so a tourist mission could be one of exploration and discovery.

this concludes the interview with Humanoido, Founder of Space1

Space1 Safety Record

Space1 has 5 years of space flight operations with a 100% perfect safety record. Space1 has launched and tested thousands of rockets and engines and engaged in new experimental designs across the span of many years with a perfect safety record.

How does Space1 accomplish such a feat? Space1 will share some of the information but not all the information as it hinges on proprietary safety rocket designs. One key feature common to space systems at Space1 Industries, and not the only key feature, is the ability to use space endeavored parts with a special design - i.e. of no moving elements. No moving elements NMEs are prevalent in the newest USS Pioneer Rocket space ship, the launch pad mechanisms, telemetry, and other systems. If a module has no moving elements, its MTBF ratings will be exceptional. The same NMEs are found all throughout the Space1 space systems, including fuel containment, rocket components such as the Thrusting Nozzle, and other specially designed features.

The Founder of Space1 is the only inventor and innovator of the Safety Rocket, a powerful rocket that keeps its occupants 100% safe during space tourism missions. Space1 is the only space industry that unconditionally guarantees the safety of space tourists. Space1 is rapidly garnering business, the only business that can guarantee safe delivery of payload and occupants. Space is a big business and Space1 aims to keep it safe for all its associates.

Space1 Ban

The Space1 Board Council has initiated new rulings for 2018. Members on drugs and those on drugs applying for membership will be tested and banned. 

Surprisingly, an increasing number of Space1 members from the USA are on mind altering drugs and their unacceptable behavior will not be tolerated. In 2017, one USA member was banned and in 2018 another USA member was banned. The Council has found users taking a variety of drugs - some are taking a deadly cocktail mix. Real life examples include addictions to alcohol, morphine, opiods, narcotics, meth, heroine, and other drugs to include the heavy OD abuse of common substances such as caffeine.

— Space1 (S1) has a five year safety record without a single accident. S1 is a high technology company dealing with high power rockets where a clear thinking and positive supportive mind and attitude is a prerequisite to all activities at all times. —

"President Donald Trump declared the opioid epidemic a national public health emergency on Thursday, telling an audience in the East Room of the White House that "we can be the generation that ends the opioid epidemic." The Opioid and Drug Abuse Commission is to advise the Trump administration on combating the ongoing opioid epidemic claiming more than 30,000 American fatalities annually in the United States. The commission is chaired by New Jersey Governor Chris Christie."

The primary effects observed by the Council of an addicted drug user most often include complete denial of any addiction, and include the manifestation of complex delusions.  They are combative and will refuse any help. They have an inability to comprehend reading coherently and writing is often rude, cynical, delusional, aggressively negative, disruptive and problematic. They may offer threats and have intent to harm and create situations bordering on criminal. The delusions are often manifested around common day to day normality of life and business which is then warped and acutely transformed with highly negative disruptive aberrations, bad moods, and extreme argumentative states. Regrettably the agency has lost time, money and resources in the past with these types of situations.

On an ending notation, S1 has never seen the effects of these same drugs go the other way, as in the movie Limitless, where the lead person becomes astute and genius with greater mental resources and acute sensory perception used for the greater good.

Space1 Rocket Contracts

ANNOUNCEMENT
Space1 has announced the procurement of space contracts and permits for parts acquisition and the construction of a large 2018 USS Pioneer spaceship, designed to undergo construction and engineering overseas internationally. The USS Pioneer spaceship will take a new generation of space faring tourists into the exciting new realm of space. The USS Pioneer is the largest designed rocket since the beginning of Space1 Industries and represents going on five years of work and refinements.

Space1 USS Pioneer Rocket Convention

In many ways of appearance, the real life USS Pioneer space ship is similar to a modified Captain Proton's space ship. The large belly, ability to have radial viewing ports, and the rear-most guidance fins are somewhat similar. As the USS Pioneer rocket space ship is still under manufacturing construction, a close and approximate representation is illustrated here.

USS PIONEER ROCKET SPACE SHIP
Many people have asked about the naming convention of the USS Pioneer rocket, the latest and greatest 2018 rocket invention by Space1. What are the naming convention origins? Beginning with USS, in regard to US military government navy ship technology, it stands for commissioned United States Ship. With space origins it stands for United Star Ship and United Space Ship. In the case of space ship, it's defined as a spacecraft, especially one controlled by a crew. The Pioneer rocket is a spacecraft operated by a crew of technicians, astronauts, humanoids and automatons. The name pioneer is representative of the first pioneering tourists that will ride aboard the mighty rocket into space.