Space1 Rockets & Space Program

Who will reach distant planets first to colonize and claim rich resources?

The space race has taken off between private companies! It's fantastic news of course that more companies are designing and creating rockets for space, but it's not a safety rocket in each example. Only S1 has the safety rocket and we keep our design details under wraps and a guarded secret.

More than 1200 new planets are up for grabs to space companies that can successfully use their technology to not only get there first but land and exploit planetary resources. It's envisioned that robotic humanoid colonies will appear first, constructing and developing the infrastructure for civilization.

We hope to have more rocket launches during FQ1 of 2017 at the new launch site and take more of the first registered batch into space as our world class privileged and history making tourists. Out of our hundreds of launches, every rocket has remained safe, and there are no blow ups whatsoever. We have a perfect track record.

Indeed SpaceX and others need more heavy lift cargo rockets that don't blow up. Their rocket technology is brutally not stable or safe, having blow ups and mishaps where people are killed. Until they change their rocket designs from ages past, it will not be totally be safe. We see many of the new space companies only change the fuel type and that does not make anything safer. People continue to die.

S1 is changing the way we go into space, making it safe and available to more than ever before. This year has seen improvements in our transfer systems, new electronics and flight packages, and a greater feature interface. S1 continues to develop new technology including our own space plane, which tourists may have the opportunity to pilot home, or partake in our amazing SH program of Ejectables, allowing one to don a super hero suit and fly back to Earth.

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Space1 June & July

Robot S1 Construct under skin

In June and July, S1 work was very busy and proceeded on the space hangar, housing, communications, property development, painting, construction of amenities, international travel passport, tools acquisition, and the construction of a new small transport vehicle.

Blogs were not written during this time period. Weather was very uncooperative with strong wind from 60 to 100 mph and extremely hot temperatures and humidity, alternating with rain every other day. Launch fields remained wet, muddy, and not available. Mosquitoes were estimated in the trillions during these two months and carried West Nile disease. A new computer system and wireless color printer was installed along with WIFI, transmitter and outside security cameras. A robot was brought into the main structure and equipping the rooms ensued.

Space1 Transmutational Rocket Lab

Potentials of instrumentation and control

Space1 Rocket Lab, S1 Lab, will be trans-mutated from the USA to Taiwan to avoid freezing Winter months. A subtropical Taiwan location offers mild climate year round with no snow or freezing temperatures, and plentiful e-parts along with lab equipment all available locally.

This season, the S1 Lab will be tailored with research and development specific to the task. Tasks are undisclosed at this time. It is, however, rumored that a new space system will be developed to be more effective in space travel by increasing the gain and sensitivity of the overall program.

This will open up new work in micro space technology. Space1 will have one job vacancy to be filled. Apply at Space1 Headquarters by email, submitting your CV.

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Space1 Quad Power Rocket

S1 has invented a spacecraft named the Quad Power Rocket QPR. The QPR is a combination of one quadcopter drone machine and a powerful rocket. The rocket accelerates at peak velocity and then the quad rotors take over to land the craft on the Earth. Some interesting features are as follows:

* The craft can land upright
* The craft can land at the launch site
* No parachute needed
* Directional landings
* Compensation for wind drift
* Easier find and recover
* Landings have soft deceleration
* No landing Gs

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Space1 Rocket Launch Update 2016

Left: rocket faring with telescope  Right: planetary lander

Wind
The weather for rocket launches in the USA has held up fifteen rockets. During June and July, high winds of gale forces exceeding 65-100 miles per hour were common day after day, followed by torrential rains every other day. The Safety Rocket was kept inside and launches were canceled for safety reasons.

Rain
During August, rain every other day produced mud and soil wet conditions, and great heat and humidity. Again, rocket launches were canceled for safety reasons.

Spaceport
At the end of August, undisclosed complications resulted at the USA Spaceport, concluding with the inability to launch rockets at that facility. Work began on an idea for a new kind of spaceport that would have greater longevity, and avoid any land seasonal or usage anomalies. Rockets are trucked to the site, launched, recovered, and returned to Space1 home base for refurbishing. The new USA spaceport has a target date to become fully operational in 2017.

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Space1 Portable Space Hangar PSH

Space1 has completed the Portable Space Hangar PSH this summer of 2016. As of August 1st, 2016, Space1 had completed the development of a temporary hangar for testing and constructing spacecraft. By the end of August, work was proceeding to bring online ISP security cameras, additional motion detectors, and a multiplicity of reporting alarm systems.

Truck unloads supplies to Portable Space Hangar

Reviewing equipment at the supplier potentially for Portable Space Hangar

Space Hangar has the capacity to temp hold large equipment, spacecraft, house space experiments, store supplies, shield from weather, and support new developments. As Space Hangar is portable, it can be relocated. Currently projects are set up and work is initiated, completed, then the materials and tools are removed.

The expected span of the PSH is two years, at which time the canopy will be removed and a new one installed. One thought is to double the strength by doubling the steel supports at that time. Another idea is to install an invention, as a sacrificial topper to extend the life of the structure by several years. Tests continue to find a coating material that can adhere to the skin over the long term.

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Space1 Technology Star Ship Effect

Exampling transform of technology

Space1 has surpassed itself in the design and invention of technology. The technology star ship effect can be described like this: culture invents a star ship and sends it out on a mission. But during the time span of that mission, a newer star ship is created with greater technology, and is also sent out, whereupon it catches up to the original ship and surpasses it.

Space1 has reached this same nodal point in the development of new technology. The design includes a way to quantize the matter stream and send it into space through beaming. It's this matter stream that has another science added to it, that of storing and programming matter which is critically important to the mission. Most remarkable is the testing that has been performed to show matter data can be compressed and sent along with the space time stream. If the face value of these cards is correct, it too will change the future of space flight, and how people travel into space.

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