Space1 High Powered Transmitters

SPACE1 HIGH POWER
SPACE TRANSMITTERS
Humanoido at SPACE1 has developed an array of TRANSGAIN - high powered space transmitters for space transmissions across space and time for upcoming space missions.

New high powered space Transgain transmitters have greater signal strength and clarity, and an extended range from Earth Mission Control to extended space. The transmitters have dozens of high powered channels working with both voice and video, and are the focal point of the new SPACE1 Rocket Robotic Autonomic Space Telescope. Transmitter features include extreme portability, light weight, small physical size, a multiplicity of simultaneous transmissions, and the ability to set the power of transmissions and specific channel frequencies.

Moon Landing Update

Moon by Humanoido

Moon Landing is Updated
When will we see Boots on the Moon?

Work and excitement is rapidly progressing at SPACE1 towards the high technology Manned Moon Landing Mission. The mission is dependent on several other mission completions and these have some requirements to be met. SPACE1 is scheduled to host the first manned return mission in 2019 to the Moon since Harrison Schmitt and Gene Cernan left the surface of the Moon 47 years ago. In this endeavor, SPACE1 appears to be at the top of the group for a scheduled first to reach the Moon ahead of NASA and ahead of private industry SpaceX, Boeing, Blue origin, and Lockheed Martin. SPACE1 has worked six years on the project and excited followers of the private space industry are looking forward to seeing results in their lifetime!

Parts Aquisition
Apparently the parts supplier put parts on backorder, after specifying parts were available, and while the lunar missions can be accomplished without the parts, it would be much better to include the new constructed modules and components. This is now a priority.

Camera Lunar Landing Imaging
While several Moon cameras are now available at SPACE1 Labs, work needs to begin on the primary mission camera. All the components are available for the primary mission camera. As a backup insurance policy, purchasing will go out this week to review new off the shelf cameras ready to be installed onto the spacecraft so as not to miss the timeline.

— We cast our line of technology into the ocean of space, catching the greatest wonders in the Universe — Humanoido

Prerequisite Lunar Missions
It's still very important to initiate and complete the lunar missions prior to the Moon landing. The includes the A) Commemorative Mission, B) Polar Orbiter Mission, C) Far Side Mission, and finally D) Lunar Landing. The one mission in question is the Far Side Mission because it requires a more specialized launch window to become available. It's possible the Lunar Polar Orbiter Mission will be pushed to the number one position and happen first because the parameter calculations are now simplified and ready to go.

Astronaut & Spacesuit
Astronaut Humanoido is prepared and trained for the mission, and will continue to prepare with instrumentation and setup plus rehearsals up to the launch date. Last minute ideas and flight conveniences are being incorporated into the Lunar Landing Mission spacesuit, primarily work with the helmet complexity.

Space Helmet design
Humanoido has designed a system to simultaneous compliment the lunar landing mission through a special space helmet that allows it to generate wireless transmission telemetry and automatically record the entire mission as it unfolds. When an astronaut looks in a direction, the flight telemetry will record that direction. This will happen with new electronic digital media lasting the entire duration of the Moon landing mission. If all goes according to plan, the mission will play back on computers equipped with playback devices at Mission Control and therefore snippets of the best part of the mission will concatenate and post to news sources.

Singularity Observatory Participation
Singularity Observatory is taking part in the pre-mission by telescopic lunar surveys and mapping the lunar topology in search of a suitable landing site. This is based on lunar regolith temperature, popularity of the site, accessibility, the shape and type of lunar terrain, and the analysis of landing parameters. Two or more telescopes will be used for the surveys and the results will be combined.

Space1 in 2018

A massive new Space1 rocket is in development stage - showing body and capsule for testing

Space1 in 2018 is a transformation and change worth noting. Some changes are outlined below.

 * Drone Lab is no longer in the USA and was recently moved overseas. The move will combine the drone portion with the electronics telemetry portion to amplify the abilities of the Lab.

* Rockets have a new overall design for shipping and transport, that will comply with new laws regarding the shipping and moving of rockets, rocket fuel, fireworks and hazardous items, within and across state lines. The design also complies with international law.

* A new rocket fuel is now used. Rockets have a new design with a benign fuel that can be safely created likely anywhere domestically or internationally. The fuel in storage or in a refueling state is benign and cannot blow up. Also such rocket fuel is available everywhere and free for the taking. Tailoring rocket fuel is simplified to a few easy steps of mining.

Space1 Smallest Rocket Cam in the World

Space1 unveils the worlds smallest rocket cam

Breaking News: Friday April 8, 2016

Space1 Lab unveils the world's smallest rocket cam today. Named Rocket CAM, the prized part is smaller than the size of a postage stamp, smaller than a thumb nail, and only a few millimeters on each side.

The high resolution cam is constructed for multi-functionality during rocket flight. Modular functions make it programmable for a number conditions. Added supporting parts creates more functions such as a down-link telemetry based package to send data from the rocket, to include space bound images with motion video, to a rocket ground base. The raw camera includes an electronic driver board which has a standard compatible interface and handles multiple dimensions of wave-forms. It draws energy off high power Lithium Ion cells for activity throughout the entire rocket flight, ideal for space tourism missions.

Space1 Index

Space1 Listening to Rockets

SPACE RADIO
You can listen in to Space1 rockets by constructing your own DIY equipment. Space1 rockets vary their frequency on a regular basis based on particular missions, tests, and space rocket launches. Currently we are conducting rocket telemetry tests with new systems in the HF radio spectrum.

Interests
For example, future telemetry of interest may be in the form of camera motion pictures and images showing tests, the interior or exterior of rockets, the receding Earth during rocket launches, and the environments during reentry and recovery.

How To DIY
To find the right frequency, use of an auto scanning frequency receiver will lock onto the signal. A large directional gain rotation antenna will tune in the carrier band much better. Output can be your choice of PAL or NTSC to a video monitor to show real time events. We often use sound as a component of the transmission. You might hear the roar of a rocket engine during a test. As events unfold, a capture board can save the data. For a home brew system on a budget, you can build your own DIY antenna from a small recycled satellite TV Dish. http://www.wlan.org.uk/diy-ant.html You can get some ideas from this little itty bitty radio telesscope.
http://www.stargazing.net/david/radio/itty_bitty_radio_telescope.html

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