Space1 Lunar Landing Update

SPACE1 Lunar Landing Update
There are two open windows for going to the Moon during 2019 to engage in a human lunar landing on the surface of the Moon by SPACE1 and its developed resources established over the past six years.

Resources include Moon suits, telemetry, two diverse Safety rockets, one Super and one Electrodynamic, perfected rocket engines and rocket fuel, Mission Control, with advanced hardware and software systems, and the launch sites in the Pacific Ocean.

Operations were ramped up with additional resources to support a man in the Moon landing, however, at both open windows, extremely bad weather resulted in cancellation of the program launch. It was a long shot, given the in-climate weather patterns occurring seasonally and coinciding with launch windows.

Normally the dichotomy of the flight would transfer to 2020, a year later, however, Mars is on a two year cycle and will be favorably close to the Earth during this time. Preparations are being made for program transference from the Moon to Mars.

Singularity Observatory Diving through Glass

Singularity Observatory
Telescope Diving Through Solid Glass
by Humanoido

First Look: What happens when you take a telescope and look through a window, unopened, through all that nasty non-annealed, impure, bubble filled, non-optical, float glass? Is the image useful in any way? Can it be restored using computer image processing or is it a total loss; a blur of immeasurable proportions?

Setup
Few people know exactly what will happen so we decided to run an experiment using the largest telescope and a glass deck door, during daylight hours. The target was a tall skyscraper about a mile distant. The EP was just under an inch FL giving about 160x with a star diagonal which captured an image of the top part of the building.

Results
The image was flat and even to the edges with good color. While the average ocular produced achromatism around the edges, the image was evenly illuminated. However, no matter how careful one focussed the image, it would only remain a blur. It appeared IP would be relatively useless on the blurred image, though no cam pics were recorded at the time.

Conclusion
One needs to open the window for observing and not look through glass or the image will be blurred. In the future, it may be possible to process images taken through window glass to correct the distortions and aberrations.

Space1 Rocket Cabins 2.0

SPACE1 has introduced new rocket cabins for space flight Denizens. The cabins circle the rocket perimeter and divide the circumference into dozens of stations. Stations may have an open concept or remain closed off for privacy and support walls. The outer wall from floor to ceiling is a space picture window, to see outside during the mission and allow space travel photography. The size of cabins can vary depending on their exact functions. The center can serve as a centralized area for specific purpose, such as payload stowage, instrumentation, and scientific rocket apparatus.

Space1 Pioneer Heavy Rocket Flex Window

Space1 has introduced the Pioneer Heavy Rocket Flex Safety Window as part of the astronaut capsule. 

The window is a wrap around surround picture window capable of flexing upon landing, take off, and throughout the mission, to prevent breakage. 

This safety panel is clear for the best transparency view, ideal for photography of the outside views from inside the capsule. The window is designed to flex.

SPACE1 Nano Telescope Discovered inside a Window

Glass telescope lens inside a glass patio door

When examining common window glass on a sliding patio door, a nano bubble was discovered. It was unusual that this bubble was not air filled but rather glass filled with a spherical fine natural figure. At longer focal lengths, spherical surfaces function well for forming telescopic images. Macro inspection yielded functions of a telescope with imagery focusing on distant objects, seeing far-away mountains and skyscrapers. It's highly unusual to find a telescope lens inside window glass!

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.