Project SpaceCam

Before noon on December 17, 1903 our future changed.





Orville Wright conquered flying on air. The flight lasted 12 seconds and took him 37 meters (122 feet) at a speed of 10.8 km/h (6.7 miles per hour). Immediately after Wilbur also flew a length of 260 meters ( ) in 59 seconds at a speed of 19 km/h (12 miles per hour ) both brothers flew twice on this day.

Orville later said that for the first time, a machine carrying a human was able on its own power to fly horizontally forward and land without crashing.

The flying machine had a wingspan of 12.3 meters, a length of 6.4 meters and a height of 2.8 meters and a weight of 340 kg. The machine was constructed of wood and covered with stretched fabric. The pilot lay stretched out on the bottom wingspan.


"Mouillard and Lilienthal the great prophets of flight filled us with enthusiasm and changed our curiosity into reality.".
Wilbur (left) und Orville (right) Wright, inventors


30 years later - the beginning of private air transport.



Tante Ju ( Junkers Ju 52 )

Its not entirely clear as to the exact date of the beginning of civil aviation. The mid 1920's saw the birth of the more important aviation companies such as Lufthansa in 1926. Was it the end of the 1920's the real start when the "larger" civil airplanes were constructed and put into operation?
The above photo shows an example of one of these planes baptized Aunt Ju, as one of the first long distance private passenger carrier. Lufthansa selected the Junkers Ju 52/3m type as its standard airplane because of their extraordinary reliability. In the fourth quarter of 1932 Lufthansa ordered 11 planes of this model. In the year 1938 75% of all commercial civilian air traffic used the Ju 52/3m model. With the Berlin-Tempelhof airport serving as Europe's main center. Then came the war.


On October 4, 1957 man reaches to the stars




Sputnik 1- The beginning of space travel.
For more information of space travel, click here

On July 29, 1955 US-American President Dwight D. Eisenhower requests an earth satellite in preparation for the International Geophysics Year. The Soviet Union reacted only four days later with their announcement of a similar program.

On October 4, 1957 unexpectedly for the western world, r the Soviet Union from the launching space station Baikonur launched a spherical satellite Sputnik 1 with a diameter of 58 cm ( ) using a modified type R-7 intercontinental rocket. The 83.6 kg earth satellite contained a thermometer and an active radio transmitter transmitting short wave signals in the 20-40 MHz range for 21 days. This proved that one could locate artificial objects in space. Sputnik 1 orbited the earth once every 96 minutes for 57 days until it re-entered earth's atmosphere.


47 years later- First manned private flight to space


On June 21, 2004 at 06:45 local time before the eyes of spectators at the Mojave airport in the state of California, USA , it took an hour for White Knight to carry SpaceShipOne to the drop-launch altitude of 47,000 feet. The first non-governmental rocket ship flew to the edge of space today and was piloted to a safe landing on a desert airport runway here.
Civilian test pilot, now turned astronaut Mike Melvill brought SpaceShipOne down to the Mojave Airport tarmac after flying to 100 kilometers (62 miles) in altitude, leaving the Earths atmosphere during his history-making sub-orbital space ride.
Take-off occurred at about 9:45 a.m. ET, or 6:45 a.m. local time, with SpaceShipOne tucked under the White Knight carrier craft.
Once set free an hour later, and after a few seconds of glide control at around 47,000 feet, Melvill ignited SpaceShipOnes hybrid rocket motor. From the ground, flame and smoke could be seen as the rocket plane roared to life and shot upward through Mojave Desert skies. Slicing skyward and outside the Earths atmosphere, the vehicle and pilot spent about three minutes in freefall weightlessness.

"In the 1930's the aviation business was subsidized. After the war the jet technology evolved into a commercial aviation enterprise. I was convinced very early on that space travel would also develop into a commercial industry. Everything that is scientifically motivated based only on prestige must come to pass."


Lutz Kayser, pioneer of private sector rocketry construction (OTRAG)

For more information on OTRAG, click here
Film about Lutz Kayser, click here


Today

! The Future is Now !




Photo : Rod and Randa Milliron - Pioneers of space

„Our philosophy is to make space travel affordable for everyone. We believe in the colonization of the moon and the expansion of humanity in the solar system.“
Randa Milliron, founder of Interorbital Systems


The Seastar rocket from Interorbital Systems


After more than a decade of dangerous, difficult field trials and scientific reasearch, the dream of the founders and colleagues are shaping into reality.

Previously only the miltary, governments and affiliated corporate entities had the means and possibility to launch satellites and payloads into orbit.

Together we the people now have, for the first time, the possibility in an affordable, environmentally friendly way to launch our own satellite carrying space camera to produce uncensored live pictures of the earth streamed over the internet.
Interorbital Systems have made this possible with their affordable propulsion and delivery system.


Proof of Concept


The first steps in this new era of space travel will consist of several test launches of the SeaStar rockets before the delivery of the camera in low earth orbit. The SeaStar was developed by Interorbital Systems under the expert eyes of international specialists (including German rocket pioneer Lutz Kaiser a close colleague of legendary Werner von Braun). The Seastr is able to deliver a payload of up to 25 kg in weight up to a low earth orbit altitude of 320 kilometers. Unlike the SpaceShipOne that barely scratched the edge of space and would enable future passengers the experience of a few minutes of weightlessness, IOS and Vision One intend the full operation of "real space flight and travel.

The satellite will be staioned in polar orbit at a height of 322.6 kilometers. The complete orbital cycle from the north to the south pole will be 90.9 minutes. The satellite orbit rotation around the earth take place at a speed of 17,000 miles per hour with a total earth coverage every 17 hours.
The Seastar with the Vision One/IOS Spacecam on board, will be proof that without military and political support it is possible for humanity to continue evolving its technological potential independently for the benefit of all.

Project SpaceCam is the initial step in going beyond the veil of control and secrecy.

Project SpaceCam marks the beginning of an era that will bring free energy technology and health related knowledge and technologies to make the present antiquated, invasive and controlled energy-health cartel obsolete on behalf and in favor of humanity.

How you can start



The time frame



We are aiming to gather the necessary capital through this webpage in order to carry out the portrayed timetable. Anyone can join in and participate in the realization of this plan. We require 1.2 million US dollars in order to carry out this full project including both the test launches and the low earth orbit launch of the SpaceCam. We are seeking worldwide a total of 1.5 million philanthropists to join in Vision One and donate a minimum of EUR 1.00 or $1.00 USD. We prefer the participation of 1.5 million caring humanitarians donating $1.00 (obviously if someone has the means to do more thats fine but the target is a database containing 1.5 million individuals so we can make that difference in the quality of life). We are aiming to find and fund up o 5 projects a year, with each project not costing more than 1.5 million $.


Join in here



As a thank you, we take you to space




The journey of a 1000 miles begins with the first step........


 
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