Mars One Receives First Funding for 2023 Manned Mission to Mars
AMERSFOORT, THE NETHERLANDS, 29 August 2012 – Mars One is pleased to announce receipt of initial funding through sponsorship revenue, a major step towards sending a manned mission to Mars.
Mars One is a private Dutch organization whose intent is to land the first humans on Mars in 2023. Following a fully robotic construction of a habitable outpost between 2016 and 2020, subsequent crew arrivals will occur every two years. The existing technical plan of Mars One is unique in that it requires incorporation of only readily available technologies developed by major, established aerospace companies from around the world. As such, Mars One is a non-political integrator capable of delivering humans to Mars with less overhead, less total risk, and faster than any other existing organization.[show_AdSense float=”left”]Bas Lansdorp, founder and President of Mars-One offers, “Receipt of initial sponsorship marks the next step to humans setting foot on Mars. A little more than a year ago we embarked down this path, calling upon industry experts to share in our bold dream. Today, we have moved from a technical plan into the first stage of funding, giving our dream a foundation in reality.”
Self-funded for the prior eighteen months, conceptual development and initial technical development is complete. In the latter half of 2012 and early 2013 Mars One will move to enable growth of its technical and management staff. From mid 2013 forward, funding will largely be generated through a growing, global media event built around the selection and training of astronauts for the manned mission.
Dan Petrovic, General Director of Dejan SEO: “Mars One is not just a daring project, but the core of what drives human spirit towards exploration of the unknown. We are privileged to be a supporter of this incredible project.”
Mars One corporate sponsorship funds will be used primarily to finance the conceptual design studies provided by the aerospace suppliers. These design studies demand 500 to 2500 man-hours each, a comprehensive technical design of the various components of the Mission to Mars. Conceptual design studies will be completed for all components of the mission, from robotic construction of the outpost to the arrival of the first humans.
“We consider landing humans on Mars an imperative mission for the future of human exploration. We are proud to support this initiative and in a small way, help Mars One achieve it … having invested in a prior initiative headed by Lansdorp, we have confidence in the success of this bold, challenging objective,” states Gruus van Woerkom, General Director for Byte Internet.
Once the conceptual design studies are complete, the selection of astronauts will commence. Unlike anything ever conducted in the history of space exploration, Mars One intends to make possible the opportunity for any qualified applicant from any nation to become an astronaut.
Mary Roach, author of best selling Packing for Mars: The Curious Science of Life in the Void states, “The Mars One concept takes [colonizing Mars] to another level by adding an element of global audience participation. Yet at their core the Mars One team are aerospace professionals with the background and contacts to pull together the technical aspects of the mission.”
Initial sponsors include:
· Byte Internet – Silver Sponsor (http://www.byte.nl)
· VBC Notarissen – Contributor (http://www.vbcnotarissen.nl)
· MeetIn – Contributor (http://www.meetin.eu)
· New-Energy.tv – Contributor (http://www.new-energy.tv)
· Dejan SEO – Contributor (http://www.dejan.com.au)
About Mars One
Mars One is a private, non-political organization whose intent is to establish a colony on Mars through the integration of existing, readily available technologies from industry leaders world-wide. Unique in its approach, Mars One intends to fund this decade-long endeavor through an interactive, reality TV style broadcast from astronaut selection to robotic construction of the outpost; from the seven month flight through the first years on Mars.