The Mars Society is pleased to announce a new mission, Mars 160, using both of the organization’s analog research stations. This program will involve the same seven person crew doing similar science operations for the same period of time - 80 days - initially at the Mars Desert Research Station (MDRS) in southern Utah in the fall of 2016 and then continuing at the Flashline Mars Arctic Research Station (FMARS) in northern Canada in the summer of 2017.
The multi-national crew will include:+ Dr. Alexandre Mangeot, Commander & Engineer (France)
+ Yusuke Murakami, Executive Officer (Japan)
+ Shannon Rupert, Biologist (U.S.)
+ Anastasiya Stepanova, Journalist (Russia)
+ Claude-Michel Laroche, Engineer (Canada)
+ Dr. Jonathan Clarke, Geologist (Australia)
+ Susan Jewell, MD, Biomedical Research (UK)
Ms. Rupert will serve as the mission’s Principal Investigator, while Dr. Robert Zubrin, President of the Mars Society, will operate as Program Manager.
During the course of two 12 week missions, the crew will conduct a sustained program of geological, paleontological and micro-biological field exploration while operating under many of the same constraints that human explorers on the Red Planet would face. The team will also carry out Mars-relevant engineering research, testing biomedical tele-science, spacesuit technologies, EVA traverse strategies, astronaut cross-training in the field and habitat technologies. By so doing, they will help advance humanity’s knowledge of how to explore on the Martian surface.
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The following is the final report of Mars Desert Research Station Crew 142, which recently completed its nearly two week field rotation at MDRS in southern Utah.
The 142nd crew rotation at the Mars Desert Research Station has just completed its ten day period in sim as part of the Mars Arctic 365 mission crew selection process. The crew is pleased to report a successful and productive mission in which nearly all of our mission objectives were achieved.
During our fifteen days at the hab, Crew 142 mounted a total of 9 in sim EVAs to sample and assess the terrain surrounding the hab for gene mining and to assess feasibility of sea ice and permafrost experiments at the Flashline Mars Arctic Research Station (FMARS) in northern Canada. We conducted experiments on the usefulness of flying drones to guide EVA activity and perform remote reconnaissance. We also used the greenhab to experiment with using cyanobacteria to convert Martian resources into a form that is suitable for plant growth, and to experiment with Martian soil amendments to determine the viability of growing food on Mars.
To read the full Crew report, please click here.
The Mars Society is pleased to announce that Crew 142 arrived on Saturday afternoon (November 1st) at the Mars Desert Research Station (MDRS) in southern Utah to begin the 2014-15 MDRS field season.
Crew 142, consisting of seven people, is the first of three crews composed of finalists for the planned Mars Arctic 365 mission that will serve at MDRS for two weeks of training and testing.
To follow the work of the MDRS crews during their rotating two-week visits involving Mars surface simulation activities and research, please visit the MDRS Facebook page or join the MDRS Twitter feed - @MDRSupdates.
Mars Arctic 365 (MA365) mission. These finalists have been divided into three crews of seven persons each and will be sent to the Mars Society's Mars Desert Research Station (MDRS) in southern Utah for further training and to gain data for the remaining selection process that will lead to the choice of the final six-person crew to perform the MA365 mission (the final crews have been enlarged from six to seven to allow for the selection of alternates).
The MA365 finalist crews will constitute MDRS crew 142 (Nov. 1-16, 2014), crew 143 (Nov. 15-30), and crew 144 (Nov. 29-Dec. 14). They include scientists, engineers, writers, doctors, military officers and outdoor adventurers drawn from the United States, Canada, the United Kingdom, France, Italy, Germany, Finland, Russia, Japan, Australia, and Brazil. Their names and areas of expertise are enclosed in the table below.
To read the full announcement, please click here.
The Mars Society unveiled yesterday the official mission patch for its Mars Arctic 365 (MA365) venture, a historic 12-month human Mars surface simulation that will conduct a unique program of field exploration in one of the most Mars-like environments on Earth - the Canadian Arctic, while operating under many of the same operational constraints as an actual human mission on Mars. Scheduled to begin in the summer of 2015, the one-year program will take place at the Mars Society's Flashline Mars Arctic Research Station (FMARS) on Devon Island in northern Canada.
The new patch was generously created and donated by graphic artist Tim Gagnon of Titusville, FL and his partner, Dr. Jorge Cartes of Madrid, Spain. Working together since 2007, the two veteran designers have a long and storied history of creating patches for NASA and many of its human space flight missions, including those involving the Space Shuttle and the International Space Station.
“I wanted to participate in this one year Mars Arctic 365 expedition set up by the Mars Society because of its opportunity for analog research. This mission will help lay the groundwork towards the time when we send humans to Mars,” said Mr. Gagnon.
Commenting on the new MA365 patch, Mars Society President Dr. Robert Zubrin said, “We want to thank Tim and Jorge for their wonderful mission patch. It will certainly help us publicize our Mars simulation and drive home the point that this important initiative is a serious one that will greatly benefit planning for a human mission to the Red Planet.”
Copies of the MA365 mission patch will be available to donors to the Mars Society’s Indiegogo crowdsourcing campaign, which is helping to raise funds for the Canadian Arctic endeavor (there are 30 days remaining in the online campaign). To help support MA365 or learn more about the mission, please click here to visit our web site.
The semi-finalists for crew selection for the Mars Society’s Mars Arctic 365 (MA365) mission have been announced. Chosen from a group of over 200 applicants, the 62 semi-finalists consist of 49 men and 13 women drawn from 17 countries, including the United States, Canada, Brazil, the United Kingdom, France, Germany, Italy, Sweden, Finland, Russia, Ukraine, Bulgaria, Turkey, India, Japan, Australia and New Zealand.
The 62 individuals selected represent a wide range of expertise and skills including geological, biological, medical, aerospace, mechanical and electrical engineering, mechanical trades, journalism and Arctic and wilderness survival training.
A complete list of the selected semi-finalists can be viewed here.
The next step in the MA365 crew recruitment will be a process leading to the selection of 18 finalists. The final 18 will be divided into three crews of six people each, who will then be sent to the Mars Society’s Flashline Mars Arctic Research Station (FMARS) on Canada’s Devon Island for two weeks of trial field testing during the summer of 2014. On the basis of demonstrated performance, the best crew will then be chosen for further training, leading to the initiation of the Mars one-year mission beginning in the summer of 2015.
The MA365 mission is an effort to conduct a one-year simulated human Mars mission in the Canadian Arctic. The mission will take place at FMARS, a simulated landed spacecraft and research station "on Mars" built and operated by the Mars Society.
Situated at 75 degrees north and less than 1,000 miles from the North Pole, the Mars facility is perched on the rim of a 14 mile wide impact crater in the midst of a polar desert considered one of the most Mars-like environments on Earth. MA365 will see a crew of six scientists, researchers and explorers conduct a Mars surface mission simulation for 12 months, including over the harsh, sub-zero Arctic winter.
By conducting this full-scale dress rehearsal of a human expedition to Mars in a realistic habitat and environment for practically the same duration as an actual mission to the Red Planet, we will take a great step forward in learning how humans can work together to effectively explore the new frontier of Mars.
Nothing like this has ever been done before! You can help make it happen!
History is not a spectator sport. If we want to get humans to Mars, everyone needs to pitch in. The Mars Society recently launched an Indiegogo online campaign to help fund this historic mission. Please donate generously and spread the word to others!