July 22, 2013
Mars Arctic 365 Phase 1 Mission a Success
The Mars Society is pleased to announce that the Mars Arctic 365 (MA365) Phase 1 mission has been successfully concluded. Led by Mars Society Steering Committee member Joseph Palaia and including Adam Nehr, Justin Sumpter, Barry Stott, Garrett Edquist and Dr. Alexander Kumar and supported by experienced pilots Richard Sugden and Richard Spencer, journalist Jim Moore and the staff of Mars Society HQ, the crew has completed the key essential mission objectives and has returned safely to civilization.
Departing from Idaho on July 8th, the mission spearhead, composed of Palaia, Nehr and Sumpter, reached the Flashline Mars Arctic Research Station (FMARS) located in the polar desert on Canada’s Devon Island on July 10th. Supported by and eventually joined by the others, the team set about refitting and improving the facility, which had been dormant since 2009.
Among the tasks executed were the revival of two on-site diesel generators and the delivery of a sophisticated new “Carnot” diesel generator purchased courtesy of Association Planète Mars, the French chapter of the Mars Society. As such, there are now a total of three working diesel generators available at FMARS, as well as a gasoline-powered backup. In addition, the crew reactivated the satellite Internet communication system and tested a new satellite phone system donated by Iridium. A large, powerful four-wheel drive ATV capable of hauling heavy payloads across rough terrain and provided at a sharp discount by Arctic Cat, was brought in, along with an ATV trailer. The station’s old ATV trailer was made operational again as well, assuring redundant ground transport capability. (For a complete list of mission sponsors, please click here.)
The structural condition of the FMARS facility was assessed and found to be in excellent shape. The station’s electrical, water and waste disposal systems were all successfully reactivated. A new induction cooking range was installed, and other interior fixtures were also refurbished. The on-site stored food supplies were assessed, with most found to be sound and the rest disposed of.
Outside the FMARS hab, a berm to enable secondary containment of large quantities of fuel was built and stockpiled with diesel fuel. Two new airstrips were opened up to help assure good logistic support of the station despite unfavorable crosswinds, snow or other nuisances that might impede operations were the mission restricted to just one airstrip. A weather station, useful for both climate research and support of mission operations, was installed and activated. Large amounts of additional equipment from U.S. and Canadian suppliers were also transported to Resolute Bay, where it will be stored over the winter and ready for rapid deployment to FMARS in July 2014.
Commenting on the success of MA365 Phase 1, crew commander Joseph Palaia said, “Our team completed the critical mission objectives we had set out to accomplish. We plan to return to FMARS at the beginning of next season to deliver more equipment and supplies and complete preparation of the station for the Mars Society’s historic one-year expedition.”
MA365 is a plan to simulate a one-year Mars human surface exploration mission at FMARS. The mission crew will conduct a program of field exploration in one of the most Mars-like environments on Earth, while operating under many of the same operational constraints as an actual Mars mission. In the course of doing this, crew members will learn a great deal about which methods, technologies and tactics will work best on the Red Planet. Furthermore, they will do this while dealing with the stresses that come not only from isolation, as the Mars500 crew experienced, but also cold, danger, hard work and the need to achieve real scientific results, and thus truly begin to explore the critical human factor issues facing Mars exploration. Nothing like this has ever been done before.
The preparatory Phase 1 of the MA365 mission has now been completed. Phase 2, which will include final refitting operations followed by the initiation of the one-year Mars simulation, will begin in July 2014. A call for crew volunteers for the MA365 Phase 2 expedition will be issued shortly by the Mars Society.
Financial contributors are also needed to enable and support the MA365 mission. All donations to the Mars Society are tax-deductible (federal tax ID number 31-1585646). Numerous sponsorship opportunities, including purchase of the mission name, are available. Please contact Mars Society Executive Director Susan Holden Martin for more details.
A gallery of photos taken by the MA365 Phase 1 crew has been posted on the mission’s new web site (www.ma365.marssociety.org). Also a complete report on July’s MA365 expedition and plans for the one-year simulation mission will be presented at the 16th Annual International Mars Society Convention to be held at the University of Colorado Boulder, August 15-18, 2013. The preliminary schedule for the conference has been posted, and online registration is available.
And So It Begins… MA365 Crew (Phase 1) Departs for Devon Island
July 8th, 2013
Crew members of the Mars Arctic 365 mission (Phase 1) have begun their journey to the Flashline Mars Arctic Research Station (FMARS) in northern Canada, departing earlier today from Idaho.
Weather permitting, the team is expected to arrive on Devon Island on Wednesday to begin a two-week expedition to upgrade and refit the FMARS facility in preparation for the one-year Mars surface simulation, which is expected to begin in the summer of 2014.
Regular updates, including photos and videos, will be posted on this web site and related Facebook page.
Mars Society Launches Effort to Conduct One-Year Mission in the Canadian High Arctic
May 20th, 2013
The Mars Society announced today that it is initiating an effort to conduct a one-year simulated human Mars exploration mission in the Canadian high Arctic at its Flashline Mars Arctic Research Station (FMARS). Situated at 75 degrees north, roughly 900 miles from the North Pole, FMARS is located adjacent to a 20 kilometer meteor impact crater in the midst of a polar desert that is known to represent one of the most Mars-like environments on Earth. By conducting a Mars surface mission simulation at FMARS of the same duration as is needed for an actual expedition to the Red Planet, the Mars Society will take a major step forward towards learning how humans can most effectively explore the new interplanetary frontier.
The Mars Society plan, called Mars Arctic 365 (MA365), is divided into two phases. Scheduled to commence this July, the first phase will accomplish the refit of FMARS and enhance the facility’s equipment, enabling it to support an effective one-year mission, which will require wintering at the station through six months of deep sub-zero temperatures. Phase 2 will be the one-year simulated Mars mission itself.
Costs of the MA365 program are estimated at $130,000 for Phase 1 and $1,000,000 for Phase 2. As Mars Society President Dr. Robert Zubrin explained, “The Mars Society has already received a $30,000 cash pledge, as well as the free loan of the services of two Arctic-capable aircraft and their expert pilots, worth (at least) $50,000 to support the mission. Thus we now have in hand $80,000 of the $130,000 necessary to fully accomplish MA365 Phase 1, and therefore we are starting the program. We still need, however, another $50,000 if we are to complete Phase 1 this summer, which has to happen in order to initiate Phase 2 in 2014. Therefore I am calling on everyone who wishes to see human explorers on Mars in our time to contribute whatever you can now to make this bold plan a reality.”
Zubrin continued; “The Mars500 mission recently completed in Moscow achieved much good scientific data and attracted worldwide attention. MA365 will go much further. We will also deal with isolation issues, but instead of sitting safe and sound in a nice warm room in the middle of a city, our crew at FMARS will be required to conduct a sustained program of geological, microbiological and climatological field exploration in a cold and dangerous remote environment while operating under many of the same constraints that a human crew would face on Mars.”
“It is only under these conditions,” Zubrin continued, “where the crew is trying hard to get real scientific work done, while dealing with bulky equipment, cold, danger, discomfort, as well as isolation, that the real stresses of a human Mars mission can be encountered, and the methods for dealing with them mastered. It is only under these conditions that all sorts of problems that Mars explorers will face can be driven into the open so they can be dealt with. Only by doing these missions can we make ourselves ready to go to Mars. Nothing like this has ever been done before. It needs to be done, and we intend to do it.”
Among the goals of the MA365 Phase 1 mission will be to refit and better insulate the hab, build an equipment storage shed and add two new generators, a thermal heating system, four all-terrain vehicles (ATVs), four snowmobiles (skidoos), a weather station, a ham radio station backup com system, a small electric range and an upgraded lab. Those contributing $5,000 or more will be given the right to name any one of the 16 aforementioned major units (the hab was named after Flashline.com in July 2000) as they choose, on a first come, first choice basis. Please indicate your top three preferences with your donation.
To carry the fundraising for the MA365 mission, the Mars Society is making use of the online fundraising. Those wishing to donate online are kindly asked to visit our donations page. In addition, those interested in contributing by check should send their donation to:
The Mars Society, 11111 W. 8th Avenue, unit A, Lakewood, CO 80215.
All donations to the Mars Society, a registered 501(c)(3) non-profit organization, are tax deductible. Our organization’s federal tax ID number is 31-1585646. Please express your support for Mars exploration by giving generously.
A complete report on the MA365 Phase 1 mission will be given by members of its crew at the 16th Annual International Mars Society Convention, August 15-18, 2013 at the University of Colorado in Boulder. For more information about this year’s Mars Society convention, including registration details, please visit our web site.