As member of the worldwide Mars Mission project, the Austrian Space Forum develops the astronaute's suits. For communication with the base station the astronautes use the AKG headsets GHS1. Another Mars Mission simulation test was held this August.
The Mars mission center also uses HSC271 for their international communications, as well as C1000S microphones for their video productions.
Microphones and headsets from AKG by HARMAN are the hardware of choice for the Austrian Space Forum’s (OeWF) current Mars simulations, due to their unparalleled reliability, flexibility and sound quality.
OeWF, a group of aerospace specialists that works to build connections between the space industry and the public, conducts technical workshops and conferences, and helps certify analog astronauts for Mars simulations. Analog astronauts are individuals who meet specific physical fitness and scientific education criteria and are trained by the OeWF for field explorations.
In order to gather the knowledge needed to prepare for human explorations on Mars, the OeWF ventures to Mars-like habitats, such as the Canadian Arctic and the American Southwest. In these environments, the OeWF has held long-duration simulated field explorations, during which analog astronauts outfitted in full space suits practice communicating with mission control under many of the same constraints they would face on the red planet.
Currently, analog astronauts use AKG GHS1 headsets to communicate with the base station, while the mission control center uses AKG HSC271 headsets for international communications and C1000 S microphones for video production. Gernot Groemer, President of the Austrian Space Forum, said the AKG headsets and microphones were chosen for their sound quality and ability to stand up to the rigorous demands of space simulations.
“After a while in a simulated space environment, headsets may become uncomfortable inside the suits or a microphone piece might break off,” Groemer said. “We’d have another five or six hours of a simulation ahead of us with faulty equipment we couldn't fix. We needed something better.”
A volunteer for the OeWF encouraged Groemer to look closely at AKG. Groemer and his team chose a variety of AKG products with the intent to “use, abuse and overuse them” to ensure they could hold up to the rigors of space flight. “Every piece of technology has a breaking point,” Groemer said. “It’s our responsibility to find those points and see what hardware will serve astronauts best when it’s time for a real mission.”
Groemer said the AKG products provided a variety of benefits to both the field teams and the mission control crew. The headsets are ergonomic and accommodate many different head sizes, while the headphones have a soft cushion. The microphones allow for remote muting, and signal quality was at a level, where all instructions from mission control were accurately reproduced in the astronauts’ headsets. Groemer said that the sound quality from the AKG headsets is exceptional, enabling doctors to assess an astronaut’s breathing rates over the noise of ventilation.
Perhaps the most important feature of the AKG products is their sustained reliability—a necessary component for space simulations that can last more than eight hours.
“We put a premium on communication when we’re in the field,” Groemer said. “It’s the lifeline between the field crews and the mission support center. If something goes awry, we can still survive as long as our teams can communicate. It’s as important as the air we breathe.”
Information courtesy http://www.akglife.com/austrian-space-forum