DEEP SPACE
EXPLORATION SUPPORT
A private research and development enterprise.
Medical support for manned space missions, we design life-saving procedures and technological innovations for hypo- and microgravity environments.
DEEP SPACE
EXPLORATION SUPPORT
A private research and development enterprise.
Medical support for manned space missions, we design life-saving procedures and technological innovations for hypo- and microgravity environments.
DEEP SPACE
EXPLORATION SUPPORT
A private research and development enterprise.
Medical support for manned space missions, we design life-saving procedures and technological innovations for hypo- and microgravity environments.
PROJECT: ATMED RESTRAINT SYSTEM (ARS)
The initiative centers around a proprietary solution called the Atmed Restraint System (ARS). The ARS aliows the rescuer-astronaut to maintain a fully stable position next to the patient while performing cardiopulmonary resuscitation (CPR). This ensures an effective transfer of compression force in zero or significantly reduced gravity environments.
ZERO-G ENVIRONMENT
Fully effective in microgravity.
LUNAR-G ENVIRONMENT
Optimided for lunar hypogravity.
CMRS/ARS SYNERGY
Integrates seamlessly with the CMRS, forming an innovative CMRS/ARS solution.
ABOUT THE INITIATIVE
The Atmed Space Medicine Initiative is a private enterprise born out of a passion for creating medical solutions dedicated to extreme environments.
Founded in 2026, the initiative carries an ambitious mission to develop medical support systems essential for the safe exploration of deep space (Moon, Mars).
The initiative brings together enthusiasts and experts in space, aviation, diving. hyperbaric, high-altitude, and extreme medicine.
As part of the initiative, the interdisciplinary research and development group Atmed Space Medicine Team – conducts advanced scientific research and tests specialized rescue equipment in simulators, as well as hypogravity and microgravity analogs.
For our research, we utilize the Medical Simulation Center, Neutral Buoyancy Training Pool (NBTP), and Human Training Centrifuge (HTC).
FOUNDER & AUTHOR
Lt. Col. (Ret.) Arkadiusz TRZOS, MD, PhD
Physician, scientist, and expert in emergency medicine and extreme environments. He combines years of military and academic experience with a vision for developing rescue systems tailored to the new era of manned spaceflight He leads the operations of the Atmed Space Medicine Team (ASMT)
HISTORY AND MISSION
HISTORY
Atmed’s research and development work is driven by a simple yet urgent conviction: the dynamic advancement of modern astronautics requires adequate medical backup. The initiative was founded in 2026 with the bold ambition to refine rescue elements necessary for safe deep space exploration (Moon, Mars). The project is the result of five years of research and testing of a new medical (resuscitation) platform conducted in neutral buoyancy and microgravity generated
inside a Human Training Centrifuge.
MISSION
Today. medical assistance in Low Earth Orbit (LEO) is heavily constrained by technical imitations, Deep space missions demand a shift in approach. Qur mission is to prepare innovative structural designs and precise
medical procedures that optimize the efficiency of delivering emergency care in hypogravity (Lunar-G) and microgravity (Zero-G) environments.
HISTORY AND OUR MISSION
PROJECT HISTORY
Atmed’s research and development work is driven by a simple yet urgent conviction: the dynamic advancement of modern astronautics requires adequate medical backup. The initiative was founded in 2026 with the bold ambition to refine rescue elements necessary for safe deep space exploration (Moon, Mars). The project is the result of five years of research and testing of a new medical (resuscitation) platform conducted in neutral buoyancy and microgravity generated
inside a Human Training Centrifuge.
OUR MISSION
Today. medical assistance in Low Earth Orbit (LEO) is heavily constrained by technical imitations, Deep space missions demand a shift in approach. Qur mission is to prepare innovative structural designs and precise
medical procedures that optimize the efficiency of delivering emergency care in hypogravity (Lunar-G) and microgravity (Zero-G) environments.
PROJECT: ATMED RESTRAINT SYSTEM (ARM)
The initiative centers around a proprietary solution called the Atmed Restraint System (ARS). The ARS aliows the rescuer-astronaut to maintain a fully stable position next to the patient while performing advanced cardiopulmonary resuscitation (CPR). This ensures an effective transfer of compression force in zero or significantly reduced gravity environments.
ZERO-G ENVIRONMENT
Fully effective in weightiessness
LUNAR-G ENVIRONMENT
Optimided for lunar hypogravity.
CMRS/ARS SYNERGY
Integrates seamlessly with the CMRS, forming an innovative CMRS/ARS solution.
CORE PROGRAMS
ATMED SPACE MEDICINE RESEARCH
Deepening our knowledge of the physiology and biomechanics of cardiopulmonary resuscitation in hypogravity and microgravity. Conducting laboratory and simulation tests.
ATMED SPACE MEDICINE TRAINING
Enhancing the overall effectiveness of cardiopulmonary resuscitation (CPR) in hypogravity and microgravity environments through crew training, guidelines development, and educational standards.
ATMED SPACE MEDICAL TEAM IN ACTION!
UNDERWATER TESTING OF CMRS/ARS SYSTEMS
Our team – Atmed Space Medical Team – conducts advanced underwater testing of CMRS (Crew Medical Restraint System) and ARS (Astronaut Restraint System) in a neutral buoyancy environment.
WORKING TOGETHER FOR THE SAFETY OF FUTURE SPACE MISSIONS
We invite space agencies, research institutions, industry partners, and individuals to collaborate with us on the future of space medicine.
WORKING TOGETHER FOR THE SAFETY OF FUTURE SPACE MISSIONS
We invite space agencies, research institutions, industry partners, and individuals to collaborate with us on the future of space medicine.