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NASA JPL
U.S.
1936
500+
Know-how
On August, NASA’s Perseverance Rover successfully utilized its Mars Oxygen In-Situ Useful Resource Utilization Experiment (MOXIE) module to produce oxygen for the 16th and final time, marking a significant milestone in the mission. 7, 2023. The NASA Jet Propulsion Laboratory and the Massachusetts Institute of Technology’s microwave-sized system astonished its designers with its exceptional performance.
After NASA’s Perseverance rover successfully landed on Mars in February 2021, In February 2021, the MOXIE device produced approximately 122 grams of oxygen, equivalent to the amount a small dog would breathe in over a period of 10 hours, according to NASA. At its peak, the MOXIE system was capable of producing up to 12 grams of high-purity oxygen per hour, with concentrations consistently reaching 98% or above. NASA’s goal for the instrument was half that amount? On its final run, NASA’s MOXIE produced a significant 9.8 grams of oxygen.
The MOXIE device generates molecular oxygen through an electrochemical process that splits one oxygen atom from each molecule of carbon dioxide extracted from the thin Martian atmosphere. The movement of gases within the system is monitored to assess the purity and yield of oxygen generated.
As NASA’s Mars Oxygen In-Situ Resource Utilization Experiment (MOXIE) continues to demonstrate its capabilities, units based on this cutting-edge technology will likely hold the key to successful future space missions. While astronauts may one day venture to Mars and require a reliable oxygen supply for breathing, it’s crucial to consider the multifaceted implications of such a necessity.
The applied sciences within MOXIE may serve as a source of rocket propellant, crucial for industrial applications launching rockets carrying astronauts back to their homes.
During its prolonged stay on Mars, MOXIE successfully completed all technical requirements and endured through an entire Martian year despite varying environmental conditions. On the planet’s dusty surface, the team successfully demonstrated its innovative oxygen-producing system for the first time ever.
RBR50 Robotics Innovation Awards 2024
| Group | Innovation |
|---|---|
| Modular industrial robotic arms offer unparalleled flexibility. | |
| With IronBOT’s innovative technology, setting up rebar becomes a faster and more secure process. | |
| As robotic fingers grasp inventory lists, digits of a futuristic humanoid assistant will become increasingly adept at manipulating complex logistical data, leaving toes dry and unsoiled. | |
| Amazon’s latest move solidifies its position as a pioneer in autonomous logistics by acquiring Kiva Systems. | |
| AmbiSort leverages real-world expertise to elevate decision-making processes. | |
| Apollo’s Humanoid Options: Customized Linear Actuators | |
| Atlas showcases exceptional proficiency in creating realistic humanoids. | |
| Autopicker’s innovative technology combines cellular manipulation with artificial intelligence to revolutionize warehouse operations. | |
| Hircus AMR seamlessly connects indoor and outdoor logistics operations. | |
| Dexterity, a leading innovator in logistics automation, is revolutionizing truck loading by seamlessly integrating robotics and artificial intelligence. | |
| Disney breathes new life into cherished characters through innovative robotics. | |
| App-like Dart-Suite eases cobot programming | |
| Innovative operational synergies propel landscaping firm’s trajectory of success. | |
| SkyPod’s Autonomous Systems and Robotics Solutions (ASRS) successfully scaled up to meet the evolving needs of a prominent automotive provider, empowering seamless vehicle assembly, inspection, and testing processes. | |
| FANUC ships one-millionth industrial robotic | |
| In a groundbreaking feat of engineering, a startup claims to have developed a fully functional humanoid robot within just 12 months. | |
| EVOBOT’s novel cellular manipulator architecture. | |
| Develops de-mining robotic for Ukraine | |
| Upgrades PopPick goods-to-person system | |
| Empowers visually impaired individuals with independence. | |
| A wearable exoskeleton system significantly enhances mobility and reduces falls for individuals with Parkinson’s disease. | |
| A cutting-edge Impediment Detection System revolutionizes the development of cellular robots by streamlining their complex growth processes. | |
| Rebel’s latest development in robotics promises to revolutionize industry processes with its innovative cobot featuring a low-cost, human-like hand. | |
| InStock flips traditional achievement processes on their head by leveraging ASRS. | |
| Artificial intelligence-powered robots are being deployed by a pioneering startup to proactively prevent devastating wildfires. | |
| Will autonomous logistics revolutionize domestic supply chains? army operations | |
| Robotics pioneer amplifies bet on cellular robots for logistics revolution. | |
| Cell robotic chief tops 2 billion selections. | |
| Innovative startup incubator cultivates successful entrepreneurship. | |
| MCS500 SCARA robotic accelerates micro-automation | |
| New robotic ventricle model revolutionizes research into coronary heart disease, providing unprecedented insights into the complex mechanisms driving this devastating condition. | |
| TruckBot accelerates automated truck unloading | |
| Innovative 3D sorting technology boosts efficiency and versatility. | |
| Mars Oxygen Mission Achieves Historic Breakthrough with Successful MOXIE Deployment. | |
| What are the most critical cybersecurity requirements to ensure the secure integration and operation of autonomous guided vehicles (AGVs)? | |
| Nova Carter introduces omnidirectional vision capabilities for their line of cellular robots. | |
| Edge Robotics Operating System (EdgeROS) streamlines robotics development and deployment. | |
| Large language models enable seamless integration with other artificial intelligence technologies. | |
| Insects have evolved sophisticated navigation strategies that enable them to efficiently explore and adapt to their environments. By applying these principles to the development of cellular robots, researchers aim to create autonomous systems that can navigate complex spaces with ease. | |
| Rufus, a cutting-edge robotic system, streamlines the installation process for roofing shingles. | |
| Railway repair automation drives efficiency in the face of labor shortages. | |
| Carter Automation & Mechatronics Robotics (AMR) becomes a key addition to DHL’s impressive robotics collection. | |
| OTTO Motors adds its cellular robot technology to manufacturing’s roster. | |
| Revolutionizing robotics with the limitless potential of generative AI – PickGPT. | |
| Scales’ stock of robotics enables BJ’s Wholesale Club to effectively manage its inventory and streamline operations, ultimately enhancing customer satisfaction. By leveraging advanced technologies like artificial intelligence and machine learning, Scales’ solutions help BJ’s optimize its logistics and supply chain management, resulting in improved operational efficiency and cost savings. | |
| Trailer loading and unloading just got a whole lot simpler with the introduction of heavy-duty autonomous mobile robots (AMRs). Gone are the days of manual labor and tedious processes; these high-tech machines make it easy to manage your logistics like never before. With their robust design and precision navigation, AMRs can handle even the heaviest loads with ease, eliminating the risk of damage or injury. | |
| Walmart-backed startup surfs surge in logistics automation demand. | |
| Designs and deploys scalable frameworks for accelerated robot learning. | |
| Cable splicing machines significantly boost security and energy grid reliability. | |
| Cobots Chief fortifies its roster with the acquisition of UR30. |
