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Cadre

All articles tagged with #cadre

spacetechnology1 year ago

"NASA's CADRE Rovers Successfully Test-Drive on Simulated Lunar and Martian Terrain"

NASA test drove mini autonomous rovers as part of the CADRE technology demonstration, which aims to show that a group of robotic spacecraft can work together without direct human control. The rovers, equipped with cameras, sensors, and ground-penetrating radar, will map the lunar surface in 3D and are set to be delivered to the moon's Reiner Gamma region by Intuitive Machines’ Nova-C lander in late 2023 or early 2024. The rovers underwent various tests, including night drives, vibration, thermal, and electromagnetic interference testing, to ensure their readiness for the lunar mission.

via Space.com|
#cadre#lunar-exploration#moon-rovers
spacetechnology1 year ago

"NASA's Mini Moon Rovers Set for Lunar Launch After Successful Testing"

A trio of mini moon rovers, part of NASA's CADRE tech demo, have passed key tests at NASA's Jet Propulsion Laboratory, showcasing their ability to work together autonomously. The rovers, set to launch to the moon's Reiner Gamma region on an Intuitive Machines mission, will demonstrate how robots can collaborate without human intervention. The testing focused on evaluating their cooperative autonomous software and preparing them for the harsh lunar environment, including simulating launch vibrations and extreme temperatures. If successful, the mission could pave the way for future multi-robot exploration missions on the moon and Mars.

via Space.com|
#cadre#lunar-exploration#moon-rovers
space-exploration1 year ago

"NASA's Fleet of Lunar Rovers Poised for Exploration"

NASA's Jet Propulsion Laboratory has completed the assembly and testing of a trio of small rovers as part of the CADRE project, which aims to demonstrate the ability of robotic spacecraft to work together autonomously on the Moon. The solar-powered rovers, about the size of a carry-on suitcase, will explore the Moon's Reiner Gamma region, conducting experiments and using ground-penetrating radar. Engineers have also tested the rovers' cooperative autonomy software, ensuring they can adjust plans and respond to unexpected obstacles as a team. The hardware will be installed on a lander headed for the Moon's surface, with the ultimate goal of paving the way for future missions involving teams of robots working together to conduct scientific measurements.

via NASA Jet Propulsion Laboratory|
#cadre#moon#nasa
space-exploration1 year ago

"NASA's CADRE Rover: Ready for Lunar Exploration"

NASA's Jet Propulsion Laboratory has completed construction and testing of a trio of small rovers called CADRE, which will explore the Moon's Reiner Gamma region as a technology demonstration. The rovers, about the size of a carry-on suitcase, will autonomously map the lunar surface and use ground-penetrating radar. The project aims to show the potential of multirobot missions and pave the way for future missions involving teams of robots working together. The rovers have undergone rigorous testing to ensure they can withstand the harsh conditions of space and the lunar environment, and will be installed on a lander headed for the Moon.

via NASA|
#cadre#moon#nasa
spacetechnology2 years ago

NASA's Innovative Moon Rovers Revolutionize Lunar Exploration

NASA's Jet Propulsion Lab has developed lightweight Moon rovers as part of the Cooperative Autonomous Distributed Robotic Exploration (CADRE) set, with plans to send a trio of them to the Moon next year. These autonomous robots are capable of determining their own path and maneuvering around hazards, requiring only high-level goals from mission controllers. To prevent overheating, the rovers will undergo 30-minute wake-sleep cycles, cooling off and recharging their batteries. They will also share their health status with each other via mesh radio networking and elect a leader based on fitness for the task at hand. The CADRE robots represent a new era of robotic cooperation and off-planet off-roading.

via Futurism|
#autonomous-robots#cadre#lunar-exploration