Space Robots

Explore the fascinating world of Space Robots in this insightful book, Space Robots by Fouad Sabry, part of the Robotics Science series. From NASA's groundbreaking robotic missions to the latest advancements in robotic technology for space exploration, this book offers an indepth look into the vital role robots play in humanity's journey beyond Earth. Perfect for professionals, students, and enthusiasts, it showcases how robotics has become an indispensable tool in space science and exploration

List of NASA robots-A comprehensive list of NASA’s robotic innovations, providing insight into their contribution to space exploration

Lander (spacecraft)-Examines the role of landers in planetary exploration, and how robots enable precision landings on other celestial bodies

Mars Exploration Rover-Discusses the Mars rovers, key robotic missions exploring the Martian surface and their contributions to our understanding of the planet

Telerobotics-Explores the technology behind remotecontrolled robots, enabling astronauts to operate devices on distant planets and asteroids

Robonaut-Details Robonaut, NASA's humanoid robot designed to assist astronauts during space missions, from repair work to routine tasks

Maestro (software)-Introduces Maestro, the software framework enabling robotic systems to operate autonomously and interact intelligently in space

Spidernaut-Focuses on Spidernaut, a robot designed for mobility in space with the ability to climb and repair structures in microgravity

Rockerbogie-Describes the innovative rockerbogie system used in rovers for traversing rough terrains on Mars and other celestial bodies

Rover (space exploration)-Details various rovers used in space exploration, including their design, mobility, and the challenges they face on extraterrestrial surfaces

Robotic arm-Explains the development and use of robotic arms in space for tasks such as assembling satellites, performing repairs, and assisting astronauts

Desert Research and Technology Studies-Highlights how desert studies simulate the harsh conditions of space environments for testing robotic systems

ATHLETE-Examines ATHLETE, a highly advanced robotic system designed to navigate rugged terrain and assist in lunar missions

Comparison of embedded computer systems on board the Mars rovers-Analyzes the embedded computer systems that power the Mars rovers and their role in mission success

Lunar rover-Discusses the history and future of lunar rovers, crucial for exploring the Moon’s surface and collecting scientific data

Curiosity (rover)-Chronicles the mission of the Curiosity rover on Mars, its discoveries, and its role in advancing space exploration

Space selfie-Investigates the cultural and scientific significance of “space selfies” taken by astronauts and space robots in orbit

Nic Radford-Features Nic Radford’s contributions to space robotics, highlighting his innovative approaches and leadership in the field

Swati Mohan-Recognizes Swati Mohan’s role in NASA's Perseverance rover landing, spotlighting her impact on robotic engineering in space

NASAESA Mars Sample Return-Explores the ambitious Mars Sample Return mission, a collaboration between NASA and ESA to bring Martian samples back to Earth

Discovery Program-Focuses on NASA’s Discovery Program, which funds robotic missions designed to explore planets, moons, and asteroids

Moon landing-Covers the significance of robotic involvement in the Moon landings, from historic missions to future exploration plans