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INTRODUCTION
Initially used by NASA for space research, the robotic rover is characterised as a small vehicle that can travel over uneven terrain. The drawbacks of this kind of vehicle include its high cost, extensive size, and use of intricate and sophisticated materials and software.
A lander-style spacecraft is usually used to carry out rover missions, which involve landing on planets other than Earth and collecting data about the terrain and samples of the crust, including dust, soil, rocks, and even liquids. For space exploration, they are crucial instruments.
GLOBAL ROBOTIC PLANETARY ROVER MARKET SIZE AND FORECAST
The Global Robotic planetary rover market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
Recently launched Mars Exploration Rovers (MERs) displayed the increasing interest in the application of cooperative robotics and improved robot mobility. The increased mobility of planetary rovers is highlighted in the overwhelming majority of autonomous robot concept designs.
Modern planetary rovers ideas cover a range of technologies and methods that make use of constructions that can adapt or change. The physical geometry of the robots can be altered by these features to aid MERs navigate cluttered environments. These solutions typically involve the use of four- or six-legged robots, which limit their mobility and enable them to only function as a single entity.
Small robots that use rocket thrusters to fly, roll, and hop in hostile extraterrestrial settings are another class of planetary rovers. These systems have a high degree of mobility but are unable to manipulate their surroundings.
It can also be viewed as a modular system made up of the Perseverance MER and the Ingenuity helicopter, with the drone serving to complete the system and make possible previously inaccessible tools and methods for planetary research.
For Mars exploration, it suggested a fleet of swarming UAVs, and it tested the idea on a planetary analogy. Mobile robots with two wheels are becoming more common in commercial settings.
One of the most remarkable two-wheeled platforms for automating picking in warehouses is the “Handle” robot, created by Boston Dynamics. This robot’s ability to pick up and position heavy objects using a manipulator demonstrates the durability of a machine with two wheels.
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