A lunar rover, also referred to as a Moon rover, is an object used for space travel that can move across the Moon’s surface. 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.
GLOBAL ROBOTIC LUNAR ROVER MARKET SIZE AND FORECAST
The Global Robotic lunar 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.
These robots, which range in size from a group of tiny robots propelled by a catapult to a remote-controlled golf-cart-sized vehicle, will aid in the comprehension of the geology of the moon. For the first time in half a century, NASA intends to send people to the moon through its Artemis mission, laying the foundation for the development of a permanent lunar base camp. But before any humans set foot on the moon, a global army of robots will be making the first steps—or rolls—across the lunar surface.
This new wave of lunar rovers varies greatly in terms of size and technical prowess, in part because they are each studying a distinct region of the satellite. To meet the various obstacles it will encounter at its lunar destination, each rover has special skills. The regolith, or lunar soil, will be a major target of many missions. Some of the rovers will be their nations’ first efforts to explore the moon.
In contrast to larger rovers, which travel over a compact surface, the smaller rovers can study the characteristics of the electrostatically charged bits by travelling through a fluid-like coating of fluffy, floating dust.
They will monitor the size of the particles and magnetic tremors just above the lunar surface, where the floaty dust combines with plasma from the solar winds. Scientists can get ready for upcoming exploration using miniature robots with the aid of the rovers’ findings.
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