It depends on a few things, like your speed, and the moon's terrain and gravity and stuff. But I'll assume for your question, you just mean if you could drive a car all the way around the moon, how long would it take. The answer to that (if we're using earth's gravity and environment) is fairly simple. Assuming that you're taking a route that is completely flat and you're going 100 km/h the entire time (a little over 60 mp/h), it would take just over 109 hours to travel around the entire moon. The equation for this is easy: The moon's equatorial circumference is 10,921 km, divide that by 100 (our speed), and you have the time it would take to travel that distance in kilometers per hour. (10921/100=109.21, or about 109 hours) For the sake of comparison, it would take about 401 hours to travel around the earth (if it were possible). The short answer: Travelling at 100 km/h (60 mph), it would take 109 hours. If you were travelling in a formula 1 racing car near its top speed (about 350 km/h or 220 mph) it would only take about 31 hours.
The Moon completes its orbit around the Earth in approximately 27.3 days
27.32 days
It takes about 1.28 seconds for light to travel from the moon to Earth. So if the moon were to travel at the speed of light, it would complete an orbit around the Earth in approximately 1.28 seconds.
If the moon did not rotate around Earth, it would likely drift away from our planet due to gravitational forces. This rotation is what keeps the moon in a stable orbit around Earth. Without it, the moon's position relative to Earth would change, potentially leading to significant disruptions in our planet's tides and climate.
Imagine the earth being the center of a clock and the sun way off at 9:00. The moon travels around the earth in a counter-clockwise direction. If the moon was at 3:00, it would be a full moon. If the moon was at 12:00, it would be a half moon. If the moon was at 9:00 it would be a new moon. If the moon was at 6:00 it would be a half moon, then go back to 3:00 and a full moon again.
It would take over 17 years to drive a car at 100 km/hr to the moon, assuming you could drive straight up into space. The moon is approximately 384,400 kilometers away from Earth, so it would be a very long journey by car.
Because there is no wind on the moon to blow it around.
Approximately 220 days.
Staring at the moon will probably not make you crazy. However, it might indicate that you are crazy to begin with. What sane person would want to stare at the moon for long hours?
About 5.5 months at 60 mph.
Moon Rover
You can't drive to the Moon - there is no road or anything. For a hypothetical exercise involving the equivalent distance, just divide the distance by the speed.
walk, drive or fly
The average distance from the Earth to the Moon is about 238,855 miles. If you were to drive at a constant speed of 100 mph, it would take approximately 2,388.55 hours, or about 99.5 days, to reach the Moon. However, since driving to the Moon isn't feasible due to the lack of a road and the vacuum of space, this is a purely hypothetical scenario.
At its closest, it is 223,700 miles away from Earth. So if you were riding in a car going 70 miles per hour, it would take you 135 days to get there. Imagine how long it would take you when the moon is at its farthest from Earth: 251,700 miles!(Of course it is impossible to go in a car, since there is no road between the Earth and the Moon.)
about thousand times
It would take about 130 days to drive to the moon at a constant speed of 70 mph, assuming you could drive in a straight line through outer space. However, this distance is not practically drivable as there are no roads to the moon.