No, the Moon has no natural satellites of its own, but it currently hosts four active artificial satellites sent from Earth.
How many satellites does the Moon have?
The Moon has four active artificial satellites currently orbiting it as of 2026.
Right now, you’ll find NASA’s Lunar Reconnaissance Orbiter (LRO) up there, plus two small orbiters from China’s Chang’e program, and South Korea’s Danuri (KPLO). These aren’t just floating around aimlessly—they’re busy mapping the surface, handling communications, and running science experiments. Some past satellites have crashed into the Moon or gotten redirected elsewhere. Others, like LRO, have been chugging along for over a decade and are still going strong.
Does the Moon have its own satellite?
No confirmed natural satellite orbits the Moon, but in theory, a small “sub-satellite” could exist within the Moon’s Hill sphere.
Here’s the thing about the Moon’s Hill sphere—it’s the zone where the Moon’s gravity wins out over Earth’s, stretching about 60,000 km from the lunar surface. No one’s ever spotted such an object, but computer models suggest a tiny body could hang around for millions of years if it’s small enough and nothing knocks it off course. In reality? The Earth-Moon system’s gravity is a chaotic mess, so long-term stability isn’t likely.
Does the Moon have anything orbiting it?
Yes, the Moon is orbited by multiple artificial satellites launched from Earth, primarily for scientific research and communication.
These aren’t just random orbits—they’re carefully planned. Some are polar, some hug the equator, and others take highly elliptical paths to study the Moon’s surface, gravity, and environment. A few are even designed to dodge the Moon’s shadow or keep Earth in sight. But orbits don’t last forever. Tidal forces and gravitational nudges can weaken them over time, eventually forcing planned impacts or disposal maneuvers.
What satellites are currently orbiting the Moon?
As of 2026, active lunar orbiters include NASA’s Lunar Reconnaissance Orbiter (LRO), China’s Chang’e-4 relay satellite Queqiao-2, and South Korea’s Danuri (KPLO) spacecraft.
LRO, which launched way back in 2009, is still cranking out high-res maps of the lunar surface and hunting for water ice. Queqiao-2 acts as a relay for China’s Chang’e missions, bouncing signals from the far side of the Moon back to Earth. Danuri, launched in 2022, carries a whole toolkit for studying lunar geology and testing new tech. Want the full rundown? NASA and ISRO keep updated lists of active lunar missions.
Could the Earth survive without the Moon?
Earth would still survive, but life and climate would be dramatically different without the Moon’s stabilizing influence.
Honestly, this is the best example of how weird our planet would get without the Moon. Its gravity keeps Earth’s tilt steady, which means seasons stay predictable. Lose the Moon, and Earth’s tilt could swing wildly—from zero degrees (no seasons at all) to 85 degrees (extreme climate chaos)—over tens of thousands of years. Tides would shrink to a third of what we see now, gutting coastal ecosystems. Days would get longer, and wind patterns would go haywire thanks to stronger ocean currents and faster winds.
Do we have 2 moons?
No, Earth has only one natural satellite—the Moon—but temporary “quasi-satellites” like 469219 Kamoʻoalewa may orbit the Sun in a 1:1 resonance with Earth.
Kamoʻoalewa is a tiny asteroid that orbits the Sun in lockstep with Earth, sometimes appearing to loop around our planet from afar. Don’t call it a moon, though—it’s not gravitationally tied to Earth. We’ve had temporary “mini-moons” in the past, like small asteroids briefly captured by Earth’s gravity. Right now, though, none are in orbit around us.
Can a moon have rings?
Yes, moons can have rings or ring-like structures made of dust, ice, or small moonlets.
No confirmed ring systems around moons have been found yet, but Saturn’s moon Rhea is a top suspect. Data from Cassini suggested possible debris disks or faint rings, though later observations couldn’t confirm it. If moons do have rings, they’d likely form from collisions or tidal breakups of smaller bodies. The catch? These systems would be super faint and nearly impossible to spot from Earth.
What will happen when moon disappear?
If the Moon vanished, Earth’s axial tilt would become unstable, leading to extreme climate shifts and possible ice ages.
Without the Moon’s steadying pull, Earth’s tilt could go haywire, bouncing between 0° and 85° over geological time. Imagine seasons that swing from nonexistent to brutally extreme—some years baking hot, others freezing cold. Tides would shrink, hammering marine life. And days? They’d slowly get longer as Earth’s rotation slows down.
How many satellites are in space?
As of 2026, there are nearly 9,500 active satellites orbiting Earth, with over 6,500 still operational.
The sky’s gotten a lot busier lately, thanks to mega-constellations like SpaceX’s Starlink and OneWeb. But don’t forget the clutter—thousands of dead satellites and debris fragments are still up there, tracked by agencies like the European Space Agency. The grand total of objects in orbit? Over 34,000. Keeping track of all that junk and avoiding collisions is a huge headache for space agencies.
What is circling the Moon?
Artificial spacecraft are circling the Moon in selenocentric (lunar) orbits, used for science, exploration, and communication.
These orbits aren’t one-size-fits-all. Some are tight polar loops just 50 km up, while others take wild elliptical paths stretching thousands of kilometers. A few spacecraft use these orbits as pit stops for landing missions. Future plans, like NASA’s Artemis program, depend on these paths for crewed landings and long-term exploration. “Selenocentric” just means “centered on the Moon”—fancy term for lunar orbit.
When can I see a satellite?
You can see satellites most clearly during twilight—within a few hours after sunset or before sunrise—when the sky is dark but sunlight still reflects off the satellite.
Grab a satellite tracking app like Heavens Above to get real-time flyover times for your spot on Earth. The ISS is usually the easiest to spot—it’s bright and moves steadily across the sky. Under perfect conditions, you might catch several satellites in an hour. Just avoid nights when the Moon’s full; its glare drowns out the fainter ones.
Are we losing the Moon?
Yes, the Moon is gradually drifting away from Earth at a rate of about 3.8 cm (1.5 inches) per year due to tidal energy transfer.
That rate hasn’t always been steady—it was faster long ago when Earth’s oceans were more pronounced. As the Moon pulls away, it slows Earth’s spin, adding about 1.7 milliseconds to our day every century. Fast-forward 600 million years, and total solar eclipses will be a thing of the past. The Moon’ll be too far away to fully cover the Sun.
What would happen if the Moon split in half?
If the Moon split into two large fragments, both could potentially stabilize into new orbits—or collide, fall toward Earth, or escape into solar orbit over millions of years.
It all depends on how the split happens and the sizes of the chunks. If they stay gravitationally bound, they might form a temporary double-moon system before merging or drifting apart. If one piece loses too much energy, it could spiral inward toward Earth. Either way, tides would go crazy, and nighttime brightness would change dramatically for millions of years.
Will the Moon eventually hit the Earth?
No, the Moon will not hit Earth—instead, it will stop drifting away and settle into a stable, more distant orbit in about 50 billion years.
Once Earth’s rotation slows to match the Moon’s orbit—about 47 days—the tidal forces pushing the Moon outward will fade. At that point, Earth and the Moon will be tidally locked: one Earth day equals one lunar orbit. The Moon’ll look tiny in the sky, and total solar eclipses will be impossible. Of course, this assumes the Sun doesn’t swallow Earth first in roughly 5 billion years.
Edited and fact-checked by the MeridianFacts editorial team.
