Mount Chimborazo: The point on Earth closest to the stars
Stop bragging about Everest. If you want to actually be closer to the stars, you’re looking at the wrong map. Earth isn't a perfect marble; it’s a spinning, lumpy mess that’s fat at the equator.
Think of it like a pizza dough being spun—the middle stretches out. Because Mount Chimborazo sits right on that planetary spare tire, it’s shoved much further into space than Everest could ever dream of.
From the center of the Earth, this Ecuadorian peak is the undisputed heavyweight champion. You’re technically closer to the moon standing there than anywhere else on the globe.
It’s all about momentum. When you spin a pizza base, the edges want to fly away from the center. Earth does the same thing, just with millions of tons of rock and water instead of dough.
Since the planet whips around at over 1,000 miles per hour at the equator, the material there is constantly being flung outward. It’s not enough to launch us into space, but it’s plenty to stretch the planet’s waistline.
Gravity tries its best to keep everything a neat circle, but the speed of the spin wins the tug-of-war. This leaves Earth about 26 miles wider at the gut than it is from top to bottom.
Spot on! If you want to drop weight without the gym, just fly to the equator. You’d weigh about 0.5% less there than at the North Pole.
It’s a double whammy. That "flinging" force is actively nudging you off the scales. Plus, because of the bulge, you’re standing 13 miles further from Earth’s center.
Gravity is like a magnet; the further you are from the core, the weaker the pull. It won't make you float, but it’s the ultimate trivia-night cheat code for a weigh-in.
You nailed it. It’s exactly why the European Space Agency doesn’t launch from Paris, but from a jungle in French Guiana. They’re basically hitching a ride on Earth’s rotation to save a fortune in fuel.
Since the equator is whipping around at over 1,000 miles per hour, any rocket sitting on the pad is already moving that fast before the engines even ignite. It’s like jumping off a moving treadmill instead of starting from a dead stop.
That 'free' momentum is the ultimate orbital cheat code. If you tried to launch from the North Pole, you’d be fighting gravity with zero help from the planet’s spin, making the trip way more expensive and difficult.
Because 1,000 mph is just a participation trophy in physics. To stay in space without falling back like a sad brick, you need to hit "orbital velocity"—a blistering 17,500 mph.
That free boost only covers about 6% of the bill. It’s like getting a $5 coupon for a $100 steak; it’s nice to have, but you’re still footing the bulk of the cost yourself.
Without those engines, gravity would snatch you back instantly. You aren't just trying to go high; you're trying to go sideways fast enough to "miss" the ground forever.
