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🇮🇱 How Israel's Iron Dome works A radar detects an incoming rocket, tracking it across distances of up to 100 km. That data is instantly fed into a battle management system, the brain, which calculates something critical: not just where the rocket is, but where it will land. If... show more

Mario Nawfal

3,248,209 subscribers

60,387 views • 5 months ago •via X (Twitter)

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🇮🇱🇾🇪🚨‼️ INTERESTING: “Israel was the first in history to shoot down a rocket in space. The day before, the Houthis launched a ballistic missile from Yemen towards the city of Eilat. The Arrow missile defense system was able to intercept it outside the Earth's atmosphere. In fact, this is the first battle in space in history.” -> That’s a quote. So it’s propaganda…

🇮🇱🇾🇪🚨‼️ INTERESTING: “Israel was the first in history to shoot down a rocket in space. The day before, the Houthis launched a ballistic missile from Yemen towards the city of Eilat. The Arrow missile defense system was able to intercept it outside the Earth's atmosphere. In fact, this is the first battle in space in history.” -> That’s a quote. So it’s propaganda…

Lord Bebo

125,006 views • 2 years ago

The Bloodhound LSR is a British engineered land speed car powered by a Rolls-Royce EJ200 jet engine and designed to reach extreme speeds. It was tested in 2019 in South Africa, where it reached about 628 mph using a mix of jet power and advanced sensors for data tracking. The project aims to hit 800 mph using a hybrid rocket system and break the world land speed record set by Andy Green.

The Bloodhound LSR is a British engineered land speed car powered by a Rolls-Royce EJ200 jet engine and designed to reach extreme speeds. It was tested in 2019 in South Africa, where it reached about 628 mph using a mix of jet power and advanced sensors for data tracking. The project aims to hit 800 mph using a hybrid rocket system and break the world land speed record set by Andy Green.

Space and Technology

18,292 views • 4 months ago

$🇮🇷 Iran keeps throwing cheap Shahed-style drones at targets across the region. The idea is simple: overwhelm defenses with something that costs maybe $20k–$50k to build. But here’s the catch. You don’t always need a fancy interceptor missile to stop them. C-RAM (Counter Rocket, Artillery, Mortar) systems can just shred these slow drones with a wall of 20mm cannon fire. Think of it like a giant automated machine gun that locks on and turns incoming drones into scrap before they get close. The cost math is brutal. An interceptor missile can run anywhere from $100k to well over $1M per shot. Meanwhile C-RAM rounds cost a tiny fraction of that. So when Iran launches waves of cheap drones, sometimes the smartest defense isn’t another expensive missile. It’s just a gun that never stops talking. Source: CNBC, New York Times, NBC News, Military Show YT$

🇮🇷 Iran keeps throwing cheap Shahed-style drones at targets across the region. The idea is simple: overwhelm defenses with something that costs maybe $20k–$50k to build. But here’s the catch. You don’t always need a fancy interceptor missile to stop them. C-RAM (Counter Rocket, Artillery, Mortar) systems can just shred these slow drones with a wall of 20mm cannon fire. Think of it like a giant automated machine gun that locks on and turns incoming drones into scrap before they get close. The cost math is brutal. An interceptor missile can run anywhere from $100k to well over $1M per shot. Meanwhile C-RAM rounds cost a tiny fraction of that. So when Iran launches waves of cheap drones, sometimes the smartest defense isn’t another expensive missile. It’s just a gun that never stops talking. Source: CNBC, New York Times, NBC News, Military Show YT

Mario Nawfal

383,595 views • 5 months ago

🇺🇸 ELON: WE BUILT A ROCKET CITY FROM NOTHING SpaceX literally incorporated their launch site as a city and put it on a public road. You can just drive by and watch them build Starships. That's wild... “This is a city that we built out of nothing thanks to the hard work of the SpaceX team. It’s now a gigantic rocket manufacturing system. We’re actually on a public highway, so you can come and visit and see the epic hardware. I think this is the first rocket development program ever on a public highway.” Source: Department of War Elon Musk

🇺🇸 ELON: WE BUILT A ROCKET CITY FROM NOTHING SpaceX literally incorporated their launch site as a city and put it on a public road. You can just drive by and watch them build Starships. That's wild... “This is a city that we built out of nothing thanks to the hard work of the SpaceX team. It’s now a gigantic rocket manufacturing system. We’re actually on a public highway, so you can come and visit and see the epic hardware. I think this is the first rocket development program ever on a public highway.” Source: Department of War Elon Musk

Mario Nawfal

93,474 views • 7 months ago

ELON: “IT’S AN HONOR TO WORK WITH THE BEST ROCKET ENGINEERING TEAM EVER ASSEMBLED” “It’s like this, if this was a video game, it’s set to maximum difficulty, but not impossible. That’s where we are. It’s not as though others ignored the concept of reusability, they just concluded that it was too difficult to achieve. We’ve been working on this for a long time at SpaceX, and I’m the chief engineer of the company. We have an extremely talented engineering team, the best rocket engineering team ever assembled. It’s an honor to work with such incredible people.” Source: Elon Musk SpaceX

ELON: “IT’S AN HONOR TO WORK WITH THE BEST ROCKET ENGINEERING TEAM EVER ASSEMBLED” “It’s like this, if this was a video game, it’s set to maximum difficulty, but not impossible. That’s where we are. It’s not as though others ignored the concept of reusability, they just concluded that it was too difficult to achieve. We’ve been working on this for a long time at SpaceX, and I’m the chief engineer of the company. We have an extremely talented engineering team, the best rocket engineering team ever assembled. It’s an honor to work with such incredible people.” Source: Elon Musk SpaceX

Mario Nawfal

1,116,695 views • 9 months ago

Humanization of Hollywood is most humorous - just ask David Spade. He’s got all kinds of history but hey, don’t worry about that’s just the way it is. - Ask Ryan Reynolds 🙃 he’ll tell you the same - it’s just the way it is here in Hollywood. it’s just the way it is - there’s nothing anyone can do, it’s just the way it is - like that residual check you were counting on ?? that’s just the way it is - you get what you get according to the system, Hollywood is a system of checks and balances a system of yes, and no - a system of who gets picked and who doesn’t ?sadly that won’t save any of Hollywood from the 2nd death. 😇

Humanization of Hollywood is most humorous - just ask David Spade. He’s got all kinds of history but hey, don’t worry about that’s just the way it is. - Ask Ryan Reynolds 🙃 he’ll tell you the same - it’s just the way it is here in Hollywood. it’s just the way it is - there’s nothing anyone can do, it’s just the way it is - like that residual check you were counting on ?? that’s just the way it is - you get what you get according to the system, Hollywood is a system of checks and balances a system of yes, and no - a system of who gets picked and who doesn’t ?sadly that won’t save any of Hollywood from the 2nd death. 😇

Stephen Baldwin

2,762,040 views • 2 years ago

Artemis was a great test of going around the moon. However the Artemis rocket system has the same problem as the Apollo missions to the moon. It costs too much. The Artemis rocket, SLS, was designed by the US Senate. $4 billion per launch. And can only launch once each 2 years. We can’t build a moon base with this system. SLS was a rocket designed by politicians to create jobs for the old Space Shuttle contractors. They spent 15 years and $25 billion developing it, and it will never be cost effective at $4 billion per launch. It is an obsolete rocket already. It works, but it will eventually die due to budget cuts.

Artemis was a great test of going around the moon. However the Artemis rocket system has the same problem as the Apollo missions to the moon. It costs too much. The Artemis rocket, SLS, was designed by the US Senate. $4 billion per launch. And can only launch once each 2 years. We can’t build a moon base with this system. SLS was a rocket designed by politicians to create jobs for the old Space Shuttle contractors. They spent 15 years and $25 billion developing it, and it will never be cost effective at $4 billion per launch. It is an obsolete rocket already. It works, but it will eventually die due to budget cuts.

Wall Street Mav

58,630 views • 4 months ago

SNEAKO asks Christians a simple question: if you are against Sharia Law, then what are Christian values? “The Ten Commandments ‘Thou shalt not k*ll, steal, or f*ck your neighbor's wife.’ That’s not enough to run a society. Sorry, it doesn’t have a system that bans usury, it doesn’t have a system for charity, for taxes, or for how to treat people. The whole beginning of the Quran, all it does is just explain how the world could get along peacefully.”

SNEAKO asks Christians a simple question: if you are against Sharia Law, then what are Christian values? “The Ten Commandments ‘Thou shalt not kll, steal, or fck your neighbor's wife.’ That’s not enough to run a society. Sorry, it doesn’t have a system that bans usury, it doesn’t have a system for charity, for taxes, or for how to treat people. The whole beginning of the Quran, all it does is just explain how the world could get along peacefully.”

SNEAKO UPDATES

70,232 views • 11 months ago

1984 is here This is Palantir's Maven Smart System It is an AI-powered platform that’s a user interface for the Pentagon that fuses all surveillance data into a single visualization Just imagine if Democrats ever regain power and gain control of this. It’s over

1984 is here This is Palantir's Maven Smart System It is an AI-powered platform that’s a user interface for the Pentagon that fuses all surveillance data into a single visualization Just imagine if Democrats ever regain power and gain control of this. It’s over

Wall Street Apes

76,838 views • 4 months ago

Testing one of the best safety features of an airplane, the “Enhanced Ground Proximity Warning System” (EGPWS, pronounced E Gyp-Wiz). It’s part of every preflight check. Sound on! It’s a warning system. While the jet has separate warnings for things wrong internally, EGPWS is concerned about what’s outside the jet, not what’s inside. It’s primarily concerned w/ terrain & obstacles…EGPWS can “see” outside when pilots can’t. It doesn’t actually see anything, though. There are no cameras or lasers. EGPWS does use the jet’s radar, but not for detecting terrain. (We’ll talk more about radar in a minute, but it’s not useful for orienting yourself to terrain in the vertical. It has a “map” mode that you can use to “paint” things like cities, lakes & shorelines, but it only knows how strong the reflection is & how far away, not how high. We almost never use it in map mode, anyway) EGPWS uses the jets navigation systems – like GPS, Inertial Reference, Altimeters, airspeed, etc. – to plot a position in a virtual world. This world is contained in a database on the jet; it’s constantly plotting your position & then estimating where you’ll be in the next few minutes if the trend continues. The virtual world database knows where the mountains are. When you get close to airports in the database (not all airports are in it), it knows where the buildings & antennas are, too, out to a certain radius. Past that radius, it stops caring about the manmade objects. Anyway, it can tell if you will hit something on your current trend & will issue various warnings. It can give you up to 60 seconds of warning. It starts out slow, like saying “CAUTION, TERRAIN”, but if you don’t fix it, it gets serious…“TERRAIN, TERRAIN, PULL UP!”. You’re 20-30 seconds from impact. It’s not a miracle worker, though. It can wait to give you a warning that you can’t fix. Imagine flying toward a 10,000’ high cliff at 1,000’. A 60 second warning will not be enough time to climb 9,000’ & clear it. Or, it sees a mountain to your right, but your current path is clear. It doesn’t know you’ll do a 90° right turn once abeam the mountain. Now you’ll get some late warnings. EGPWS has various other functions. If you get on the approach but haven’t configured to land, it will say “TOO LOW, FLAPS” (or GEAR). If you start getting below the glidepath, it will say “GLIDESLOPE”. Start descending right after takeoff? “DON’T SINK”…and if you do keep sinking, it switches to “PULL UP!” Now, EGPWS doesn’t use the onboard Doppler radar for any of these functions, but it does use it to detect windshear. EGPWS doesn’t care if you turn on the radar or not, it turns it on itself when you push the throttles up for takeoff or when you descend below a certain altitude on approach. It takes about 12 seconds for the radar to build a picture from that point, but once it does, it can “see” windshear. The Doppler detects this by bouncing radar off of particulates & reading how they are moving at different altitudes. The particulates can be dust or just humidity…the radar can’t read air molecules by themselves. So, it’s still possible to get windshear the radar doesn’t see on very dry, clean days. EGPWS hates windshear. If it detects it, EGPWS replaces your screen w/ the radar – even if not turned on by you – & starts with a gentle warning to “MONITOR RADAR DISPLAY”. If you get closer to it, you get “WINDSHEAR AHEAD” (on takeoff – abort if you still can) or “GO AROUND, WINDSHEAR AHEAD!” (on landing). EGPWS is great, but can’t actually move the jet. It’s not connected to the controls in any way. Some fighters do have that capability, but not airliners. The pilots have to fix it. OK, that’s a brief summary of EGPWS. As usual, I’m dramatically simplifying things for a non-techie audience…there is much more to it & different models of jets have slight differences in how this all works. The 737 MAX has some improvements, w/ different voices & even panic, but I don’t have one to record, sorry!

Testing one of the best safety features of an airplane, the “Enhanced Ground Proximity Warning System” (EGPWS, pronounced E Gyp-Wiz). It’s part of every preflight check. Sound on! It’s a warning system. While the jet has separate warnings for things wrong internally, EGPWS is concerned about what’s outside the jet, not what’s inside. It’s primarily concerned w/ terrain & obstacles…EGPWS can “see” outside when pilots can’t. It doesn’t actually see anything, though. There are no cameras or lasers. EGPWS does use the jet’s radar, but not for detecting terrain. (We’ll talk more about radar in a minute, but it’s not useful for orienting yourself to terrain in the vertical. It has a “map” mode that you can use to “paint” things like cities, lakes & shorelines, but it only knows how strong the reflection is & how far away, not how high. We almost never use it in map mode, anyway) EGPWS uses the jets navigation systems – like GPS, Inertial Reference, Altimeters, airspeed, etc. – to plot a position in a virtual world. This world is contained in a database on the jet; it’s constantly plotting your position & then estimating where you’ll be in the next few minutes if the trend continues. The virtual world database knows where the mountains are. When you get close to airports in the database (not all airports are in it), it knows where the buildings & antennas are, too, out to a certain radius. Past that radius, it stops caring about the manmade objects. Anyway, it can tell if you will hit something on your current trend & will issue various warnings. It can give you up to 60 seconds of warning. It starts out slow, like saying “CAUTION, TERRAIN”, but if you don’t fix it, it gets serious…“TERRAIN, TERRAIN, PULL UP!”. You’re 20-30 seconds from impact. It’s not a miracle worker, though. It can wait to give you a warning that you can’t fix. Imagine flying toward a 10,000’ high cliff at 1,000’. A 60 second warning will not be enough time to climb 9,000’ & clear it. Or, it sees a mountain to your right, but your current path is clear. It doesn’t know you’ll do a 90° right turn once abeam the mountain. Now you’ll get some late warnings. EGPWS has various other functions. If you get on the approach but haven’t configured to land, it will say “TOO LOW, FLAPS” (or GEAR). If you start getting below the glidepath, it will say “GLIDESLOPE”. Start descending right after takeoff? “DON’T SINK”…and if you do keep sinking, it switches to “PULL UP!” Now, EGPWS doesn’t use the onboard Doppler radar for any of these functions, but it does use it to detect windshear. EGPWS doesn’t care if you turn on the radar or not, it turns it on itself when you push the throttles up for takeoff or when you descend below a certain altitude on approach. It takes about 12 seconds for the radar to build a picture from that point, but once it does, it can “see” windshear. The Doppler detects this by bouncing radar off of particulates & reading how they are moving at different altitudes. The particulates can be dust or just humidity…the radar can’t read air molecules by themselves. So, it’s still possible to get windshear the radar doesn’t see on very dry, clean days. EGPWS hates windshear. If it detects it, EGPWS replaces your screen w/ the radar – even if not turned on by you – & starts with a gentle warning to “MONITOR RADAR DISPLAY”. If you get closer to it, you get “WINDSHEAR AHEAD” (on takeoff – abort if you still can) or “GO AROUND, WINDSHEAR AHEAD!” (on landing). EGPWS is great, but can’t actually move the jet. It’s not connected to the controls in any way. Some fighters do have that capability, but not airliners. The pilots have to fix it. OK, that’s a brief summary of EGPWS. As usual, I’m dramatically simplifying things for a non-techie audience…there is much more to it & different models of jets have slight differences in how this all works. The 737 MAX has some improvements, w/ different voices & even panic, but I don’t have one to record, sorry!

KC-10 Driver ✈️ 👨‍✈️ B-737 Wrangler

36,492 views • 1 month ago

❗️❗️❗️🇺🇦🇷🇺Receiving a production license for the French AASM Hammer guided glide bombs (manufactured by Safran) opens a direct path for Ukraine to master the production of the Thundart missile system—the French equivalent of the American HIMARS. This is because the Thundart rocket utilizes a guidance kit directly derived from the one used in AASM Hammer bombs. Using these already combat-proven components allowed French manufacturers to develop the Thundart rocket system in a record-breaking 18 months. The system has already been selected by the French Ministry of Armed Forces to strengthen its military, where it is set to replace the aging M270 LRU rocket launchers. Equipped with high-precision rockets, the Thundart will be capable of neutralizing targets at a maximum range of 150 km.

❗️❗️❗️🇺🇦🇷🇺Receiving a production license for the French AASM Hammer guided glide bombs (manufactured by Safran) opens a direct path for Ukraine to master the production of the Thundart missile system—the French equivalent of the American HIMARS. This is because the Thundart rocket utilizes a guidance kit directly derived from the one used in AASM Hammer bombs. Using these already combat-proven components allowed French manufacturers to develop the Thundart rocket system in a record-breaking 18 months. The system has already been selected by the French Ministry of Armed Forces to strengthen its military, where it is set to replace the aging M270 LRU rocket launchers. Equipped with high-precision rockets, the Thundart will be capable of neutralizing targets at a maximum range of 150 km.

NSTRIKE

22,440 views • 1 month ago

OpenClaw just got a serious open-source rival 🧵 It’s called OpenFang. It’s an agent operating system. It was inspired by OpenClaw. But it’s built more for security. It works closer to the kernel level. And yes… it’s fully open source. We’re officially entering the AI agent OS wars.

OpenClaw just got a serious open-source rival 🧵 It’s called OpenFang. It’s an agent operating system. It was inspired by OpenClaw. But it’s built more for security. It works closer to the kernel level. And yes… it’s fully open source. We’re officially entering the AI agent OS wars.

Julian Goldie SEO

18,079 views • 5 months ago

NASA. Soace X. Earth intel: The corrupt Cia zionist controlled media said today that the SpaceX rocket exploded in mid-air. Well, I watched the launch and recorded it. Zoomed in and out. Slowed the footage down even. And the rocket didn't explode in midair. As a matter of fact, the boosters didn't even disengage from the main rocket. And control said it seems to be a problem because the separation is supposed to have occurred s minute prior. After reviewing the footage. The rocket made an impact into something. Which caused to explode. It hit the glass Dome right above the firmament. They just showed the world again the truth. So that WE can see the truth for ourselves.

NASA. Soace X. Earth intel: The corrupt Cia zionist controlled media said today that the SpaceX rocket exploded in mid-air. Well, I watched the launch and recorded it. Zoomed in and out. Slowed the footage down even. And the rocket didn't explode in midair. As a matter of fact, the boosters didn't even disengage from the main rocket. And control said it seems to be a problem because the separation is supposed to have occurred s minute prior. After reviewing the footage. The rocket made an impact into something. Which caused to explode. It hit the glass Dome right above the firmament. They just showed the world again the truth. So that WE can see the truth for ourselves.

WayneTech SPFX®️

2,132,353 views • 3 years ago

#WATCH | Johor Bahru, Malaysia | Former DRDO Scientist Dr Ravi Gupta says, "The Pinaka multi-barrel rocket launcher system is significant in many ways. It was the first defence system to be manufactured by private industries in the country. In 2008, under the leadership of Prime Minister Atal Bihari Vajpayee, for the first time in the history of independent India, the participation of private industries in the defence sector was approved. This proved to be a game-changer, and leveraging this, DRDO collaborated with the private sector to have it produced by private industries... Even during the Kargil War, when the Pinaka was not yet fully developed, it demonstrated its capabilities. Since then, it has made a very significant contribution to the army. Moreover, the advantage of a multi-barrel rocket launcher is that it is less expensive. Compared to our guided missiles, their cost is significantly lower, although their accuracy is not as high as that of guided missiles. Now, the recently developed 120-kilometre range multi-barrelled long-range rocket system has an accuracy comparable to a guided missile, but at a much lower cost. A large area of enemy territory can be destroyed in just a few minutes. A 120-kilometre range can prove very decisive for a tactical weapon on the battlefield, and this will give our armed forces great strength and power. Even though it is a tactical weapon, when it is used in large quantities by our armed forces in battle, it can prove very decisive in the war. Another important aspect is that since it was developed in collaboration with the private sector, it will give a significant boost to our industries. It will help in expanding our defence industries..."

#WATCH | Johor Bahru, Malaysia | Former DRDO Scientist Dr Ravi Gupta says, "The Pinaka multi-barrel rocket launcher system is significant in many ways. It was the first defence system to be manufactured by private industries in the country. In 2008, under the leadership of Prime Minister Atal Bihari Vajpayee, for the first time in the history of independent India, the participation of private industries in the defence sector was approved. This proved to be a game-changer, and leveraging this, DRDO collaborated with the private sector to have it produced by private industries... Even during the Kargil War, when the Pinaka was not yet fully developed, it demonstrated its capabilities. Since then, it has made a very significant contribution to the army. Moreover, the advantage of a multi-barrel rocket launcher is that it is less expensive. Compared to our guided missiles, their cost is significantly lower, although their accuracy is not as high as that of guided missiles. Now, the recently developed 120-kilometre range multi-barrelled long-range rocket system has an accuracy comparable to a guided missile, but at a much lower cost. A large area of enemy territory can be destroyed in just a few minutes. A 120-kilometre range can prove very decisive for a tactical weapon on the battlefield, and this will give our armed forces great strength and power. Even though it is a tactical weapon, when it is used in large quantities by our armed forces in battle, it can prove very decisive in the war. Another important aspect is that since it was developed in collaboration with the private sector, it will give a significant boost to our industries. It will help in expanding our defence industries..."

ANI

15,782 views • 7 months ago

Jeff Bezos just described the Moon as a fuel depot, and the number behind it explains why nothing has ever left this planet cheaply. Bezos: “it has a very low gravitational field, only a sixth of Earth’s, which means it takes about 30 times less energy to lift a kilogram of mass off the Moon than it does to lift it off the Earth.” Thirty to one. That number rewrites the economics of everything beyond this planet. Every rocket ever launched has fought the same math. The fuel required to escape Earth is so heavy that most of what a rocket carries is the fuel needed to carry the fuel. The Moon breaks that cycle. It sits outside the well with water frozen in its shadowed craters, and water splits into hydrogen and oxygen. Hydrogen and oxygen are rocket fuel. Bezos: “the Moon is really a gift” Fill the tank up there instead of down here and the arithmetic of the entire solar system changes. Bezos: “So we can use the Moon as a rocket fuel depot to go to the rest of the solar system.” Not a destination. A gas station. Then there is the second constraint, which is that the sky itself runs on a schedule. Bezos: “unfortunately to get to other planetary bodies, they have very rare launch windows. Mars, you can go to Mars once every 26 months or so.” Miss the window and the answer is not next week. It is two years and change. Every world beyond our own operates on a timetable that does not care about human ambition. Bezos: “It’s so close to Earth. It’s only three and a half days away.” Except the Moon. The Moon is always there. Always reachable. That is what makes it the staging ground rather than the trophy. Apollo treated it as an endpoint, planted a flag, and came home. The flag was the mistake. A gas station is worth more than a monument. Monuments end the story. Infrastructure is what lets everyone who comes after take the trip for granted. Every era of exploration on Earth followed the same shape. Someone crossed once for glory, then someone built a port, and only after the port did ordinary people go. We have been staring at the Moon for three hundred thousand years thinking it was a destination. It was never the destination. It was the door. Every planet in the solar system just got closer. Not because the distances changed, but because the starting point did.

Jeff Bezos just described the Moon as a fuel depot, and the number behind it explains why nothing has ever left this planet cheaply. Bezos: “it has a very low gravitational field, only a sixth of Earth’s, which means it takes about 30 times less energy to lift a kilogram of mass off the Moon than it does to lift it off the Earth.” Thirty to one. That number rewrites the economics of everything beyond this planet. Every rocket ever launched has fought the same math. The fuel required to escape Earth is so heavy that most of what a rocket carries is the fuel needed to carry the fuel. The Moon breaks that cycle. It sits outside the well with water frozen in its shadowed craters, and water splits into hydrogen and oxygen. Hydrogen and oxygen are rocket fuel. Bezos: “the Moon is really a gift” Fill the tank up there instead of down here and the arithmetic of the entire solar system changes. Bezos: “So we can use the Moon as a rocket fuel depot to go to the rest of the solar system.” Not a destination. A gas station. Then there is the second constraint, which is that the sky itself runs on a schedule. Bezos: “unfortunately to get to other planetary bodies, they have very rare launch windows. Mars, you can go to Mars once every 26 months or so.” Miss the window and the answer is not next week. It is two years and change. Every world beyond our own operates on a timetable that does not care about human ambition. Bezos: “It’s so close to Earth. It’s only three and a half days away.” Except the Moon. The Moon is always there. Always reachable. That is what makes it the staging ground rather than the trophy. Apollo treated it as an endpoint, planted a flag, and came home. The flag was the mistake. A gas station is worth more than a monument. Monuments end the story. Infrastructure is what lets everyone who comes after take the trip for granted. Every era of exploration on Earth followed the same shape. Someone crossed once for glory, then someone built a port, and only after the port did ordinary people go. We have been staring at the Moon for three hundred thousand years thinking it was a destination. It was never the destination. It was the door. Every planet in the solar system just got closer. Not because the distances changed, but because the starting point did.

Dustin

37,008 views • 14 days ago

Imagine building a system so violent, so precise in its cruelty, that it doesn’t just steal land…it starves, walls off, bombs, surveils, and then blames the victims for bleeding. The Israeli apartheid system has been perfected into a lab-tested machine of population control — one studied, exported, and defended by the very same western governments that claim to stand for human rights. From biometric checkpoints to sniper towers outside refugee camps, it’s not just occupation it’s a blueprint for the U.S. which is helping to fund and replicate it.

Imagine building a system so violent, so precise in its cruelty, that it doesn’t just steal land…it starves, walls off, bombs, surveils, and then blames the victims for bleeding. The Israeli apartheid system has been perfected into a lab-tested machine of population control — one studied, exported, and defended by the very same western governments that claim to stand for human rights. From biometric checkpoints to sniper towers outside refugee camps, it’s not just occupation it’s a blueprint for the U.S. which is helping to fund and replicate it.

YourFavoriteGuy

34,663 views • 9 months ago