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🇨🇳China's reusable rocket system: A strategic challenge to the West China is rapidly building integrated reusable launch infrastructure for cheaper, more frequent space access. 🔶 The ecosystem connects state corporations with private firms, accelerating development 🔶 Space firms are developing cheap, eco-friendly methane-oxygen engines for reuse cycles 🔶 China... show more

Sputnik

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14,718 views • 21 days ago •via X (Twitter)

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🚨🇨🇳 China’s Pinglu Canal is about to redraw Asian trade maps China has nearly finished a mega-project that will give its southwest the shortest direct access to the sea — and slash shipping distances by more than 560 km 🔶 Installation of the three main shipping hubs on the 134-km Pinglu Canal has now been completed 🔶 The canal offers a direct river-sea trade route by linking the Xijiang River directly to the Beibu Gulf - a faster corridor to ASEAN markets 🔶 Built in just four years, the project cuts transport costs and boosts China’s New Western Land-Sea Corridor China is not just building infrastructure — it is building an alternative economic geography centered on Asian trade integration

🚨🇨🇳 China’s Pinglu Canal is about to redraw Asian trade maps China has nearly finished a mega-project that will give its southwest the shortest direct access to the sea — and slash shipping distances by more than 560 km 🔶 Installation of the three main shipping hubs on the 134-km Pinglu Canal has now been completed 🔶 The canal offers a direct river-sea trade route by linking the Xijiang River directly to the Beibu Gulf - a faster corridor to ASEAN markets 🔶 Built in just four years, the project cuts transport costs and boosts China’s New Western Land-Sea Corridor China is not just building infrastructure — it is building an alternative economic geography centered on Asian trade integration

Sputnik

29,968 views • 2 months ago

SpaceX was supposed to be America’s sacred crown jewel. The symbol of American innovation. The proof that only the U.S. could define the future of reusable rockets. The technological altar where Silicon Valley, Wall Street, and Washington all worshipped together. And now China has successfully completed its first controlled recovery of an orbital-class rocket booster with the Long March 10B. Not by copying the American landing-pad model. Not by repeating SpaceX’s path. China used a sea-based net-capture system — a different technical route, a Chinese solution, built for its own launch architecture. That is why this matters. China is not just entering reusable rocketry. China is entering it with its own method. For years, the West comforted itself with one myth: China can manufacture, but America still owns the frontier. EVs broke that myth. Solar broke that myth. Shipbuilding broke that myth. AI began breaking that myth. Now reusable rockets are breaking it too. SpaceX may still ahead. But the crown is no longer untouchable. China did not need permission to reach orbit. China did not need applause to recover the booster. It just built, tested, failed, learned, and came back. Again.

SpaceX was supposed to be America’s sacred crown jewel. The symbol of American innovation. The proof that only the U.S. could define the future of reusable rockets. The technological altar where Silicon Valley, Wall Street, and Washington all worshipped together. And now China has successfully completed its first controlled recovery of an orbital-class rocket booster with the Long March 10B. Not by copying the American landing-pad model. Not by repeating SpaceX’s path. China used a sea-based net-capture system — a different technical route, a Chinese solution, built for its own launch architecture. That is why this matters. China is not just entering reusable rocketry. China is entering it with its own method. For years, the West comforted itself with one myth: China can manufacture, but America still owns the frontier. EVs broke that myth. Solar broke that myth. Shipbuilding broke that myth. AI began breaking that myth. Now reusable rockets are breaking it too. SpaceX may still ahead. But the crown is no longer untouchable. China did not need permission to reach orbit. China did not need applause to recover the booster. It just built, tested, failed, learned, and came back. Again.

𝘊𝘰𝘳𝘳𝘪𝘯𝘦

60,730 views • 26 days ago

🇷🇺🇨🇳 The West Didn’t Lose the Nuclear Race—It Forfeited: Inside the Thorium-Powered, Belt & Road-Backed Energy Revolution “The hardest word in the English language is ‘change,’” says Henry Tillman, the China analyst whose thorium reactor research even the Financial Times cites. That line now reads like an epitaph for Western energy sovereignty. While Western governments buried reactors under red tape and green slogans, China and Russia engineered the future—one molten salt reactor and floating nuclear power plant at a time. In their recent dialogue, Tillman and Hussein Askary of Sweden’s Belt & Road Institute exposed the tectonic shift: 🔶 Nuclear taboos became the West’s energy suicide note 🔶 Developing nations choose kilowatts over climate sermons Russia’s Floating Nuclear Power Plants (FNPPs) rewrite the rules: 🔶 1 billion kilowatt-hours delivered—a world first 🔶 Rosatom: $20 billion commercial leader An energy iron curtain has descended—dividing nations that build from those that moralize. 🔶 China’s operational thorium reactors refuel while running—a historic first 🔶 200+ new reactors in China’s pipeline vs. Germany’s lignite relapse 🔶 60,000 years of thorium reserves secured ASEAN is all-in: 🔶 Three nations adopted this tech immediately (Singapore: “Let’s go SMR!”) 🔶 Malaysia committed. Vietnam and Myanmar signed onto Russian reactor deals. 🔶 Seven Asian countries advanced nuclear projects last quarter alone “When countries have that mentality, they push it,” Tillman warned. Russia and China pushed—in the Gobi Desert and Arctic—while the West pushed paper. This isn’t a tech race. It’s civilizational. Global South shifts: 🔶 23 of 33 Latin American nations now BRI-aligned 🔶 Nuclear diplomacy outpacing sanctions 🔶 Tomorrow’s infrastructure being welded now Tillman’s data proves the acceleration: 🔶 China’s molten salt reactors advancing 🔶 Russia’s Arctic projects expanding 🔶 The thorium-powered BRI marches on—no sanctions can stop it 🔶 The West watches as tomorrow’s grid is built without it Tillman’s warning: “The West could be in real trouble within 3–5 years as all this power comes through China and Russia.” Beijing and Moscow are building tomorrow’s infrastructure—with or without the West.

🇷🇺🇨🇳 The West Didn’t Lose the Nuclear Race—It Forfeited: Inside the Thorium-Powered, Belt & Road-Backed Energy Revolution “The hardest word in the English language is ‘change,’” says Henry Tillman, the China analyst whose thorium reactor research even the Financial Times cites. That line now reads like an epitaph for Western energy sovereignty. While Western governments buried reactors under red tape and green slogans, China and Russia engineered the future—one molten salt reactor and floating nuclear power plant at a time. In their recent dialogue, Tillman and Hussein Askary of Sweden’s Belt & Road Institute exposed the tectonic shift: 🔶 Nuclear taboos became the West’s energy suicide note 🔶 Developing nations choose kilowatts over climate sermons Russia’s Floating Nuclear Power Plants (FNPPs) rewrite the rules: 🔶 1 billion kilowatt-hours delivered—a world first 🔶 Rosatom: $20 billion commercial leader An energy iron curtain has descended—dividing nations that build from those that moralize. 🔶 China’s operational thorium reactors refuel while running—a historic first 🔶 200+ new reactors in China’s pipeline vs. Germany’s lignite relapse 🔶 60,000 years of thorium reserves secured ASEAN is all-in: 🔶 Three nations adopted this tech immediately (Singapore: “Let’s go SMR!”) 🔶 Malaysia committed. Vietnam and Myanmar signed onto Russian reactor deals. 🔶 Seven Asian countries advanced nuclear projects last quarter alone “When countries have that mentality, they push it,” Tillman warned. Russia and China pushed—in the Gobi Desert and Arctic—while the West pushed paper. This isn’t a tech race. It’s civilizational. Global South shifts: 🔶 23 of 33 Latin American nations now BRI-aligned 🔶 Nuclear diplomacy outpacing sanctions 🔶 Tomorrow’s infrastructure being welded now Tillman’s data proves the acceleration: 🔶 China’s molten salt reactors advancing 🔶 Russia’s Arctic projects expanding 🔶 The thorium-powered BRI marches on—no sanctions can stop it 🔶 The West watches as tomorrow’s grid is built without it Tillman’s warning: “The West could be in real trouble within 3–5 years as all this power comes through China and Russia.” Beijing and Moscow are building tomorrow’s infrastructure—with or without the West.

🅰pocalypsis 🅰pocalypseos 🇷🇺 🇨🇳 🅉

13,545 views • 1 year ago

China is set to debut its commercial crewed spacecraft in 2028, with the first batch of 20 self-funded space tourists booking the tickets for the CYZ1 spaceship. Among them are an 85-year-old scientist, high-tech company CEOs, a female poet, and a well-known male actor. The company behind CYZ1, interstellOr, was founded in January 2023 and specializes in developing reusable manned spacecraft and operating space tourism services. In China, there are around 600 private aerospace firms like interstellOr, but they still lag behind the American counterpart SpaceX. In 2025, China carried out nearly 100 orbital launches, with only 16 handled by private companies (by contrast SpaceX was responsible for over 160 launches among 180 executed in total). The scheduled launch, however, may change the landscape of global commercial space programs. Chinese space enthusiasts are on the edge of their seats for a venture on the home-made spacecraft, and even spacewalks and moon-landings are within reach.

China is set to debut its commercial crewed spacecraft in 2028, with the first batch of 20 self-funded space tourists booking the tickets for the CYZ1 spaceship. Among them are an 85-year-old scientist, high-tech company CEOs, a female poet, and a well-known male actor. The company behind CYZ1, interstellOr, was founded in January 2023 and specializes in developing reusable manned spacecraft and operating space tourism services. In China, there are around 600 private aerospace firms like interstellOr, but they still lag behind the American counterpart SpaceX. In 2025, China carried out nearly 100 orbital launches, with only 16 handled by private companies (by contrast SpaceX was responsible for over 160 launches among 180 executed in total). The scheduled launch, however, may change the landscape of global commercial space programs. Chinese space enthusiasts are on the edge of their seats for a venture on the home-made spacecraft, and even spacewalks and moon-landings are within reach.

Sinical

162,842 views • 6 months ago

Why are many in the space community calling SpaceX Starship Flight 11 the Flight of many “Lasts”? That’s because it is true and represents a major transition from the more Wild Wild West of prototype development to a more operational, maturing space launch and spacecraft system. After Flight 11, much of the original orbital launch site systems, from the launch mount, to the water deluge & supporting systems are about to be replaced by a brand-new & much more reliable, survivable & rapidly reusable system. These changes will even make the iconic imagery we are familiar with just historical memories. In this video clip, I discuss some of what is driving this, and what we can expect to see not just here at Starbase, but at many other SpaceX launch sites. Ellie in Space 🚀💫

Joe Tegtmeyer 🚀 🤠🛸😎

60,333 views • 9 months ago

🚀 Japan Successfully Tests Reusable Rocket Prototype Japan’s space agency JAXA has completed the first flight test of its RV-X experimental reusable rocket at the Noshiro Rocket Testing Center. * Reached an altitude of approximately 11 meters. * Traveled around 16 meters horizontally. * Landed vertically as planned. * The entire flight lasted less than one minute. * Future tests are expected to target altitudes of roughly 100 meters. The test came one day after China successfully recovered the booster of its Long March 10B rocket using a sea-based net system. Analyst Note: Reusable launch technology is rapidly becoming a strategic capability. Japan’s test remains small-scale compared with operational orbital boosters, but it represents an important step toward reducing launch costs and strengthening domestic space access. #DDW #Intelligence #DarkWeb #Japan

🚀 Japan Successfully Tests Reusable Rocket Prototype Japan’s space agency JAXA has completed the first flight test of its RV-X experimental reusable rocket at the Noshiro Rocket Testing Center. * Reached an altitude of approximately 11 meters. * Traveled around 16 meters horizontally. * Landed vertically as planned. * The entire flight lasted less than one minute. * Future tests are expected to target altitudes of roughly 100 meters. The test came one day after China successfully recovered the booster of its Long March 10B rocket using a sea-based net system. Analyst Note: Reusable launch technology is rapidly becoming a strategic capability. Japan’s test remains small-scale compared with operational orbital boosters, but it represents an important step toward reducing launch costs and strengthening domestic space access. #DDW #Intelligence #DarkWeb #Japan

Dark Web Intelligence

15,829 views • 24 days ago

🇨🇳 For two centuries, the West comforted itself with a myth: “Land civilizations farm. Sea civilizations rule.” China was supposed to stay inland, predictable, containable, boxed in by geography and Western fleets. But the moment China built the Chancay port in Peru, activated a fully unmanned supply chain, and opened a direct Pacific shipping corridor that cuts transit time nearly in half… the myth shattered. Because this isn’t just trade, it is geography rewiring itself. China is no longer a “land civilization reaching for the sea.” China is becoming a continental–maritime hybrid power, something the old imperial imagination has no category for. To Washington, this is the nightmare scenario: A China that moves goods across oceans faster, cheaper, and without touching a single Western-controlled chokepoint. A China that doesn’t ask permission. And the funniest part? They used to say China could never challenge maritime hegemony. Now one smart port in Peru is enough to make half of Washington’s think tanks go into cardiac arrest.

🇨🇳 For two centuries, the West comforted itself with a myth: “Land civilizations farm. Sea civilizations rule.” China was supposed to stay inland, predictable, containable, boxed in by geography and Western fleets. But the moment China built the Chancay port in Peru, activated a fully unmanned supply chain, and opened a direct Pacific shipping corridor that cuts transit time nearly in half… the myth shattered. Because this isn’t just trade, it is geography rewiring itself. China is no longer a “land civilization reaching for the sea.” China is becoming a continental–maritime hybrid power, something the old imperial imagination has no category for. To Washington, this is the nightmare scenario: A China that moves goods across oceans faster, cheaper, and without touching a single Western-controlled chokepoint. A China that doesn’t ask permission. And the funniest part? They used to say China could never challenge maritime hegemony. Now one smart port in Peru is enough to make half of Washington’s think tanks go into cardiac arrest.

𝘊𝘰𝘳𝘳𝘪𝘯𝘦

68,796 views • 7 months ago

WHY THE CHOPSTICKS SYSTEM WILL LEAD US INTO A MULTI PLANETARY SPECIES SpaceX’s "chopsticks" has officially redefined how rockets return to Earth, solving a key issue with the Super Heavy booster landings. By catching the rocket mid-air, this system eliminates the need for landing legs, drastically reducing the booster’s mass and fuel consumption while increasing payload capacity. This advancement allows for quicker reuse of rockets, cutting down both maintenance time and costs. The solution is more than just an engineering feat—it marks a critical shift in space travel’s future. By perfecting rocket reusability, SpaceX is breaking down barriers to space exploration, making missions more affordable and sustainable. It brings humanity closer to frequent space travel, allowing businesses, researchers, and even individuals to explore new frontiers, with a long-term vision of life beyond Earth. Video Source: Sawyer Merritt

WHY THE CHOPSTICKS SYSTEM WILL LEAD US INTO A MULTI PLANETARY SPECIES SpaceX’s "chopsticks" has officially redefined how rockets return to Earth, solving a key issue with the Super Heavy booster landings. By catching the rocket mid-air, this system eliminates the need for landing legs, drastically reducing the booster’s mass and fuel consumption while increasing payload capacity. This advancement allows for quicker reuse of rockets, cutting down both maintenance time and costs. The solution is more than just an engineering feat—it marks a critical shift in space travel’s future. By perfecting rocket reusability, SpaceX is breaking down barriers to space exploration, making missions more affordable and sustainable. It brings humanity closer to frequent space travel, allowing businesses, researchers, and even individuals to explore new frontiers, with a long-term vision of life beyond Earth. Video Source: Sawyer Merritt

Mario Nawfal

220,820 views • 1 year ago

Hey Canada, we have a spaceport! 🇨🇦🚀 NordSpace's beautiful Atlantic Spaceport Complex (ASX) is officially under construction outside the town of St. Lawrence, in Newfoundland and Labrador! With our first launch of a Canadian commercial rocket from a Canadian commercial spaceport set to take flight in the coming weeks, the future of a true sovereign capability for assured access to space has never looked so promising. We're thrilled to share footage of ASX's SLC-02 publicly for the first time. ASX will support NordSpace’s first commercial launch of our Taiga suborbital rocket with Taiga's launch window opening on August 25th 2025. Taiga is powered by the company’s proprietary 3D-printed Hadfield Mk III liquid rocket engine, and the mission is named "Getting Screeched In". The launch window is subject to road and power interruptions due to the ongoing state of emergency in Newfoundland and Labrador. This launch follows a series of successful tests, including a fully integrated rocket test and a month-long qualification campaign for the Hadfield Mk III engine. Both demonstrated rapid refurbishment capabilities and turnarounds between tests, paving the way for reusable and cost-effective launch operations from Canadian soil. ASX is designed to support our Tundra orbital launch vehicle and partner launch vehicles, facilitating a wide range of orbital and suborbital missions situated at a 46 degree latitude. The initial $10M phase of development for the Atlantic Spaceport Complex will feature two sites: 🚀 SLC-01 will feature two launch pads for orbital missions including NordSpace’s Tundra vehicle and international launch partners from the U.S. and Europe. 🚀 SLC-02 will consist of at least one smaller launch pad for suborbital missions, radar systems for vehicle tracking and space domain awareness, and other ground support equipment to enable all launch operations at the ASX. The ASX will also support NordSpace’s broader portfolio, including our SHARP (Supersonic and Hypersonic Applications Research Platform) program. NordSpace’s CEO and founder, Rahul Goel, said, “The start of construction at the Atlantic Spaceport Complex is a seminal moment for Canada. This is not just about building a launch site; it’s about building a future where Canada leads in space exploration, innovation, and security. The ASX is critical national infrastructure that will unlock assured access to space, ensuring our sovereignty and fostering economic growth for generations. We are committed to making the vision of a true sovereign end-to-end space missions capability a reality, and today’s groundbreaking is a testament to our team’s relentless dedication, speed, and capability.” We thank Government of Newfoundland & Labrador, Transport Canada, National Defence, Canadian Space Agency and NAV CANADA for their support.

Hey Canada, we have a spaceport! 🇨🇦🚀 NordSpace's beautiful Atlantic Spaceport Complex (ASX) is officially under construction outside the town of St. Lawrence, in Newfoundland and Labrador! With our first launch of a Canadian commercial rocket from a Canadian commercial spaceport set to take flight in the coming weeks, the future of a true sovereign capability for assured access to space has never looked so promising. We're thrilled to share footage of ASX's SLC-02 publicly for the first time. ASX will support NordSpace’s first commercial launch of our Taiga suborbital rocket with Taiga's launch window opening on August 25th 2025. Taiga is powered by the company’s proprietary 3D-printed Hadfield Mk III liquid rocket engine, and the mission is named "Getting Screeched In". The launch window is subject to road and power interruptions due to the ongoing state of emergency in Newfoundland and Labrador. This launch follows a series of successful tests, including a fully integrated rocket test and a month-long qualification campaign for the Hadfield Mk III engine. Both demonstrated rapid refurbishment capabilities and turnarounds between tests, paving the way for reusable and cost-effective launch operations from Canadian soil. ASX is designed to support our Tundra orbital launch vehicle and partner launch vehicles, facilitating a wide range of orbital and suborbital missions situated at a 46 degree latitude. The initial $10M phase of development for the Atlantic Spaceport Complex will feature two sites: 🚀 SLC-01 will feature two launch pads for orbital missions including NordSpace’s Tundra vehicle and international launch partners from the U.S. and Europe. 🚀 SLC-02 will consist of at least one smaller launch pad for suborbital missions, radar systems for vehicle tracking and space domain awareness, and other ground support equipment to enable all launch operations at the ASX. The ASX will also support NordSpace’s broader portfolio, including our SHARP (Supersonic and Hypersonic Applications Research Platform) program. NordSpace’s CEO and founder, Rahul Goel, said, “The start of construction at the Atlantic Spaceport Complex is a seminal moment for Canada. This is not just about building a launch site; it’s about building a future where Canada leads in space exploration, innovation, and security. The ASX is critical national infrastructure that will unlock assured access to space, ensuring our sovereignty and fostering economic growth for generations. We are committed to making the vision of a true sovereign end-to-end space missions capability a reality, and today’s groundbreaking is a testament to our team’s relentless dedication, speed, and capability.” We thank Government of Newfoundland & Labrador, Transport Canada, National Defence, Canadian Space Agency and NAV CANADA for their support.

NordSpace 🇨🇦

65,478 views • 11 months ago

Against all odds - 🇨🇳China's Space Exploration program 1994 - 2024🚀🛰️ 1994 - China applied to join the International Space Station, but was denied and declared "untrustworthy" by the U.S. 1993 - The United States shut down their GPS targeting the Chinese container ship Yinhe, leaving the ship stranded at sea and unable to navigate for 33 days - after being falsely accused by the US of carrying chemical weapons precursors to Iran 1996 - The United States turned off its GPS in the South China Sea, forcing China's missile tracking to fail 2003 - China applied to join the EU's Galileo global satellite navigation system, paid €230 million but was eventually forced out by the EU 2011 - The United States passed the Wolf Amendment Law, which prohibits NASA from cooperating with China in space Despite being stigmatized and isolated, Chinese scientists and taikonauts remained determined and worked hard to become self-sufficient 1999.11.20 - Shenzhou 1 - China's first spacecraft - where the dream began! 2000 - The first experimental BeiDou Navigation Satellite was launched 2003 - Shenzhou 5 - China's dream of flying into Space came true! Taikonaut Yang Liwei (杨利伟) was blasted successfully into space as part of China's Shenzhou 5 mission. China became the third country to launch a person into space independently, after the Soviet Union and the United States 2005 - Shenzhou 6 - Fèi Jùnlóng (费俊龙) and Niè Hǎishèng (聂海胜) launched into space aboard the Long March 2F carrier rocket. It marked the official second launch of China's manned spaceflight program and the start of crewed scientific research in space 2007 - The first lunar exploration probe Chang'e 1, part of the first phase of the Chinese Lunar Exploration Program, was launched and successfully orbited the moon, marking the third milestone in China's space program 2007 - The BeiDou-1 navigation system was completed and began operation in China. The fourth positioning system, next to the American GPS, Russian GLONASS, and European Galileo 2008 - Shenzhou 7 - Taikonauts Zhai Zhigang (翟志刚) and Liu Boming (刘伯明) completed China's first "Spacewalk" extra-vehicular activity (EVA) 2011 - The Tiangong-1 prototype space station was launched, marking the start of construction on China's first space station 2016 - marks the launch of Tiangong-2, China's first space laboratory. Tiangong-2 was not constructed or planned to be permanent, but rather as a test-bed for critical technologies utilized for the final Tiangong Space station 2020 - Chang'e 5 marks China's first lunar landing retrieving lunar soil. For the first time in 44 years, humans have brought back rock and soil samples from the moon 2020 - China's BeiDou-3 navigation system provides complete full global coverage 2020: Mars - here we come! China launched Tianwen-1, China's first Mars probe 2022: China completed construction of its permanently crewed Tiangong space station 2024 - Chang'e 6 mission: China became the first nation to land and return lunar soil samples from the far side of the moon It took China 28 years and the sacrifice of countless heroes risking their lives working day and night to overcome China's Western-imposed isolation and construct its own space station and global navigation system, and to become a leader in space exploration 🇨🇳🫡

Against all odds - 🇨🇳China's Space Exploration program 1994 - 2024🚀🛰️ 1994 - China applied to join the International Space Station, but was denied and declared "untrustworthy" by the U.S. 1993 - The United States shut down their GPS targeting the Chinese container ship Yinhe, leaving the ship stranded at sea and unable to navigate for 33 days - after being falsely accused by the US of carrying chemical weapons precursors to Iran 1996 - The United States turned off its GPS in the South China Sea, forcing China's missile tracking to fail 2003 - China applied to join the EU's Galileo global satellite navigation system, paid €230 million but was eventually forced out by the EU 2011 - The United States passed the Wolf Amendment Law, which prohibits NASA from cooperating with China in space Despite being stigmatized and isolated, Chinese scientists and taikonauts remained determined and worked hard to become self-sufficient 1999.11.20 - Shenzhou 1 - China's first spacecraft - where the dream began! 2000 - The first experimental BeiDou Navigation Satellite was launched 2003 - Shenzhou 5 - China's dream of flying into Space came true! Taikonaut Yang Liwei (杨利伟) was blasted successfully into space as part of China's Shenzhou 5 mission. China became the third country to launch a person into space independently, after the Soviet Union and the United States 2005 - Shenzhou 6 - Fèi Jùnlóng (费俊龙) and Niè Hǎishèng (聂海胜) launched into space aboard the Long March 2F carrier rocket. It marked the official second launch of China's manned spaceflight program and the start of crewed scientific research in space 2007 - The first lunar exploration probe Chang'e 1, part of the first phase of the Chinese Lunar Exploration Program, was launched and successfully orbited the moon, marking the third milestone in China's space program 2007 - The BeiDou-1 navigation system was completed and began operation in China. The fourth positioning system, next to the American GPS, Russian GLONASS, and European Galileo 2008 - Shenzhou 7 - Taikonauts Zhai Zhigang (翟志刚) and Liu Boming (刘伯明) completed China's first "Spacewalk" extra-vehicular activity (EVA) 2011 - The Tiangong-1 prototype space station was launched, marking the start of construction on China's first space station 2016 - marks the launch of Tiangong-2, China's first space laboratory. Tiangong-2 was not constructed or planned to be permanent, but rather as a test-bed for critical technologies utilized for the final Tiangong Space station 2020 - Chang'e 5 marks China's first lunar landing retrieving lunar soil. For the first time in 44 years, humans have brought back rock and soil samples from the moon 2020 - China's BeiDou-3 navigation system provides complete full global coverage 2020: Mars - here we come! China launched Tianwen-1, China's first Mars probe 2022: China completed construction of its permanently crewed Tiangong space station 2024 - Chang'e 6 mission: China became the first nation to land and return lunar soil samples from the far side of the moon It took China 28 years and the sacrifice of countless heroes risking their lives working day and night to overcome China's Western-imposed isolation and construct its own space station and global navigation system, and to become a leader in space exploration 🇨🇳🫡

StarBoySAR 🇭🇰 🇨🇳 🥭

113,462 views • 2 years ago

Starship’s heat shield is one of the most advanced reusable tiles systems flying today Starship uses ~18,000 standardized hexagonal ceramic tiles on its windward side - minimizing unique parts and simplifying mass production The tiles are silica-based ceramics with a high-emissivity black coating, designed to survive extreme re-entry heat while radiating energy away Unlike the Space Shuttle, Starship’s tiles are mechanically pinned, not bonded.... allowing thermal expansion, fast replacement, and far better robustness The entire system is engineered for rapid reuse with minimal refurbishment, a requirement for high-flight-rate, fully reusable spacecraft The rockets that SpaceX is building are fully reusable Starships. When they re-enter Earth's atmosphere, they endure temperatures hotter than molten lava To handle this, the SpaceX team engineered a custom heat shield system SpaceX is building hundreds of Starships in parallel. This flap is getting its tiles installed right now

Starship’s heat shield is one of the most advanced reusable tiles systems flying today Starship uses ~18,000 standardized hexagonal ceramic tiles on its windward side - minimizing unique parts and simplifying mass production The tiles are silica-based ceramics with a high-emissivity black coating, designed to survive extreme re-entry heat while radiating energy away Unlike the Space Shuttle, Starship’s tiles are mechanically pinned, not bonded.... allowing thermal expansion, fast replacement, and far better robustness The entire system is engineered for rapid reuse with minimal refurbishment, a requirement for high-flight-rate, fully reusable spacecraft The rockets that SpaceX is building are fully reusable Starships. When they re-enter Earth's atmosphere, they endure temperatures hotter than molten lava To handle this, the SpaceX team engineered a custom heat shield system SpaceX is building hundreds of Starships in parallel. This flap is getting its tiles installed right now

X Freeze

59,903 views • 6 months ago

🇨🇳China Lands First Stage Rocket For First Time - Only the 2nd Country to Do So After the US ▪️China's state enterprise, China Academy of Launch Vehicle Technology (CALT) has successfully launched and recovered the first stage of its Long March 10B carrier rocket; ▪️The first stage successfully helped launch a functional satellite payload into orbit before guiding itself to a recovery ship at sea where it landed under its own power; ▪️Note how nasty the BBC is - "state media says," as if it might not actually be true - despite literal video footage of it doing so; ▪️China has surpassed the US by virtually every conceivable metric with few exceptions including space launch capabilities, AI, and several others - however today's success poises China to inevitably surpass the US in this realm as well- with all other gaps closing also; ▪️Imagine if US leadership (corporations/policymakers/politicians) weren't so obsessed with power and profit and infected with a false sense of superiority - what the US and China could achieve together? ▪️Unfortunately - while the world should cheer on these successes as collective achievements for humanity - the US will only see this success as impetus for increased aggression, confrontation, propaganda, and chaos...

🇨🇳China Lands First Stage Rocket For First Time - Only the 2nd Country to Do So After the US ▪️China's state enterprise, China Academy of Launch Vehicle Technology (CALT) has successfully launched and recovered the first stage of its Long March 10B carrier rocket; ▪️The first stage successfully helped launch a functional satellite payload into orbit before guiding itself to a recovery ship at sea where it landed under its own power; ▪️Note how nasty the BBC is - "state media says," as if it might not actually be true - despite literal video footage of it doing so; ▪️China has surpassed the US by virtually every conceivable metric with few exceptions including space launch capabilities, AI, and several others - however today's success poises China to inevitably surpass the US in this realm as well- with all other gaps closing also; ▪️Imagine if US leadership (corporations/policymakers/politicians) weren't so obsessed with power and profit and infected with a false sense of superiority - what the US and China could achieve together? ▪️Unfortunately - while the world should cheer on these successes as collective achievements for humanity - the US will only see this success as impetus for increased aggression, confrontation, propaganda, and chaos...

Brian Berletic

42,310 views • 26 days ago

China’s launch pads are heating up, with rockets lifting off one after another across multiple sites. This week alone saw the Yaogan-50 02 satellite sent into orbit aboard a modified Long March-6. Built for land surveys, crop yield estimates, and disaster response, the mission highlights how space technology is tied to everyday needs on the ground. That context is often lost in outside coverage. Some recent Japanese media reports, citing U.S. data, have struck a different note—saying Chinese satellites pass over Japan roughly once every 10 minutes and casting that as a security concern. But such frequencies are standard for modern satellite constellations used by all major space powers. These systems underpin navigation, weather forecasting, and emergency services. In fact, they are less a source of risk than part of the shared infrastructure supporting regional stability. Claims of “threat” tend to say more about strategic mistrust than about the technology itself. Meanwhile, the tempo is hard to ignore. In just four days—from March 13 to 16—China carried out four successful launches from different sites, underscoring growing capacity and reliability. The bigger shift is structural: space is becoming infrastructure. And as that happens, the real question is no longer how often satellites pass overhead, but how the capabilities behind them are applied—and to what end.

China’s launch pads are heating up, with rockets lifting off one after another across multiple sites. This week alone saw the Yaogan-50 02 satellite sent into orbit aboard a modified Long March-6. Built for land surveys, crop yield estimates, and disaster response, the mission highlights how space technology is tied to everyday needs on the ground. That context is often lost in outside coverage. Some recent Japanese media reports, citing U.S. data, have struck a different note—saying Chinese satellites pass over Japan roughly once every 10 minutes and casting that as a security concern. But such frequencies are standard for modern satellite constellations used by all major space powers. These systems underpin navigation, weather forecasting, and emergency services. In fact, they are less a source of risk than part of the shared infrastructure supporting regional stability. Claims of “threat” tend to say more about strategic mistrust than about the technology itself. Meanwhile, the tempo is hard to ignore. In just four days—from March 13 to 16—China carried out four successful launches from different sites, underscoring growing capacity and reliability. The bigger shift is structural: space is becoming infrastructure. And as that happens, the real question is no longer how often satellites pass overhead, but how the capabilities behind them are applied—and to what end.

Sinical

2,013,281 views • 4 months ago

🇺🇸🇨🇳 What China's Long March 10B successful launch/recovery means within US plans to encircle, contain, & confront China... ▪️One of the US' remaining advantages is its ability to launch more payload to orbit each year than China and Russia combined - allowing it to not only build larger constellations of satellites like Starlink and its fully militarized version, Starshield faster, but in the event of orbital warfare (anti-satellite operations) the US could replace their own faster than China and Russia can even deploy them in the first place; ▪️When China ramps up its actual launch cadence with launch reusability, it will be able to at least match, if not surpass the US; ▪️This will benefit China and its allies like Russia tremendously with both larger and more capable constellations than the US, as well as the ability to eliminate US satellites and replace their own at a higher rate; ▪️That means there is now another rapidly closing window the US has to exploit before this transition takes place, and this advantage is neutralized; ▪️The only question now is how long will it take for China to catch up, and what will the US try to do in the interim to exploit its current advantage before it no longer exists? ▪️The likely window closes around 2030 - another reason the US keeps projecting "war" with China - because 2030 is the point of no return, not just for space, but AI and whatever other advantages the US still has; ▪️For people wondering why China isn't going to war with the US over Palestine or Iran or wherever else, it is likely because Beijing tracks China's rise as inevitable, UNLESS, it does something like step into a war the US wants to fight with China sooner rather than later...

🇺🇸🇨🇳 What China's Long March 10B successful launch/recovery means within US plans to encircle, contain, & confront China... ▪️One of the US' remaining advantages is its ability to launch more payload to orbit each year than China and Russia combined - allowing it to not only build larger constellations of satellites like Starlink and its fully militarized version, Starshield faster, but in the event of orbital warfare (anti-satellite operations) the US could replace their own faster than China and Russia can even deploy them in the first place; ▪️When China ramps up its actual launch cadence with launch reusability, it will be able to at least match, if not surpass the US; ▪️This will benefit China and its allies like Russia tremendously with both larger and more capable constellations than the US, as well as the ability to eliminate US satellites and replace their own at a higher rate; ▪️That means there is now another rapidly closing window the US has to exploit before this transition takes place, and this advantage is neutralized; ▪️The only question now is how long will it take for China to catch up, and what will the US try to do in the interim to exploit its current advantage before it no longer exists? ▪️The likely window closes around 2030 - another reason the US keeps projecting "war" with China - because 2030 is the point of no return, not just for space, but AI and whatever other advantages the US still has; ▪️For people wondering why China isn't going to war with the US over Palestine or Iran or wherever else, it is likely because Beijing tracks China's rise as inevitable, UNLESS, it does something like step into a war the US wants to fight with China sooner rather than later...

Brian Berletic

102,886 views • 25 days ago

🇺🇸🇨🇳 MASSIVE: The military advantage that made America a global superpower is facing its biggest challenge yet. For decades, the United States' fleet of 222 C-17 Globemaster III strategic airlifters has been the backbone of American global power, moving troops, tanks, missiles, and supplies to virtually any corner of the planet within hours. Now Beijing is building its answer. China has already fielded more than 100 Y-20 strategic airlifters, and production is continuing at full speed. New footage showing dozens of Y-20s in active service is another reminder that China is investing heavily in the logistics needed to project military power far beyond its borders. The U.S. still holds the lead. But there's one crucial difference: America's C-17 production ended years ago. China's Y-20 production is accelerating. Wars aren't won by fighters alone, they're won by the ability to move an entire military across continents. China isn't just building transport aircraft. It's building the foundation of a global superpower. 👀

🇺🇸🇨🇳 MASSIVE: The military advantage that made America a global superpower is facing its biggest challenge yet. For decades, the United States' fleet of 222 C-17 Globemaster III strategic airlifters has been the backbone of American global power, moving troops, tanks, missiles, and supplies to virtually any corner of the planet within hours. Now Beijing is building its answer. China has already fielded more than 100 Y-20 strategic airlifters, and production is continuing at full speed. New footage showing dozens of Y-20s in active service is another reminder that China is investing heavily in the logistics needed to project military power far beyond its borders. The U.S. still holds the lead. But there's one crucial difference: America's C-17 production ended years ago. China's Y-20 production is accelerating. Wars aren't won by fighters alone, they're won by the ability to move an entire military across continents. China isn't just building transport aircraft. It's building the foundation of a global superpower. 👀

War Radar

213,753 views • 1 month ago

RUSSIA, now the WORLD LEADER in space launch technology, leaving NASA and SPACE X in its wake! 💪🇷🇺 ❗️Russia successfully launches another Soyuz-2.1b space rocket carrying heliogeophysical satellites "Ionosphere-M" & 18 accompanying satellites from Vostochny Cosmodrone Roscosmos reported. 💪🇷🇺 On July 25, 2025, Russia’s Roscosmos successfully launched a Soyuz-2.1b rocket from the Vostochny Cosmodrome, carrying 2 Ionosfera-M satellites and 18 secondary payloads, including 17 Russian & 1 Iranian satellite. This mission, aimed at completing the Ionosfera-M constellation to study Earth’s ionosphere and space weather, underscores Russia’s renewed vigor in space exploration. The launch, the third Soyuz-2.1b flight of 2025 and the first from Vostochny this year, highlights Russia’s strategic push to bolster its space capabilities, positioning it as the Primary player in the global space race, arguably outpacing NASA and SpaceX in recent activity and ambition. The Ionosfera-M satellites, equipped with instruments like the GPS total electron content receiver (PES), Laertes radio wave sounder, and MAYAK dual-frequency beacon, are designed to monitor the ionosphere’s electron density and space weather effects. This scientific focus, combined with the successful deployment of 18 secondary payloads, including a 16U CubeSat and Iran’s Nahid-2 telecommunications satellite, demonstrates Russia’s ability to execute complex, multi-payload missions. The Vostochny Cosmodrome, a relatively new facility, supports Russia’s goal of reducing reliance on Kazakhstan’s Baikonur Cosmodrome, further signaling its intent to assert independence and efficiency in space operations. In contrast, NASA and SpaceX, while historically dominant, have faced challenges that suggest Russia’s current momentum may surpass them. NASA’s Artemis program has encountered delays and budget overruns, with the Artemis II mission now pushed to 2026. SpaceX, despite its reusable Falcon 9 and Starlink successes, has focused heavily on commercial satellite deployments, with 27 Starlink launches in 2025 alone. However, these efforts lack the scientific depth of Russia’s Ionosfera-M mission, which prioritizes geophysical research critical for global communication and navigation systems. Russia’s ability to integrate international payloads, like Iran’s, also showcases its diplomatic and technical flexibility, an area where NASA’s international collaborations have been constrained by geopolitical tensions. China’s space program, meanwhile, is rapidly ascending, with milestones like the Tiangong space station and lunar exploration missions. Russia and China have deepened their space cooperation, notably through joint projects like the Russian-Chinese satellite launched in November 2024. This partnership, rooted in technology sharing, positions them to challenge Western dominance. China’s advancements in reusable rocket technology & Russia’s expertise in reliable Soyuz launches create a synergy that could see them lead the space race. For instance, Russia’s planned space station, set to launch modules in 2027, aligns with China’s ambitions for lunar bases, suggesting a strategic alignment that will outpace NASA’s slower-paced lunar gateway project. Russia’s recent successes, including a record-breaking 55-satellite launch in November 2024, reflect a revitalized space sector despite Western sanctions. By leveraging domestic infrastructure like Vostochny and fostering ties with China, Russia is not only more active but arguably more successful in achieving its space objectives than NASA or SpaceX, whose efforts are spread across commercial and exploratory domains. As Russia and China share technologies, their combined expertise in launch systems, satellite constellations & deep-space exploration is redefining their leadership in the space race, leaving NASA & SpaceX to catch up.

RUSSIA, now the WORLD LEADER in space launch technology, leaving NASA and SPACE X in its wake! 💪🇷🇺 ❗️Russia successfully launches another Soyuz-2.1b space rocket carrying heliogeophysical satellites "Ionosphere-M" & 18 accompanying satellites from Vostochny Cosmodrone Roscosmos reported. 💪🇷🇺 On July 25, 2025, Russia’s Roscosmos successfully launched a Soyuz-2.1b rocket from the Vostochny Cosmodrome, carrying 2 Ionosfera-M satellites and 18 secondary payloads, including 17 Russian & 1 Iranian satellite. This mission, aimed at completing the Ionosfera-M constellation to study Earth’s ionosphere and space weather, underscores Russia’s renewed vigor in space exploration. The launch, the third Soyuz-2.1b flight of 2025 and the first from Vostochny this year, highlights Russia’s strategic push to bolster its space capabilities, positioning it as the Primary player in the global space race, arguably outpacing NASA and SpaceX in recent activity and ambition. The Ionosfera-M satellites, equipped with instruments like the GPS total electron content receiver (PES), Laertes radio wave sounder, and MAYAK dual-frequency beacon, are designed to monitor the ionosphere’s electron density and space weather effects. This scientific focus, combined with the successful deployment of 18 secondary payloads, including a 16U CubeSat and Iran’s Nahid-2 telecommunications satellite, demonstrates Russia’s ability to execute complex, multi-payload missions. The Vostochny Cosmodrome, a relatively new facility, supports Russia’s goal of reducing reliance on Kazakhstan’s Baikonur Cosmodrome, further signaling its intent to assert independence and efficiency in space operations. In contrast, NASA and SpaceX, while historically dominant, have faced challenges that suggest Russia’s current momentum may surpass them. NASA’s Artemis program has encountered delays and budget overruns, with the Artemis II mission now pushed to 2026. SpaceX, despite its reusable Falcon 9 and Starlink successes, has focused heavily on commercial satellite deployments, with 27 Starlink launches in 2025 alone. However, these efforts lack the scientific depth of Russia’s Ionosfera-M mission, which prioritizes geophysical research critical for global communication and navigation systems. Russia’s ability to integrate international payloads, like Iran’s, also showcases its diplomatic and technical flexibility, an area where NASA’s international collaborations have been constrained by geopolitical tensions. China’s space program, meanwhile, is rapidly ascending, with milestones like the Tiangong space station and lunar exploration missions. Russia and China have deepened their space cooperation, notably through joint projects like the Russian-Chinese satellite launched in November 2024. This partnership, rooted in technology sharing, positions them to challenge Western dominance. China’s advancements in reusable rocket technology & Russia’s expertise in reliable Soyuz launches create a synergy that could see them lead the space race. For instance, Russia’s planned space station, set to launch modules in 2027, aligns with China’s ambitions for lunar bases, suggesting a strategic alignment that will outpace NASA’s slower-paced lunar gateway project. Russia’s recent successes, including a record-breaking 55-satellite launch in November 2024, reflect a revitalized space sector despite Western sanctions. By leveraging domestic infrastructure like Vostochny and fostering ties with China, Russia is not only more active but arguably more successful in achieving its space objectives than NASA or SpaceX, whose efforts are spread across commercial and exploratory domains. As Russia and China share technologies, their combined expertise in launch systems, satellite constellations & deep-space exploration is redefining their leadership in the space race, leaving NASA & SpaceX to catch up.

𝐃𝐚𝐯𝐢𝐝 𝐙 🇷🇺 🇷🇺

101,735 views • 1 year ago

🔶 Shib Tech Stack: From Meme to Modular Infrastructure 🔶 What started as SHIB — a decentralized experiment — has grown into a full-stack Web3 ecosystem built for scale, privacy, and real utility. SHIB → The Origin The token that launched the community. Fairly distributed and community-led. Leash → Scarce by Design Limited supply, evolving purpose. Used for early access, NFTs, and ecosystem incentives. Bone → Gas and Governance The operational core of Shibarium. Powers transactions and governance across the network. ShibaSwap → Native DeFi A decentralized platform for swapping, staking, and earning — designed for Shib ecosystem tokens. Shiboshis → Identity NFTs 10,000 collectibles that serve as digital identity and access points within the ecosystem. Shibarium → The L2 Core An Ethereum-compatible Layer 2 built for speed, low fees, and high throughput — with Bone as gas. Dev Portal → Tools to Build Everything developers need: RPCs, Paymaster, APIs, oracles, faucet access, and SDKs. Dapp Store → Shibarium Front Door A curated marketplace for discovering and using Shibarium-based applications. The Metaverse → Digital Space An interactive 3D world for land ownership, creation, and on-chain utility. Sheboshi (DN404) → Next-Gen NFTs On-chain, gas-efficient NFTs built on the DN404 standard — combining ERC-20 and ERC-721 traits. Treat → Encrypted DeFi Enables privacy-focused smart contracts through Fully Homomorphic Encryption (FHE). Shib Identity → On-Chain Credentials Decentralized identifiers for user authentication, access, and reputation. Shib OS → Application Framework The operating layer that connects identity, logic, data, and UI for Shibarium-native dapps. Shib Alpha Layer → Unified Protocol The Alpha layer — where compute, privacy, identity, and value converge into one cohesive system. Shib is no longer just a token. It’s an integrated tech stack — decentralized, modular, and built to scale.

🔶 Shib Tech Stack: From Meme to Modular Infrastructure 🔶 What started as SHIB — a decentralized experiment — has grown into a full-stack Web3 ecosystem built for scale, privacy, and real utility. SHIB → The Origin The token that launched the community. Fairly distributed and community-led. Leash → Scarce by Design Limited supply, evolving purpose. Used for early access, NFTs, and ecosystem incentives. Bone → Gas and Governance The operational core of Shibarium. Powers transactions and governance across the network. ShibaSwap → Native DeFi A decentralized platform for swapping, staking, and earning — designed for Shib ecosystem tokens. Shiboshis → Identity NFTs 10,000 collectibles that serve as digital identity and access points within the ecosystem. Shibarium → The L2 Core An Ethereum-compatible Layer 2 built for speed, low fees, and high throughput — with Bone as gas. Dev Portal → Tools to Build Everything developers need: RPCs, Paymaster, APIs, oracles, faucet access, and SDKs. Dapp Store → Shibarium Front Door A curated marketplace for discovering and using Shibarium-based applications. The Metaverse → Digital Space An interactive 3D world for land ownership, creation, and on-chain utility. Sheboshi (DN404) → Next-Gen NFTs On-chain, gas-efficient NFTs built on the DN404 standard — combining ERC-20 and ERC-721 traits. Treat → Encrypted DeFi Enables privacy-focused smart contracts through Fully Homomorphic Encryption (FHE). Shib Identity → On-Chain Credentials Decentralized identifiers for user authentication, access, and reputation. Shib OS → Application Framework The operating layer that connects identity, logic, data, and UI for Shibarium-native dapps. Shib Alpha Layer → Unified Protocol The Alpha layer — where compute, privacy, identity, and value converge into one cohesive system. Shib is no longer just a token. It’s an integrated tech stack — decentralized, modular, and built to scale.

Shibarium | SHIB.IO

15,682 views • 1 year ago

‼️🇺🇸🇨🇳 U.S. General Says China Is Now a True Military Peer and Preparing for Conflict U.S. Marine Corps Deputy Commandant Lt. Gen. Sklenka stated that China is no longer a near peer competitor but has reached parity with the United States across multiple domains. Speaking at the Modern Day Marine Expo 2026, he stressed that the U.S. must reassess how it views China’s growing capabilities. According to him: • China’s shipbuilding capacity is about 230 times larger than that of the United States • Its nuclear arsenal is expanding at a rapid pace • It is developing advanced warfare systems using AI and drone swarms • Future conflicts could begin with cyberattacks and infrastructure disruption before kinetic strikes He noted that if Iran could pressure U.S. forces in the Middle East, a potential conflict with China would be significantly more destructive. He also emphasized that U.S. bases can no longer be assumed secure, stating that forces may have to defend them while conducting operations.

‼️🇺🇸🇨🇳 U.S. General Says China Is Now a True Military Peer and Preparing for Conflict U.S. Marine Corps Deputy Commandant Lt. Gen. Sklenka stated that China is no longer a near peer competitor but has reached parity with the United States across multiple domains. Speaking at the Modern Day Marine Expo 2026, he stressed that the U.S. must reassess how it views China’s growing capabilities. According to him: • China’s shipbuilding capacity is about 230 times larger than that of the United States • Its nuclear arsenal is expanding at a rapid pace • It is developing advanced warfare systems using AI and drone swarms • Future conflicts could begin with cyberattacks and infrastructure disruption before kinetic strikes He noted that if Iran could pressure U.S. forces in the Middle East, a potential conflict with China would be significantly more destructive. He also emphasized that U.S. bases can no longer be assumed secure, stating that forces may have to defend them while conducting operations.

Defense Intelligence

20,755 views • 3 months ago

EPISODE 5/7 | CHINA'S MARITIME AMBITIONS: Strategic importance of reef militarization China is increasing its military presence in the Indo-Pacific, focusing on the West Philippine Sea and the First Island Chain. Key areas include Scarborough Shoal, Iroquois Reef, Second Thomas Shoal, and Thitu Islands. Since 2014, China has built artificial islands, now military outposts with missile systems and fighter jets, ignoring a 2016 ruling against its claims. China aims to establish a strong anti-access/area denial zone, controlling the Philippine Exclusive Economic Zone. The video urges viewers to engage and raise awareness about these geopolitical tensions. WATCH FOR MORE: EPISODE 1/7 EPISODE 2/7 EPISODE 3/7 EPISODE 4/7

EPISODE 5/7 | CHINA'S MARITIME AMBITIONS: Strategic importance of reef militarization China is increasing its military presence in the Indo-Pacific, focusing on the West Philippine Sea and the First Island Chain. Key areas include Scarborough Shoal, Iroquois Reef, Second Thomas Shoal, and Thitu Islands. Since 2014, China has built artificial islands, now military outposts with missile systems and fighter jets, ignoring a 2016 ruling against its claims. China aims to establish a strong anti-access/area denial zone, controlling the Philippine Exclusive Economic Zone. The video urges viewers to engage and raise awareness about these geopolitical tensions. WATCH FOR MORE: EPISODE 1/7 EPISODE 2/7 EPISODE 3/7 EPISODE 4/7

BRP Sierra Madre

32,108 views • 2 years ago