Loading video...

Video Failed to Load

There was a problem loading this video. This could be due to a temporary network issue or the video might be unavailable.

🚨 𝗡𝗜𝗦𝗔𝗥 𝗠𝗶𝘀𝘀𝗶𝗼𝗻 𝗨𝗽𝗱𝗮𝘁𝗲 The NISAR spacecraft has successfully deployed its massive 12 meter radar reflector antenna! ✅️ The radar reflector is mounted on a 9 meter boom and was kept in stowed configuration during launch. It will be used by ISRO's S-band radar and NASA's L-band radar payloads... show more

ISRO Spaceflight

151,292 subscribers

62,330 views • 11 months ago •via X (Twitter)

Science & Technology News & Politics Education

Anya Rossi• Live Now

Private livecam show

0 Comments

No comments available

Comments from the original post will appear here

Related Videos

#ISROfixYourPR NISAR is the only satellite for which PR has been done for only 1/3rd of the satellite! 🤡 Look at this awesome video by NASA showing the journey of their S-band radar and the radar reflector boom+antenna to India. The L-band radar + the entire rest of the spacecraft is made by ISRO, and the launch service is also provided by ISRO, but you wouldn't know that unless NASA themselves tell you about it, cuz ISRO doesn't care 🤡

#ISROfixYourPR NISAR is the only satellite for which PR has been done for only 1/3rd of the satellite! 🤡 Look at this awesome video by NASA showing the journey of their S-band radar and the radar reflector boom+antenna to India. The L-band radar + the entire rest of the spacecraft is made by ISRO, and the launch service is also provided by ISRO, but you wouldn't know that unless NASA themselves tell you about it, cuz ISRO doesn't care 🤡

Debapratim

16,734 views • 1 year ago

Ever since it fielded the world's first tactical solid state radar, Lockheed Martin (GE) has enjoyed a dominant position in the long-range surveillance radar market with more than two dozen nations operating its range of L-band phased array radars. The next generation #GaN powered AN/TPY-4 Three-Dimensional Expeditionary Long-Range Radar is the company's most recent product in this segment. Already in production for the 🇺🇸 Air Force, and selected by the 🇳🇴 and 🇸🇪 armed forces, the sensor is well on its way to becoming the radar of choice for expeditionary long range surveillance missions.

Ever since it fielded the world's first tactical solid state radar, Lockheed Martin (GE) has enjoyed a dominant position in the long-range surveillance radar market with more than two dozen nations operating its range of L-band phased array radars. The next generation #GaN powered AN/TPY-4 Three-Dimensional Expeditionary Long-Range Radar is the company's most recent product in this segment. Already in production for the 🇺🇸 Air Force, and selected by the 🇳🇴 and 🇸🇪 armed forces, the sensor is well on its way to becoming the radar of choice for expeditionary long range surveillance missions.

AirPower 2.0 (MIL_STD)

17,260 views • 1 year ago

#WATCH | NASA-ISRO NISAR satellite onboard GSLV-F16 launched from Satish Dhawan Space Centre (SDSC) in Sriharikota, Andhra Pradesh NISAR, or NASA-ISRO Synthetic Aperture Radar is a joint venture of ISRO and NASA and has been designed to provide a detailed view of the Earth to observe and measure some of the planet's most complex processes, including ecosystem disturbances, ice-sheet collapse, natural hazards, sea level rise, and groundwater issues. Its radar, the first of its kind in space, will systematically map Earth, measuring changes of our planet's surface as small as a centimetre.

#WATCH | NASA-ISRO NISAR satellite onboard GSLV-F16 launched from Satish Dhawan Space Centre (SDSC) in Sriharikota, Andhra Pradesh NISAR, or NASA-ISRO Synthetic Aperture Radar is a joint venture of ISRO and NASA and has been designed to provide a detailed view of the Earth to observe and measure some of the planet's most complex processes, including ecosystem disturbances, ice-sheet collapse, natural hazards, sea level rise, and groundwater issues. Its radar, the first of its kind in space, will systematically map Earth, measuring changes of our planet's surface as small as a centimetre.

ANI

40,187 views • 1 year ago

Karnataka State 1st Doppler Weather Radar in Mangaluru Installation work going on. #KarnatakaWeather Physically the C Band Doppler weather Radar Dome was installed 2 days back , still many works like Cabling , Commissioning , trail work is pending according to the sources. So it will take another 1 month to see Radar functioning , so hopefully we might see Mangaluru DWR to be operational by March end / Early April. C Band Radar which is located near to Kadri in Mangaluru covers around 250-300kms will help whole of Dakshina Kannada - Udupi districts , more parts Kodagu , Chikkamagaluru , Kasaragodu , Shivamogga , Hassan & Mysuru district.

Karnataka State 1st Doppler Weather Radar in Mangaluru Installation work going on. #KarnatakaWeather Physically the C Band Doppler weather Radar Dome was installed 2 days back , still many works like Cabling , Commissioning , trail work is pending according to the sources. So it will take another 1 month to see Radar functioning , so hopefully we might see Mangaluru DWR to be operational by March end / Early April. C Band Radar which is located near to Kadri in Mangaluru covers around 250-300kms will help whole of Dakshina Kannada - Udupi districts , more parts Kodagu , Chikkamagaluru , Kasaragodu , Shivamogga , Hassan & Mysuru district.

ರವಿ ಕೀರ್ತಿ ಗೌಡ

45,580 views • 1 year ago

Footage has been published by the PryMary Unit of the Ukrainian Main Directorate of Intelligence, showing several drone strikes Wednesday against Kacha Airbase near Sevastopol in Russian-occupied Crimea, which targeted and resulted in the destruction of an 64H6E “Big Bird E” S-Band Search and Acquisition Radar for the S-300 Surface-to-Air Missile System, a Nebo-M Multi-Band Radar System, as well as an Antonov An-26 Military Transport Aircraft that was preparing to takeoff from the base, with reports of significant casualties onboard the An-26.

Footage has been published by the PryMary Unit of the Ukrainian Main Directorate of Intelligence, showing several drone strikes Wednesday against Kacha Airbase near Sevastopol in Russian-occupied Crimea, which targeted and resulted in the destruction of an 64H6E “Big Bird E” S-Band Search and Acquisition Radar for the S-300 Surface-to-Air Missile System, a Nebo-M Multi-Band Radar System, as well as an Antonov An-26 Military Transport Aircraft that was preparing to takeoff from the base, with reports of significant casualties onboard the An-26.

OSINTdefender

141,235 views • 7 months ago

#WATCH | J&K: A soldier of the Indian Army says, "The radar you can see right behind me is an early warning radar of the air defence system, and this early warning radar is the most modern radar of today. This radar has long-range capability, which means that it has the ability to search and detect the enemy's target from a long range. Due to its long range, it searched and detected all the enemy targets, be it a drone, a UAV or an aircraft, very well. It passed the data of the target to the fire controller, and the weapon system attached to the fire control radar opened an effective fire on that particular target, due to which it was destroyed in the air itself. We detected their targets through those radars and destroyed them in the air through our weapon system before they could reach their destination. Its success rate has been 100%, and it can be 101%, but it cannot be less than that. There is no doubt that if the enemy country dares to do something like this in the future, it will have to pay a lot more than this. Our army jammed their (Pakistan) air defence system, and they could not do anything, and due to this, they suffered heavy losses..."

#WATCH | J&K: A soldier of the Indian Army says, "The radar you can see right behind me is an early warning radar of the air defence system, and this early warning radar is the most modern radar of today. This radar has long-range capability, which means that it has the ability to search and detect the enemy's target from a long range. Due to its long range, it searched and detected all the enemy targets, be it a drone, a UAV or an aircraft, very well. It passed the data of the target to the fire controller, and the weapon system attached to the fire control radar opened an effective fire on that particular target, due to which it was destroyed in the air itself. We detected their targets through those radars and destroyed them in the air through our weapon system before they could reach their destination. Its success rate has been 100%, and it can be 101%, but it cannot be less than that. There is no doubt that if the enemy country dares to do something like this in the future, it will have to pay a lot more than this. Our army jammed their (Pakistan) air defence system, and they could not do anything, and due to this, they suffered heavy losses..."

ANI

454,514 views • 1 year ago

Iran is not Venezuela The Iranian side announced two things: 1. The Iranian missile attack resulted in the deaths of approximately 200 American soldiers. 2. Iranian missiles destroyed an A/N FPS-132 Block 5 radar system, an advanced phased-array radar system deployed by US forces in Qatar. This radar has a detection range of 5,000 kilometers, and its primary mission is to provide early warning of ballistic missiles to the United States and Israel. Didn't the kidnapping of Maduro without any casualties give Trump excessive confidence?

Iran is not Venezuela The Iranian side announced two things: 1. The Iranian missile attack resulted in the deaths of approximately 200 American soldiers. 2. Iranian missiles destroyed an A/N FPS-132 Block 5 radar system, an advanced phased-array radar system deployed by US forces in Qatar. This radar has a detection range of 5,000 kilometers, and its primary mission is to provide early warning of ballistic missiles to the United States and Israel. Didn't the kidnapping of Maduro without any casualties give Trump excessive confidence?

China pulse 🇨🇳

5,404,321 views • 5 months ago

In 1991, Ron Wyatt brought his Ark findings to CNN, and was mocked on air. Decades later, ground penetrating radar conducted by the Noahs Ark Scans team revealed hallways, chambers, and an atrium under the formation. This is not just a “geological anomaly” as secular science scoffs and dismisses it to be. Soon, the world will see.

In 1991, Ron Wyatt brought his Ark findings to CNN, and was mocked on air. Decades later, ground penetrating radar conducted by the Noahs Ark Scans team revealed hallways, chambers, and an atrium under the formation. This is not just a “geological anomaly” as secular science scoffs and dismisses it to be. Soon, the world will see.

Noahs Ark Scans

119,155 views • 3 months ago

🚨 MASSIVE 3,000-MILE RADAR LINE JUST LIT UP THE U.S. - AND NO ONE CAN EXPLAIN IT A perfectly straight, ultra-dense anomaly suddenly appeared on weather radar, stretching over 3,000 miles from the Southwest, slicing clean through the Deep South, and continuing straight into the Atlantic - directly through the Bermuda Triangle. This wasn’t a storm system. This wasn’t a rain band. Radar data shows a dark purple core, a signature meteorologists associate with abnormal atmospheric density, not normal precipitation. The structure was sharply defined, uniform, and mechanically straight - maintaining its shape as it cut through Arizona, Texas, Louisiana, Mississippi, Alabama, and Georgia before disappearing offshore. Veteran weather watchers reviewing the footage say they’ve never seen anything like it. Radar glitches happen but they don’t produce continent-spanning straight lines with consistent density readings across thousands of miles. So what was it? A Doppler malfunction that somehow defied physics… or something interacting with the atmosphere on a massive, coordinated scale? Radar systems don’t generate 3,000-mile straight lines without a cause. Do you really believe this was “just a glitch,” or are we looking at something they don’t want explained?

🚨 MASSIVE 3,000-MILE RADAR LINE JUST LIT UP THE U.S. - AND NO ONE CAN EXPLAIN IT A perfectly straight, ultra-dense anomaly suddenly appeared on weather radar, stretching over 3,000 miles from the Southwest, slicing clean through the Deep South, and continuing straight into the Atlantic - directly through the Bermuda Triangle. This wasn’t a storm system. This wasn’t a rain band. Radar data shows a dark purple core, a signature meteorologists associate with abnormal atmospheric density, not normal precipitation. The structure was sharply defined, uniform, and mechanically straight - maintaining its shape as it cut through Arizona, Texas, Louisiana, Mississippi, Alabama, and Georgia before disappearing offshore. Veteran weather watchers reviewing the footage say they’ve never seen anything like it. Radar glitches happen but they don’t produce continent-spanning straight lines with consistent density readings across thousands of miles. So what was it? A Doppler malfunction that somehow defied physics… or something interacting with the atmosphere on a massive, coordinated scale? Radar systems don’t generate 3,000-mile straight lines without a cause. Do you really believe this was “just a glitch,” or are we looking at something they don’t want explained?

HustleBitch

1,501,768 views • 7 months ago

Trump has more to worry about! China has transferred its long-range YLC-8B anti-stealth radar to Iran, which can detect 5th gen, stealth fighter jets and B-2 bombers. Each radar system can detect targets up to 700 kilometres away. The YLC-8B is specifically engineered to counter stealth aircraft and ballistic missile threats through UHF-band low-frequency surveillance, undermining the effectiveness of radar-absorbent shaping used by platforms such as the F-35 Lightning II and B-2 Spirit. It’s also a compliment to the Chinese anti-stealth sensor JY-27A, that Iran already has. This tech transfer is part of the 25-year, China-Iran comprehensive strategic partnership agreement encompassing military tech exchange, joint exercises, and energy-for-security arrangements.

Trump has more to worry about! China has transferred its long-range YLC-8B anti-stealth radar to Iran, which can detect 5th gen, stealth fighter jets and B-2 bombers. Each radar system can detect targets up to 700 kilometres away. The YLC-8B is specifically engineered to counter stealth aircraft and ballistic missile threats through UHF-band low-frequency surveillance, undermining the effectiveness of radar-absorbent shaping used by platforms such as the F-35 Lightning II and B-2 Spirit. It’s also a compliment to the Chinese anti-stealth sensor JY-27A, that Iran already has. This tech transfer is part of the 25-year, China-Iran comprehensive strategic partnership agreement encompassing military tech exchange, joint exercises, and energy-for-security arrangements.

Truth_teller 🇷🇺

89,533 views • 5 months ago

🚨🎥 New video has landed on the FBI's radar and it could be huge. The footage shows a man with a backpack that looks strikingly similar to the one seen in the original doorbell cam video.

🚨🎥 New video has landed on the FBI's radar and it could be huge. The footage shows a man with a backpack that looks strikingly similar to the one seen in the original doorbell cam video.

TMZ

451,063 views • 5 months ago

The weapon that downed US F-35 Despite being practically invisible to radar, the stealth fighter jet was still successfully targeted . IRGC used the 358 anti-aircraft missile, exploiting the F-35's key vulnerability: its heat signature makes it targetable by heat-seeking missiles. The 358's key features: A unique hybrid between a kamikaze drone and a surface-to-air missile. Flies at slower subsonic speeds and can loiter in the air in a holding pattern until its optical and infrared sensors detect a target. Engages the target entirely within the infrared spectrum.

The weapon that downed US F-35 Despite being practically invisible to radar, the stealth fighter jet was still successfully targeted . IRGC used the 358 anti-aircraft missile, exploiting the F-35's key vulnerability: its heat signature makes it targetable by heat-seeking missiles. The 358's key features: A unique hybrid between a kamikaze drone and a surface-to-air missile. Flies at slower subsonic speeds and can loiter in the air in a holding pattern until its optical and infrared sensors detect a target. Engages the target entirely within the infrared spectrum.

True Promise - الوعد الصادق ✪🇮🇷

43,755 views • 3 months ago

🚨 Artemis II LAS Hatch Closed Successfully- Pad Clear Next!🚨 NASA teams have now closed the Launch Abort System (LAS) hatch on Orion during today’s Artemis II rehearsal at Launch Complex 39B, simulating the final moments of launch day pad operations. The LAS hatch provides access to the Orion crew module through the abort tower and must be securely sealed before launch. This system is designed to rapidly pull the astronauts away from the rocket in the event of an emergency during ascent; meaning hatch integrity is directly tied to crew safety. After closure, the closeout crew: • Verified mechanical seals • Checked environmental conditions inside the spacecraft • Performed leak checks • Confirmed Orion is properly configured for flight operations Securing this hatch is a major milestone and indicates the spacecraft is now essentially in its launch configuration. Next, once all inspections are complete, the closeout crew will depart the pad, leaving the rocket and spacecraft to continue through the countdown just as they would on launch day.

🚨 Artemis II LAS Hatch Closed Successfully- Pad Clear Next!🚨 NASA teams have now closed the Launch Abort System (LAS) hatch on Orion during today’s Artemis II rehearsal at Launch Complex 39B, simulating the final moments of launch day pad operations. The LAS hatch provides access to the Orion crew module through the abort tower and must be securely sealed before launch. This system is designed to rapidly pull the astronauts away from the rocket in the event of an emergency during ascent; meaning hatch integrity is directly tied to crew safety. After closure, the closeout crew: • Verified mechanical seals • Checked environmental conditions inside the spacecraft • Performed leak checks • Confirmed Orion is properly configured for flight operations Securing this hatch is a major milestone and indicates the spacecraft is now essentially in its launch configuration. Next, once all inspections are complete, the closeout crew will depart the pad, leaving the rocket and spacecraft to continue through the countdown just as they would on launch day.

The Launch Pad

10,989 views • 5 months ago

🚨 LABOUR - The entire world is looking at the UK in disgust. Argentina’s President Javier Milei points to our government and its complicit Media for censorship of citizens. Being schooled by Argentina was not on my radar for 2025.

🚨 LABOUR - The entire world is looking at the UK in disgust. Argentina’s President Javier Milei points to our government and its complicit Media for censorship of citizens. Being schooled by Argentina was not on my radar for 2025.

Bernie

459,034 views • 1 year ago

🇺🇦 🇺🇦✈️ Eastern front — a Ukrainian Air Force MIG-29 fighter jet is launching two AGM-88 HARM anti-radiation missiles toward Russian occupiers’ positions 🚀 These missiles are used on the following principle — they are fired without entering the enemy’s air-defense engagement zone, at which point the HARM autonomously searches for a radar-emitting device (that is, we are talking about a radar, or a mobile air-defense complex on which the radar is mounted — this can be a Buk-M-1/2/3; Tor-M1/2; Pantsir-S1; Strela-10) within a 50–60 km radius and independently heads to destroy it.

🇺🇦 🇺🇦✈️ Eastern front — a Ukrainian Air Force MIG-29 fighter jet is launching two AGM-88 HARM anti-radiation missiles toward Russian occupiers’ positions 🚀 These missiles are used on the following principle — they are fired without entering the enemy’s air-defense engagement zone, at which point the HARM autonomously searches for a radar-emitting device (that is, we are talking about a radar, or a mobile air-defense complex on which the radar is mounted — this can be a Buk-M-1/2/3; Tor-M1/2; Pantsir-S1; Strela-10) within a 50–60 km radius and independently heads to destroy it.

NSTRIKE

57,864 views • 8 months ago

🇨🇳 vs 🇯🇵: The Radar Lock Heard Across the Pacific On Dec 6, 2025, a Chinese J-15 fighter jet locked its fire-control radar onto a Japanese F-15 over the East China Sea. This wasn’t a “simulated threat,” it was a simulated kill. A blunt warning, not just to Japan, but to all who assumed China couldn’t reach this far, this fast. What’s behind this? • China’s New Eyes: Radar that can lock targets at 148 km, double the standard range • PL-15 Missiles: Estimated 200+ km range, creating a “no escape zone” for enemy aircraft • AESA tech: Capable of simultaneously locking multiple targets even in contested environments • Stealth detection: China’s “counter-stealth network” relies on UHF/L-band radar and data fusion, potentially breaking the F-35’s air dominance ⚠️ Japan’s response? A full-scale defense pivot: • Doubling military spending by 2027 • Launching GCAP, a 6th-gen stealth fighter with UK/Italy • Politically, labeling any Taiwan conflict as a “survival-threatening situation” for Japan This one radar lock jolted Tokyo into a new age of airpower planning. 🔻But for China, it was never just about flexing muscle. It was a message: “You cannot threaten to violate our territory, and interfere with our military exercises without facing consequences.”

🇨🇳 vs 🇯🇵: The Radar Lock Heard Across the Pacific On Dec 6, 2025, a Chinese J-15 fighter jet locked its fire-control radar onto a Japanese F-15 over the East China Sea. This wasn’t a “simulated threat,” it was a simulated kill. A blunt warning, not just to Japan, but to all who assumed China couldn’t reach this far, this fast. What’s behind this? • China’s New Eyes: Radar that can lock targets at 148 km, double the standard range • PL-15 Missiles: Estimated 200+ km range, creating a “no escape zone” for enemy aircraft • AESA tech: Capable of simultaneously locking multiple targets even in contested environments • Stealth detection: China’s “counter-stealth network” relies on UHF/L-band radar and data fusion, potentially breaking the F-35’s air dominance ⚠️ Japan’s response? A full-scale defense pivot: • Doubling military spending by 2027 • Launching GCAP, a 6th-gen stealth fighter with UK/Italy • Politically, labeling any Taiwan conflict as a “survival-threatening situation” for Japan This one radar lock jolted Tokyo into a new age of airpower planning. 🔻But for China, it was never just about flexing muscle. It was a message: “You cannot threaten to violate our territory, and interfere with our military exercises without facing consequences.”

𝘊𝘰𝘳𝘳𝘪𝘯𝘦

13,796 views • 7 months ago

❗️Here's some more context on the Ukrainian strike on the Russian Nebo-U radar station in Russian-occupied Crimea yesterday. Even if this radar was only partly damaged, this has huge significance and is a disadvantage for Russian air defense. Due to its location in Crimea, the Nebo-U radar station can monitor the situation in the sky in a very wide range (including aerial targets) not just in parts of Ukraine (Odesa, Dnipro, Kropyvnytsky, Kyiv, Kharkiv) but outside Ukraine, as well (NATO's largest base in Romania; Chisinau; the coast of Turkiye, Istanbul, Ankara etc.). It is also a very rare radar, Russia's only got dozens of them. Damaging one of these radars is a loss for Russia - it increases reaction time for Russian air defense and creates "blind"/"blinder" spots. Russian leadership has turned Crimea into a spot for destroying rare and expensive equipment. They have set up a trap for themselves - they cannot stop defending the occupied Crimea but they are not able to provide security for their defense systems. 📹: a review of the Nebo-U radar station by a Russian defense export company, posted three years ago

❗️Here's some more context on the Ukrainian strike on the Russian Nebo-U radar station in Russian-occupied Crimea yesterday. Even if this radar was only partly damaged, this has huge significance and is a disadvantage for Russian air defense. Due to its location in Crimea, the Nebo-U radar station can monitor the situation in the sky in a very wide range (including aerial targets) not just in parts of Ukraine (Odesa, Dnipro, Kropyvnytsky, Kyiv, Kharkiv) but outside Ukraine, as well (NATO's largest base in Romania; Chisinau; the coast of Turkiye, Istanbul, Ankara etc.). It is also a very rare radar, Russia's only got dozens of them. Damaging one of these radars is a loss for Russia - it increases reaction time for Russian air defense and creates "blind"/"blinder" spots. Russian leadership has turned Crimea into a spot for destroying rare and expensive equipment. They have set up a trap for themselves - they cannot stop defending the occupied Crimea but they are not able to provide security for their defense systems. 📹: a review of the Nebo-U radar station by a Russian defense export company, posted three years ago

Anton Gerashchenko

383,615 views • 10 months ago