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Austria-based startup CycloTech is developing flying aircraft powered by CycloRotor technology instead of traditional propellers. The company plans to build a four-seater air taxi with four CycloRotors, offering an 85 km range, 40 minutes of flight time, and a cruising speed of 150 km/h. Each CycloRotor uses rotating wings...

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46,241 views • 11 days ago •via X (Twitter)

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The Boeing C-17Globemaster III is one of the few modern aircraft that uses reverse thrust in flight. The Boeing- manufactured aircraft is capable of in-flight deployment of reverse thrust on all four engines to facilitate steep tactical descents up to 15,000 ft/min (4,600 m/min) into combat environments (a descent rate of just over 170 mph, or 274 km/h)
0:45

The Boeing C-17Globemaster III is one of the few modern aircraft that uses reverse thrust in flight. The Boeing- manufactured aircraft is capable of in-flight deployment of reverse thrust on all four engines to facilitate steep tactical descents up to 15,000 ft/min (4,600 m/min) into combat environments (a descent rate of just over 170 mph, or 274 km/h)

durvesh

84,644 views • 7 months ago

✈️🇩🇪 Germany received an A400M military transport aircraft Germany received the 52nd military transport aircraft ✈️A400M from Airbus Defence and Space (Tarragona, Spain). The aircraft was delivered as part of a large-scale program to modernize the transport aviation of the German Air Force. ✈️ The aircraft is equipped with four turboprop engines with a total power of about 44,000 hp, capable of speeds up to 750 km/h and covering distances of up to 8,700 km. With a full load of 37 tons, the range is over 3,300 km. The A400M can take off and land on short and unprepared runways. The aircraft is used for transporting armored vehicles, helicopters, cargo pallets, humanitarian aid, as well as serving as a platform for medical evacuation and aerial refueling. See the latest updates with us: Visioner
1:06

✈️🇩🇪 Germany received an A400M military transport aircraft Germany received the 52nd military transport aircraft ✈️A400M from Airbus Defence and Space (Tarragona, Spain). The aircraft was delivered as part of a large-scale program to modernize the transport aviation of the German Air Force. ✈️ The aircraft is equipped with four turboprop engines with a total power of about 44,000 hp, capable of speeds up to 750 km/h and covering distances of up to 8,700 km. With a full load of 37 tons, the range is over 3,300 km. The A400M can take off and land on short and unprepared runways. The aircraft is used for transporting armored vehicles, helicopters, cargo pallets, humanitarian aid, as well as serving as a platform for medical evacuation and aerial refueling. See the latest updates with us: Visioner

Visioner

63,559 views • 5 months ago

🇨🇳 Jetpack appears at Zhejiang University in China A jetpack with amazing technology, developed by the Huzhou Institute of Zhejiang University in China, has appeared, allowing low-altitude flight of up to 1,500 meters, and with a theoretical speed of up to 100 km/h.
2:03

🇨🇳 Jetpack appears at Zhejiang University in China A jetpack with amazing technology, developed by the Huzhou Institute of Zhejiang University in China, has appeared, allowing low-altitude flight of up to 1,500 meters, and with a theoretical speed of up to 100 km/h.

China in English

18,587 views • 3 months ago

According to the Russian media, the Prototype Sukhoi Superjet-100 with Russian PD-8 engines, developed by the United Aircraft Corporation (UAC, part of Rostec), reached a maximum altitude of 11,300 meters and a speed of 0.78 Mach (about 955 km/h). The aircraft stayed in the air for 3 hours and 13 minutes. At all tested altitudes, speeds and operating modes, the Aviadvigatel PD-8 engines showed stable operation. In total, during flight tests, the aircraft spent about 11 hours in the air. The prototype of the Superjet-100 aircraft with domestic PD-8 engines made its first flight on March 17. By end of 2025, Russia plans to obtain a type certificate for the PD-8 engine. Until 2025, the aircraft was powered by two 77–79 kN (17,000–18,000 lbf) PowerJet SaM146 turbofans developed by a joint venture between French Safran and Russian NPO Saturn. #aircraft #aviation #experimental
0:50

According to the Russian media, the Prototype Sukhoi Superjet-100 with Russian PD-8 engines, developed by the United Aircraft Corporation (UAC, part of Rostec), reached a maximum altitude of 11,300 meters and a speed of 0.78 Mach (about 955 km/h). The aircraft stayed in the air for 3 hours and 13 minutes. At all tested altitudes, speeds and operating modes, the Aviadvigatel PD-8 engines showed stable operation. In total, during flight tests, the aircraft spent about 11 hours in the air. The prototype of the Superjet-100 aircraft with domestic PD-8 engines made its first flight on March 17. By end of 2025, Russia plans to obtain a type certificate for the PD-8 engine. Until 2025, the aircraft was powered by two 77–79 kN (17,000–18,000 lbf) PowerJet SaM146 turbofans developed by a joint venture between French Safran and Russian NPO Saturn. #aircraft #aviation #experimental

FL360aero

84,844 views • 1 year ago

The Volonaut Airbike is capable of speeds up to 200 km/h with a jet propulsion system and a unique 360-degree riding view, offering a breakthrough in personal air mobility without the use of spinning propellers. [📹volonaut]
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The Volonaut Airbike is capable of speeds up to 200 km/h with a jet propulsion system and a unique 360-degree riding view, offering a breakthrough in personal air mobility without the use of spinning propellers. [📹volonaut]

Massimo

108,575 views • 1 year ago

A private company in India has started developing their own Shahed-style suicide drones. The Sheshnaag-150 is said to be able to carry out drone swarm attacks with a range of 1000 km. 🇮🇳
1:25

A private company in India has started developing their own Shahed-style suicide drones. The Sheshnaag-150 is said to be able to carry out drone swarm attacks with a range of 1000 km. 🇮🇳

Visegrád 24

189,183 views • 3 months ago

Frankenburg Mark I missile in a short-range air-defence engagement against a Shahed-type target The video shows the Mark I missile in a live-fire test, demonstrating: - Launch of a moving fixed-wing Class III target drone (200 km/h) - Target detection and tracking by an external sensor and C2 system - Mark I missile launch from a tripod system - Terminal guidance at high sub-sonic interceptor speed (exceeding 1,000 km/h) - Proximity-based warhead initiation and in-air target defeat - Controlled descent of target debris for range safety Missiles matter in defence for one simple reason: speed. Mark I uses a solid-fuel rocket motor to generate missile-class closing speed, enabling intercepts at short-range (<2 km). The system is intended to engage low- and slow-flying one-way attack drones with propellers (150–200 km/h), as well as faster targets using jet engines (450–600 km/h), including swarm-type systems. Mark I is the world’s smallest and lowest-cost guided missile, built from commercially available components and engineered for localised, sovereign mass production by Frankenburg Technologies. #Wintech
0:38

Frankenburg Mark I missile in a short-range air-defence engagement against a Shahed-type target The video shows the Mark I missile in a live-fire test, demonstrating: - Launch of a moving fixed-wing Class III target drone (200 km/h) - Target detection and tracking by an external sensor and C2 system - Mark I missile launch from a tripod system - Terminal guidance at high sub-sonic interceptor speed (exceeding 1,000 km/h) - Proximity-based warhead initiation and in-air target defeat - Controlled descent of target debris for range safety Missiles matter in defence for one simple reason: speed. Mark I uses a solid-fuel rocket motor to generate missile-class closing speed, enabling intercepts at short-range (<2 km). The system is intended to engage low- and slow-flying one-way attack drones with propellers (150–200 km/h), as well as faster targets using jet engines (450–600 km/h), including swarm-type systems. Mark I is the world’s smallest and lowest-cost guided missile, built from commercially available components and engineered for localised, sovereign mass production by Frankenburg Technologies. #Wintech

Frankenburg Technologies

288,069 views • 6 months ago

Can Venezuela withstand the attack after Trump's green light? Initially, the targets would be Venezuelan radars, which would be attacked by American drones, disabling the anti-aircraft defenses. Venezuela does not have a dedicated drone interception system, which could be a crucial vulnerability. Iglas and RBS 70 are the only options to attack drones flying at max 5,000m altitude. Regarding the radars, Venezuela is operating only a little over half of its systems, which are Russian and Chinese models. American radars are partially operational. - HK-JM2: Chinese; 500 km; Long-range defense; Operational. - JYL-1: Chinese; 470 km; Long-range 3D; 7+ units; Operational. - JY-11B: Chinese; 450 km; 3D UHF; Multiple units; Operational. - TPS-70: American; 370 km; Mobile surveillance; Unknown status; Partially operational. - 36D6 Tin Shield: Russian; 300 km; 3D detection; Operational. - TPS-43: American; 360 km; Air surveillance; Unknown status; Possibly inoperative. These radars are also critical for the operation of Venezuelan drones and antiship missiles, which are quite numerous. Venezuelan Aerial Drones (Iranian, Russian, and Domestic): - Arpía 1/ANSU-100 (Mohajer-2): Iranian/local; Range: 50 km; Speed: 200 km/h; Dozens in use. - Orlan-10: Russian; Range: 120 km; Speed: 150 km/h. - Qods Mohajer/Mersad: Iranian; Range: 50 km; Speed: 200 km/h. - ANT-3X Gavilán: Venezuelan; Range: 120 km; Speed: 150 km/h. - Mohajer-6: Iranian; Range: 2,000 km; Speed: 200 km/h. - ANSU-200: Venezuelan/Iranian; Range: 500 km; Speed: 200 km/h (experimental). - Zamora V-1 (Shahed-136): Venezuelan; Range: 30 km; Speed: 150 km/h. Venezuelan Marine Drones (Domestic and Confirmed): - RAMMAX: Venezuelan; Range: 20 km; Speed: 20 km/h; (coastal patrol). - Iranian-Modified USVs (Peykaap III): Range: 50 km; Speed: 50 km/h. Chinese Marine Drones (Some unconfirmed): - Yunzhou: Chinese; Range: 740 km; Speed: 85 km/h (high-speed). - Cavalry A150: Chinese; Range: 500 km; Speed: 40 km/h. - Lanjing: Chinese; Range: 600 km; Speed: 74 km/h (submersible). - Scout S45: Chinese; Range: 350 km; Speed: 40 km/h. - Anti-mine UAV: Chinese; Range: 200 km; Speed: 40 km/h. Venezuelan Anti-Ship Missiles: - Kh-35 variants: Russian; Range: 130–300 km; Speed: Mach 0.8. - C-802/YJ-83: Chinese; Range: 180 km; Speed: Mach 0.9. - Kh-31 variants: Russian; Range: 110–250 km; Speed: Mach 3.5; Quantity: 20–50 (Su-30MK2, 2025). - CM-90 (Nasir-1): Iranian; Range: 90 km; Speed: Mach 0.85. Venezuelan Boats with Anti-Ship Missiles: - Nasr-1: Peykaap/IRGC swarms; Range: 90 km; Speed: Mach 0.85. - Fajr-3: Fast, asymmetric boats; Range: 25 km; Speed: Mach 0.7. Regarding vessels, the biggest threat from Venezuela are Iranian fast attack boats and their anti-ship missiles. I see no space for the rest of the navy to operate in this scenario. They might not even leave the naval bases. Even with the U.S. deploying a partial force, it's far beyond Venezuelan capabilities, but I repeat: If the Venezuelan military agrees to fight, these anti-ship missiles and drones will give the American fleet a hard time. Yemen has far less against a much larger task force and still made a significant impact. The defense systems as S300VM, Buk-2M and Pechoras were deployed around several cities. Maduro isn't as popular as Chavez was, and Venezuela is going through a tough time now, without even the support of its neighbors, something that wasn't the case in the past.
0:52

Can Venezuela withstand the attack after Trump's green light? Initially, the targets would be Venezuelan radars, which would be attacked by American drones, disabling the anti-aircraft defenses. Venezuela does not have a dedicated drone interception system, which could be a crucial vulnerability. Iglas and RBS 70 are the only options to attack drones flying at max 5,000m altitude. Regarding the radars, Venezuela is operating only a little over half of its systems, which are Russian and Chinese models. American radars are partially operational. - HK-JM2: Chinese; 500 km; Long-range defense; Operational. - JYL-1: Chinese; 470 km; Long-range 3D; 7+ units; Operational. - JY-11B: Chinese; 450 km; 3D UHF; Multiple units; Operational. - TPS-70: American; 370 km; Mobile surveillance; Unknown status; Partially operational. - 36D6 Tin Shield: Russian; 300 km; 3D detection; Operational. - TPS-43: American; 360 km; Air surveillance; Unknown status; Possibly inoperative. These radars are also critical for the operation of Venezuelan drones and antiship missiles, which are quite numerous. Venezuelan Aerial Drones (Iranian, Russian, and Domestic): - Arpía 1/ANSU-100 (Mohajer-2): Iranian/local; Range: 50 km; Speed: 200 km/h; Dozens in use. - Orlan-10: Russian; Range: 120 km; Speed: 150 km/h. - Qods Mohajer/Mersad: Iranian; Range: 50 km; Speed: 200 km/h. - ANT-3X Gavilán: Venezuelan; Range: 120 km; Speed: 150 km/h. - Mohajer-6: Iranian; Range: 2,000 km; Speed: 200 km/h. - ANSU-200: Venezuelan/Iranian; Range: 500 km; Speed: 200 km/h (experimental). - Zamora V-1 (Shahed-136): Venezuelan; Range: 30 km; Speed: 150 km/h. Venezuelan Marine Drones (Domestic and Confirmed): - RAMMAX: Venezuelan; Range: 20 km; Speed: 20 km/h; (coastal patrol). - Iranian-Modified USVs (Peykaap III): Range: 50 km; Speed: 50 km/h. Chinese Marine Drones (Some unconfirmed): - Yunzhou: Chinese; Range: 740 km; Speed: 85 km/h (high-speed). - Cavalry A150: Chinese; Range: 500 km; Speed: 40 km/h. - Lanjing: Chinese; Range: 600 km; Speed: 74 km/h (submersible). - Scout S45: Chinese; Range: 350 km; Speed: 40 km/h. - Anti-mine UAV: Chinese; Range: 200 km; Speed: 40 km/h. Venezuelan Anti-Ship Missiles: - Kh-35 variants: Russian; Range: 130–300 km; Speed: Mach 0.8. - C-802/YJ-83: Chinese; Range: 180 km; Speed: Mach 0.9. - Kh-31 variants: Russian; Range: 110–250 km; Speed: Mach 3.5; Quantity: 20–50 (Su-30MK2, 2025). - CM-90 (Nasir-1): Iranian; Range: 90 km; Speed: Mach 0.85. Venezuelan Boats with Anti-Ship Missiles: - Nasr-1: Peykaap/IRGC swarms; Range: 90 km; Speed: Mach 0.85. - Fajr-3: Fast, asymmetric boats; Range: 25 km; Speed: Mach 0.7. Regarding vessels, the biggest threat from Venezuela are Iranian fast attack boats and their anti-ship missiles. I see no space for the rest of the navy to operate in this scenario. They might not even leave the naval bases. Even with the U.S. deploying a partial force, it's far beyond Venezuelan capabilities, but I repeat: If the Venezuelan military agrees to fight, these anti-ship missiles and drones will give the American fleet a hard time. Yemen has far less against a much larger task force and still made a significant impact. The defense systems as S300VM, Buk-2M and Pechoras were deployed around several cities. Maduro isn't as popular as Chavez was, and Venezuela is going through a tough time now, without even the support of its neighbors, something that wasn't the case in the past.

Patricia Marins

99,420 views • 10 months ago

In the Donetsk direction, operators of the Charlie Company of the 14th UAS Regiment, in cooperation with the 15th Black Forest Artillery Reconnaissance Brigade, detected and targeted three Russian missile systems: ◾️ Tor (unidentified modification) - interception radius of air targets up to 15 km; ◾️ Buk-M3 (destroyed) - the latest modification, interception radius up to 70 km; ◾️ S-300 - designed to destroy aircraft and intercept cruise and ballistic missiles at a distance of up to 200 km. Additionally, a command and control vehicle of an anti-aircraft missile battalion was hit. Glory! 📹: Unmanned Systems Forces/Telegram
1:27

In the Donetsk direction, operators of the Charlie Company of the 14th UAS Regiment, in cooperation with the 15th Black Forest Artillery Reconnaissance Brigade, detected and targeted three Russian missile systems: ◾️ Tor (unidentified modification) - interception radius of air targets up to 15 km; ◾️ Buk-M3 (destroyed) - the latest modification, interception radius up to 70 km; ◾️ S-300 - designed to destroy aircraft and intercept cruise and ballistic missiles at a distance of up to 200 km. Additionally, a command and control vehicle of an anti-aircraft missile battalion was hit. Glory! 📹: Unmanned Systems Forces/Telegram

Anton Gerashchenko

63,995 views • 1 year ago

❗️ArmyTV released an episode on the combat use of the German kamikaze drone HX-2 from Helsing. The approximately 12 kg aircraft carries a 2.5 kg warhead and is designed to strike armored vehicles, artillery, and fortified positions. Four electric motors enable speeds up to 220 km/h and a range of 100 km, combining vertical takeoff, high maneuverability, and rapid attack capability. A terminal guidance system reduces reliance on a stable communication link in the final flight phase.
7:16

❗️ArmyTV released an episode on the combat use of the German kamikaze drone HX-2 from Helsing. The approximately 12 kg aircraft carries a 2.5 kg warhead and is designed to strike armored vehicles, artillery, and fortified positions. Four electric motors enable speeds up to 220 km/h and a range of 100 km, combining vertical takeoff, high maneuverability, and rapid attack capability. A terminal guidance system reduces reliance on a stable communication link in the final flight phase.

🪖MilitaryNewsUA🇺🇦

25,877 views • 1 day ago

Ukrainian developers showed the Begemot mid-strike drone, capable of carrying up to 75 kg over a range of 300 km. The UAV took part in the overnight strike on the bridge near Chonhar. Its listed specs include a tandem warhead, cruising speed of 170-180 km/h, maximum speed of 200 km/h, low-altitude combat flight at 90-300 m, FPV and autonomous control, Starlink communication and launch preparation within 15 minutes. #Ukraine
1:56

Ukrainian developers showed the Begemot mid-strike drone, capable of carrying up to 75 kg over a range of 300 km. The UAV took part in the overnight strike on the bridge near Chonhar. Its listed specs include a tandem warhead, cruising speed of 170-180 km/h, maximum speed of 200 km/h, low-altitude combat flight at 90-300 m, FPV and autonomous control, Starlink communication and launch preparation within 15 minutes. #Ukraine

NOELREPORTS 🇪🇺 🇺🇦

97,989 views • 1 month ago

🇨🇳A Chinese inventor from Zhenjiang University has improved the flying backpack: - accelerate up to 100 km/h - ascends to 1500 meters - 10-30 minutes of flight time - cost around 150 thousand dollars. Mass production is expected by 2026–27
0:24

🇨🇳A Chinese inventor from Zhenjiang University has improved the flying backpack: - accelerate up to 100 km/h - ascends to 1500 meters - 10-30 minutes of flight time - cost around 150 thousand dollars. Mass production is expected by 2026–27

Lord Bebo

26,361 views • 9 months ago

🇯🇵🇨🇳 China responds to Japan's deployment of medium-range missiles on Yonaguni Island! The Chinese company "Linkun Tianxin" has released a promo video of the hypersonic missile "Yukongzi-1000" (YKJ-1000). The missile has a firing range of 500-1300 km and a flight speed of 5-7 Mach. The video shows simulated strikes on an aircraft carrier strike group and military facilities in Japan. 1/
1:01

🇯🇵🇨🇳 China responds to Japan's deployment of medium-range missiles on Yonaguni Island! The Chinese company "Linkun Tianxin" has released a promo video of the hypersonic missile "Yukongzi-1000" (YKJ-1000). The missile has a firing range of 500-1300 km and a flight speed of 5-7 Mach. The video shows simulated strikes on an aircraft carrier strike group and military facilities in Japan. 1/

Lord Bebo

111,521 views • 8 months ago

The mobile anti-aircraft defense unit of the Kostroma paratroopers, with a precise hit by the "Yolka" UAV interceptor, destroyed an attack drone of an aircraft type in the sky over the Kherson region The interceptor itself and the launch mechanism are activated by a special key. It captures targets up to 800 meters away, such as multirotor agricultural drones, aircraft-type UAVs, attack drones, large drones weighing from 150 to 1000 kg. "Yolka" reaches speeds of up to 200 km/h — said the deputy commander of the anti-aircraft missile platoon of the Kostroma paratroopers, with the call sign "Cossack".
1:53

The mobile anti-aircraft defense unit of the Kostroma paratroopers, with a precise hit by the "Yolka" UAV interceptor, destroyed an attack drone of an aircraft type in the sky over the Kherson region The interceptor itself and the launch mechanism are activated by a special key. It captures targets up to 800 meters away, such as multirotor agricultural drones, aircraft-type UAVs, attack drones, large drones weighing from 150 to 1000 kg. "Yolka" reaches speeds of up to 200 km/h — said the deputy commander of the anti-aircraft missile platoon of the Kostroma paratroopers, with the call sign "Cossack".

𝐃𝐚𝐯𝐢𝐝 𝐙 🇷🇺🇮🇪

16,059 views • 4 months ago

🇺🇦 Ukraine’s military intelligence, the HUR, has unveiled domestically produced kamikaze drones of the BOBER and ORBIY types — the first has an operational range of 800–1000 km, while the second is a jet-powered drone capable of flying at 420 km/h with a range of 300 km. 🟦 According to a HUR operator, each drone carries a 30 kg warhead, and the cost per unit is $100,000. p.s. The Ukrainian company FIRE POINT is also manufacturing FP-2 kamikaze drones, whose maximum range has been reduced to 300 km, but whose warhead has been significantly increased — now exceeding even the warhead power of HIMARS GMLRS rockets. The warhead weight reaches 105 kg. See the latest updates with us: NSTRIKE
2:11

🇺🇦 Ukraine’s military intelligence, the HUR, has unveiled domestically produced kamikaze drones of the BOBER and ORBIY types — the first has an operational range of 800–1000 km, while the second is a jet-powered drone capable of flying at 420 km/h with a range of 300 km. 🟦 According to a HUR operator, each drone carries a 30 kg warhead, and the cost per unit is $100,000. p.s. The Ukrainian company FIRE POINT is also manufacturing FP-2 kamikaze drones, whose maximum range has been reduced to 300 km, but whose warhead has been significantly increased — now exceeding even the warhead power of HIMARS GMLRS rockets. The warhead weight reaches 105 kg. See the latest updates with us: NSTRIKE

NSTRIKE

10,681 views • 7 months ago

The Unmanned Systems Forces destroy the enemy’s layered air defence systems In the Donetsk direction, operators of the “Charlie” company of the 14th UAV Regiment, in coordination with the 15th Artillery Reconnaissance Brigade “Black Forest” detected and struck three russian air defence missile systems (ADMS), as well as a command and control vehicle of a surface-to-air missile division. Specifically: 🔹 The “Tor” system (modification unconfirmed) — with an interception radius of up to 15 km; 🔹 The “Buk-M3” — the most advanced modification, with an interception radius of up to 70 km; 🔹 The S-300 — designed to destroy aircraft and intercept cruise and ballistic missiles at distances up to 200 km. The enemy employs ADMS with varying engagement ranges to build a layered defence against Ukrainian aircraft, missiles, and UAVs along this front sector. ❌ Disabling the command and control vehicle paralyses or significantly disrupts the enemy’s ability to manage the missile division and creates vulnerable zones in their airspace. The Unmanned Systems Forces continue to dismantle the enemy’s air defence. 🇺🇦 USF: One step ahead!
1:40

The Unmanned Systems Forces destroy the enemy’s layered air defence systems In the Donetsk direction, operators of the “Charlie” company of the 14th UAV Regiment, in coordination with the 15th Artillery Reconnaissance Brigade “Black Forest” detected and struck three russian air defence missile systems (ADMS), as well as a command and control vehicle of a surface-to-air missile division. Specifically: 🔹 The “Tor” system (modification unconfirmed) — with an interception radius of up to 15 km; 🔹 The “Buk-M3” — the most advanced modification, with an interception radius of up to 70 km; 🔹 The S-300 — designed to destroy aircraft and intercept cruise and ballistic missiles at distances up to 200 km. The enemy employs ADMS with varying engagement ranges to build a layered defence against Ukrainian aircraft, missiles, and UAVs along this front sector. ❌ Disabling the command and control vehicle paralyses or significantly disrupts the enemy’s ability to manage the missile division and creates vulnerable zones in their airspace. The Unmanned Systems Forces continue to dismantle the enemy’s air defence. 🇺🇦 USF: One step ahead!

🇺🇦 Unmanned Systems Forces

14,937 views • 1 year ago

The 359 loitering SAM has long been a centerpiece of the Resistance Axis’s strategy to shatter enemy air superiority. Building on the combat-proven success of the 358, this indigenous system is engineered to hunt high-value strategic assets like AWACS and aerial tankers that once operated with impunity. By reaching altitudes of 9,000 meters and speeds of 1,000 km/h, the 359 brings a sustained level of lethality to the hunt for fast-moving aircraft. With a range exceeding 150 km and fully autonomous targeting, it remains a sophisticated, cost-effective solution to deny regional airspace to foreign powers and level the technological playing field through Iranian aerospace innovation.
6:42

The 359 loitering SAM has long been a centerpiece of the Resistance Axis’s strategy to shatter enemy air superiority. Building on the combat-proven success of the 358, this indigenous system is engineered to hunt high-value strategic assets like AWACS and aerial tankers that once operated with impunity. By reaching altitudes of 9,000 meters and speeds of 1,000 km/h, the 359 brings a sustained level of lethality to the hunt for fast-moving aircraft. With a range exceeding 150 km and fully autonomous targeting, it remains a sophisticated, cost-effective solution to deny regional airspace to foreign powers and level the technological playing field through Iranian aerospace innovation.

Thomas Keith

10,946 views • 4 months ago