Explosive greetings to Russkies,

AP Kouriintuntuva Hummeri • 7 pv

Explosive greetings to Russkies, Moscow victory day parade!

Type of Explosive: "Traditional" implies something like TNT, RDX, or Composition B. The energy released is significant but pales in comparison to nuclear devices.
Altitude (Height of Burst - HOB): 3 kilometers is very high for a conventional weapon intended to cause ground damage. Blast waves from conventional explosives lose energy rapidly with distance.
"Damage": This can range from shattered windows to structural collapse.

Effects on the Ground:

Blast Overpressure:
At 3 km, the overpressure from a 300 kg conventional warhead reaching the ground would be very low.
It would likely be below the threshold for significant structural damage to buildings. Even shattering windows from overpressure alone would be unlikely for most robust windows, though some more fragile ones might break, or windows might rattle significantly.
For comparison, to maximize ground damage (e.g., against unreinforced buildings), conventional bombs are typically detonated much lower, often in the range of tens to a few hundreds of meters, or on impact.

Fragmentation:
The warhead casing would fragment into many pieces.
These fragments would be propelled outwards at high velocity. However, over a 3 km journey through the atmosphere, air resistance would significantly slow them down.
Smaller fragments would lose most of their kinetic energy and might not even reach the ground with any significant force.
Larger fragments could still reach the ground and potentially cause localized damage (e.g., dent a car, break a roof tile, or cause injury if they directly hit someone). However, the dispersal over a wide area from that altitude would mean the density of falling fragments would be low. It would not be a concentrated barrage causing widespread destruction.

Audible and Visual Effects ("For Show"):
Loud Boom: Yes, a very loud explosion would be heard over a wide area on the ground. This sound wave itself could rattle windows and might cause some very minor, superficial damage (like dislodging loose items), and certainly alarm people.
Bright Flash: A very bright flash of light would be visible for many miles, especially at night. This would be the most prominent "show" aspect.
Smoke Cloud: A smoke cloud would form and gradually disperse.

6 1,0t

Suolainen Huohottaja • 7 pv

Mikset sä laita ryssän kielellä ryssille terveisiä? Ei ne mitään ulkomaankieliä osaa ja ne jotka on käynyt FSB opiston paskapostatakseen tänne suomeksi on opetellu suomea ei commonwealth neekerin kieltä

Jouhea Samojedi • 7 pv

Kouriintuntuva Hummeri Explosive greetings to Russkies, Moscow victory day parade! Type of Explosive: "Traditional" implies something like TNT, RDX, or Composition B. The energy released is significant but pales in comparison to nuclear devices. Altitude (Height of Burst - HOB): 3 kilometers is very high for a conventional weapon intended to cause ground damage. Blast waves from conventional explosives lose energy rapidly with distance. "Damage": This can range from shattered windows to structural collapse. Effects on the Ground: Blast Overpressure: At 3 km, the overpressure from a 300 kg conventional warhead reaching the ground would be very low. It would likely be below the threshold for significant structural damage to buildings. Even shattering windows from overpressure alone would be unlikely for most robust windows, though some more fragile ones might break, or windows might rattle significantly. For comparison, to maximize ground damage (e.g., against unreinforced buildings), conventional bombs are typically detonated much lower, often in the range of tens to a few hundreds of meters, or on impact. Fragmentation: The warhead casing would fragment into many pieces. These fragments would be propelled outwards at high velocity. However, over a 3 km journey through the atmosphere, air resistance would significantly slow them down. Smaller fragments would lose most of their kinetic energy and might not even reach the ground with any significant force. Larger fragments could still reach the ground and potentially cause localized damage (e.g., dent a car, break a roof tile, or cause injury if they directly hit someone). However, the dispersal over a wide area from that altitude would mean the density of falling fragments would be low. It would not be a concentrated barrage causing widespread destruction. Audible and Visual Effects ("For Show"): Loud Boom: Yes, a very loud explosion would be heard over a wide area on the ground. This sound wave itself could rattle windows and might cause some very minor, superficial damage (like dislodging loose items), and certainly alarm people. Bright Flash: A very bright flash of light would be visible for many miles, especially at night. This would be the most prominent "show" aspect. Smoke Cloud: A smoke cloud would form and gradually disperse.

Взрывные приветствия русским, парад победы в Москве!
Тип взрывчатого вещества: "Традиционный" подразумевает нечто вроде тротила, гексогена или состава Б. Выделяемая энергия значительна, но бледнеет по сравнению с ядерными устройствами.
Высота (высота взрыва - HOB): 3 километра - очень высоко для обычного оружия, предназначенного для нанесения ущерба на земле. Взрывные волны от обычных взрывчатых веществ быстро теряют энергию с расстоянием.
"Повреждение": Это может варьироваться от разбитых окон до разрушения конструкций.
Воздействие на землю:
Избыточное давление взрыва:
На высоте 3 км избыточное давление от 300 кг обычного боевого заряда, достигающего земли, будет очень низким.
Оно, скорее всего, будет ниже порога значительного повреждения конструкций зданий. Даже разбивание окон от одного только избыточного давления будет маловероятным для большинства прочных окон, хотя некоторые более хрупкие могут разбиться, или окна могут сильно трястись.
Для сравнения, чтобы максимизировать ущерб на земле (например, против неукрепленных зданий), обычные бомбы обычно детонируют гораздо ниже, часто в диапазоне десятков до нескольких сотен метров, или при ударе.
Фрагментация:
Корпус боевого заряда будет фрагментирован на множество частей.
Эти фрагменты будут разлетаться наружу с высокой скоростью. Однако за 3 км пути через атмосферу сопротивление воздуха значительно замедлит их.
Меньшие фрагменты потеряют большую часть своей кинетической энергии и, возможно, даже не достигнут земли с какой-либо значительной силой.
Более крупные фрагменты все еще могут достичь земли и потенциально нанести локальный ущерб (например, вмять автомобиль, разбить черепицу или нанести травму, если они непосредственно попадут в человека). Однако дисперсия на большой площади с такой высоты означает, что плотность падающих фрагментов будет низкой. Это не будет концентрированным обстрелом, вызывающим широкомасштабные разрушения.
Звуковые и визуальные эффекты ("Для шоу"):
Громкий взрыв: Да, очень громкий взрыв будет слышен на большой площади на земле. Эта звуковая волна сама по себе может трясти окна и, возможно, нанести некоторый очень незначительный, поверхностный ущерб (например, сместить свободные предметы), и, безусловно, напугать людей.
Яркая вспышка: Очень яркая вспышка света будет видна за много миль, особенно ночью. Это будет наиболее заметный аспект "шоу".
Облако дыма: Облако дыма образуется и постепенно рассеется.

Jouhea Samojedi • 7 pv

Suolainen Huohottaja Mikset sä laita ryssän kielellä ryssille terveisiä? Ei ne mitään ulkomaankieliä osaa ja ne jotka on käynyt FSB opiston paskapostatakseen tänne suomeksi on opetellu suomea ei commonwealth neekerin kieltä

Fixxad

Ymmärtäväinen Tuhatjalkainen • 7 pv

Kouriintuntuva Hummeri Explosive greetings to Russkies, Moscow victory day parade! Type of Explosive: "Traditional" implies something like TNT, RDX, or Composition B. The energy released is significant but pales in comparison to nuclear devices. Altitude (Height of Burst - HOB): 3 kilometers is very high for a conventional weapon intended to cause ground damage. Blast waves from conventional explosives lose energy rapidly with distance. "Damage": This can range from shattered windows to structural collapse. Effects on the Ground: Blast Overpressure: At 3 km, the overpressure from a 300 kg conventional warhead reaching the ground would be very low. It would likely be below the threshold for significant structural damage to buildings. Even shattering windows from overpressure alone would be unlikely for most robust windows, though some more fragile ones might break, or windows might rattle significantly. For comparison, to maximize ground damage (e.g., against unreinforced buildings), conventional bombs are typically detonated much lower, often in the range of tens to a few hundreds of meters, or on impact. Fragmentation: The warhead casing would fragment into many pieces. These fragments would be propelled outwards at high velocity. However, over a 3 km journey through the atmosphere, air resistance would significantly slow them down. Smaller fragments would lose most of their kinetic energy and might not even reach the ground with any significant force. Larger fragments could still reach the ground and potentially cause localized damage (e.g., dent a car, break a roof tile, or cause injury if they directly hit someone). However, the dispersal over a wide area from that altitude would mean the density of falling fragments would be low. It would not be a concentrated barrage causing widespread destruction. Audible and Visual Effects ("For Show"): Loud Boom: Yes, a very loud explosion would be heard over a wide area on the ground. This sound wave itself could rattle windows and might cause some very minor, superficial damage (like dislodging loose items), and certainly alarm people. Bright Flash: A very bright flash of light would be visible for many miles, especially at night. This would be the most prominent "show" aspect. Smoke Cloud: A smoke cloud would form and gradually disperse.

seuraava ydinkärjellä perään

Surullinen Muukalainen • 5 pv

Kouriintuntuva Hummeri Explosive greetings to Russkies, Moscow victory day parade! Type of Explosive: "Traditional" implies something like TNT, RDX, or Composition B. The energy released is significant but pales in comparison to nuclear devices. Altitude (Height of Burst - HOB): 3 kilometers is very high for a conventional weapon intended to cause ground damage. Blast waves from conventional explosives lose energy rapidly with distance. "Damage": This can range from shattered windows to structural collapse. Effects on the Ground: Blast Overpressure: At 3 km, the overpressure from a 300 kg conventional warhead reaching the ground would be very low. It would likely be below the threshold for significant structural damage to buildings. Even shattering windows from overpressure alone would be unlikely for most robust windows, though some more fragile ones might break, or windows might rattle significantly. For comparison, to maximize ground damage (e.g., against unreinforced buildings), conventional bombs are typically detonated much lower, often in the range of tens to a few hundreds of meters, or on impact. Fragmentation: The warhead casing would fragment into many pieces. These fragments would be propelled outwards at high velocity. However, over a 3 km journey through the atmosphere, air resistance would significantly slow them down. Smaller fragments would lose most of their kinetic energy and might not even reach the ground with any significant force. Larger fragments could still reach the ground and potentially cause localized damage (e.g., dent a car, break a roof tile, or cause injury if they directly hit someone). However, the dispersal over a wide area from that altitude would mean the density of falling fragments would be low. It would not be a concentrated barrage causing widespread destruction. Audible and Visual Effects ("For Show"): Loud Boom: Yes, a very loud explosion would be heard over a wide area on the ground. This sound wave itself could rattle windows and might cause some very minor, superficial damage (like dislodging loose items), and certainly alarm people. Bright Flash: A very bright flash of light would be visible for many miles, especially at night. This would be the most prominent "show" aspect. Smoke Cloud: A smoke cloud would form and gradually disperse.

The Ukrainian drone attacks have caused significant disruption to civilian air travel in and around Moscow. For three consecutive days leading up to Russia's Victory Day parade, Moscow's airspace was paralysed, affecting around 350 flights and delaying or cancelling trips for at least 60,000 people . Some airports were reportedly closed . This disruption extended to international dignitaries, with Serbian President Aleksandar Vučić's plane being diverted due to the threats .

These attacks carry several negative implications for Russia:

Embarrassment and Security Concerns: The ability of Ukrainian drones to repeatedly reach and disrupt Moscow, especially just before the highly symbolic Victory Day parade, raises questions about the effectiveness of Russian air defenses around its capital , . This is particularly significant as Victory Day is used by President Putin to project military strength and rally public support .
Impact on Victory Day: The drone activity has directly impacted Victory Day preparations and attendance.
The disruptions occurred days before one of Russia's largest public holidays and a key event for President Putin .
The plane carrying Serbian President Aleksandar Vučić, who was en route to attend the parade, had to divert .
Several EU countries, including Lithuania, Latvia, Estonia, and Poland, denied airspace passage to leaders heading to the Moscow parade, citing political and security concerns related to Russia's war in Ukraine .
Victory Day parades in other Russian cities, such as Sevastopol in occupied Crimea and Krasnodar, were cancelled due to security reasons and the perceived risk of air threats .
Logistical and Financial Impact: The closure of airports and the diversion or cancellation of hundreds of flights result in direct economic costs and logistical challenges .
Psychological Impact: Repeated drone incursions into the capital region can create a sense of vulnerability among the population and undermine the narrative of a secure homeland. Russian media outlets described the airport situation as a "collapse" .
International Standing: The difficulties faced by foreign leaders attempting to attend the Victory Day parade, coupled with EU warnings against such attendance, highlight Russia's increasing international isolation .

Fiksu Popcorn • 4 pv

Kouriintuntuva Hummeri Explosive greetings to Russkies, Moscow victory day parade! Type of Explosive: "Traditional" implies something like TNT, RDX, or Composition B. The energy released is significant but pales in comparison to nuclear devices. Altitude (Height of Burst - HOB): 3 kilometers is very high for a conventional weapon intended to cause ground damage. Blast waves from conventional explosives lose energy rapidly with distance. "Damage": This can range from shattered windows to structural collapse. Effects on the Ground: Blast Overpressure: At 3 km, the overpressure from a 300 kg conventional warhead reaching the ground would be very low. It would likely be below the threshold for significant structural damage to buildings. Even shattering windows from overpressure alone would be unlikely for most robust windows, though some more fragile ones might break, or windows might rattle significantly. For comparison, to maximize ground damage (e.g., against unreinforced buildings), conventional bombs are typically detonated much lower, often in the range of tens to a few hundreds of meters, or on impact. Fragmentation: The warhead casing would fragment into many pieces. These fragments would be propelled outwards at high velocity. However, over a 3 km journey through the atmosphere, air resistance would significantly slow them down. Smaller fragments would lose most of their kinetic energy and might not even reach the ground with any significant force. Larger fragments could still reach the ground and potentially cause localized damage (e.g., dent a car, break a roof tile, or cause injury if they directly hit someone). However, the dispersal over a wide area from that altitude would mean the density of falling fragments would be low. It would not be a concentrated barrage causing widespread destruction. Audible and Visual Effects ("For Show"): Loud Boom: Yes, a very loud explosion would be heard over a wide area on the ground. This sound wave itself could rattle windows and might cause some very minor, superficial damage (like dislodging loose items), and certainly alarm people. Bright Flash: A very bright flash of light would be visible for many miles, especially at night. This would be the most prominent "show" aspect. Smoke Cloud: A smoke cloud would form and gradually disperse.

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