Uploaded October 2024 | Updated September 2026, 2 weeks ago
This is called the Mirsad-1
The Mirsad-1 is not an original Hezbollah-designed UAV. Instead, it is a name used by Hezbollah for existing Iranian Unmanned aerial vehicles supplied to the group, specifically the twin-tail Abbbil drones.
Take this information with a grain of salt, or consult your nearest Hezbollah commander for accurate details.
Israel’s air defense systems are highly advanced, intercepting and neutralizing most projectiles fired towards the country.
The technology is designed to handle powerful rockets and missiles, showcasing an impressive track record of success
However, drones present a unique challenge.
They often fly at slower speeds and are constructed with materials like plastic, which give them a weaker thermal and radar signature compared to conventional rockets.
Their small size, coupled with these materials, makes them difficult for radar systems to detect.
Additionally, the unpredictable trajectory of drones complicates detection; they can follow circuitous flight paths, approach from any direction, and fly at low altitudes.
Due to their size, they can even be mistaken for birds.
To understand why these drones sometimes evade detection, it’s important to examine the Iron Dome air defense system.
While highly effective, the Iron Dome is primarily designed to counter the threat of rockets and missiles, which have more predictable trajectories and larger radar signatures.
Drones, on the other hand, can be launched from unexpected locations, maneuver at low altitudes, and change directions rapidly, as illustrated in the accompanying animation.
When these drones lock onto a target through their inertial guidance systems, they then fly directly towards it.
In this particular scenario, the target was the dining hall, and the drones navigated precisely to hit it.
Whether this precision attack was due to skillful calculation or sheer luck, the level of accuracy required to strike such a small target at the right time and place is remarkable considering the Low tech Involved in it.
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We make it on Blender
Download it is free and Safe
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Peace Out
As a small channel, we encourage you to share our videos.
However, please be advised that any unofficial translations or editing of our work in any medium will be considered a breach of our intellectual property rights.
We apologize for the legal language, which arises from our experiences dealing with a lot of duplicated content.
This has been a result of big channels duplicating our Videos, ripping our original hard work, which we have created from scratch, from modeling to rigging to animation and rendering.
As a result, we've had to involve lawyers.
This is called the Mirsad-1
The Mirsad-1 is not an original Hezbollah-designed UAV. Instead, it is a name used by Hezbollah for existing Iranian Unmanned aerial vehicles supplied to the group, specifically the twin-tail Abbbil drones.
Take this information with a grain of salt, or consult your nearest Hezbollah commander for accurate details.
Israel’s air defense systems are highly advanced, intercepting and neutralizing most projectiles fired towards the country.
The technology is designed to handle powerful rockets and missiles, showcasing an impressive track record of success
However, drones present a unique challenge.
They often fly at slower speeds and are constructed with materials like plastic, which give them a weaker thermal and radar signature compared to conventional rockets.
Their small size, coupled with these materials, makes them difficult for radar systems to detect.
Additionally, the unpredictable trajectory of drones complicates detection; they can follow circuitous flight paths, approach from any direction, and fly at low altitudes.
Due to their size, they can even be mistaken for birds.
To understand why these drones sometimes evade detection, it’s important to examine the Iron Dome air defense system.
While highly effective, the Iron Dome is primarily designed to counter the threat of rockets and missiles, which have more predictable trajectories and larger radar signatures.
Drones, on the other hand, can be launched from unexpected locations, maneuver at low altitudes, and change directions rapidly, as illustrated in the accompanying animation.
When these drones lock onto a target through their inertial guidance systems, they then fly directly towards it.
In this particular scenario, the target was the dining hall, and the drones navigated precisely to hit it.
Whether this precision attack was due to skillful calculation or sheer luck, the level of accuracy required to strike such a small target at the right time and place is remarkable considering the Low tech Involved in it.
instagram.com/aitelly3d
twitter.com/aitelly3d
We make it on Blender
Download it is free and Safe
blender.org/download
Peace Out
As a small channel, we encourage you to share our videos.
However, please be advised that any unofficial translations or editing of our work in any medium will be considered a breach of our intellectual property rights.
We apologize for the legal language, which arises from our experiences dealing with a lot of duplicated content.
This has been a result of big channels duplicating our Videos, ripping our original hard work, which we have created from scratch, from modeling to rigging to animation and rendering.
As a result, we've had to involve lawyers.
