First Full Process Demonstration! Domestic Drone Swarm Combat System Shocks Debut
When Algorithms Become the Baton
Data Transformed into New Ammunition
A future war featuring no human protagonists
Has already begun
As thousands of "Steel Swarms"
Quietly gather in the sky
What kind of combat power will they become?
"Steel Swarm," Strongly Assembled
Domestic Unmanned Equipment
The "Atlas" drone swarm combat system
Is composed of the Swarm No. 2 armored vehicle
Command vehicle and support vehicle
In the training ground strike zone
Three similarly shaped targets are set up
The "Atlas" drone swarm combat system
Quickly completes coordinated reconnaissance
Independently identifies the commandvehicle target
Opens the top launchcover
Launches the drone
The drone quickly locks onto the target in the air
Strikes true
Watch the moment the drone hits ↓
One shot every three seconds, flexibly configured
Swarm No. 2 armored vehicle
Adopts a three-second firing interval mechanism
Utilizing time differences
Ensures each drone
Has a safe flying space
In addition
The types and order of drone launches
Can be flexibly configured according to combat needs
If reconnaissance is needed first
Then reconnaissance drones are launched first
If suppression of the enemy is needed
Then interference drones are launched first, followed by attack drones
Precisely adaptable to various combat scenarios
Collective Intelligence, Real-time Positioning
During mission execution
Nearly a hundred high-speed flying drones
Must not only
Form a precise and dense formation in a short time
But also autonomously avoid factors like airflow interference
To prevent collisions between drones
Moreover, the "Atlas" combat system applies
Cluster control algorithms
Which give each drone a "smart brain"
Allowing them to communicate with each other, share information
And adjust their relative positions in real-time
Achieving a uniform formation effect
One operator, All Under Control
What is astonishing is that
Such a large-scale aerial operation
Only requires one technician
To easily control 96 drones
Equivalent to one person using a single string
To control nearly a hundred kites
Additionally, this system
Also has various models of drones of different sizes
Which can form a combination of high and low
Complementary functional swarm combat power
Pack of wolves charging, flying guns piercing the sky
Swarm blocking the sun, speedboats skimming the sea
Stealth blades, silently piercing the clouds
The competition of unmanned systems, determining the future
The Atlas drone swarm combat system was recently demonstrated at a training ground, showcasing its ability to autonomously identify and engage targets. A single operator can control up to 96 drones, which can be configured for various combat scenarios, including reconnaissance and attack. The system employs advanced swarm control algorithms to ensure coordinated operations among the drones.
- The Atlas drone swarm system can autonomously identify and engage targets.
- A single operator can control up to 96 drones simultaneously.
- The system includes various types of drones for reconnaissance, jamming, and attack.
- The drones utilize a swarm control algorithm for coordinated operations.
- The demonstration took place at a training ground.