Svayatt TD -1
Autonomous Target - Decoy System with GCS
SVAYATT TD-1
Next Generation
Affordable Autonomous Aerial Platform
The Aerial Target and Decoy System is designed to emulate a wide range of aerial threats, enabling realistic training and testing for defense systems.
The Aerial Target and Decoy System is designed to emulate a wide range of aerial threats, enabling realistic training and testing for defense systems.
Svayatt is a Next-Generation Advanced Affordable Autonomous Aerial Platform designed to meet the evolving challenges of modern warfare.
Target & Decoy Drone Platform
The design of the Aerial Target and Decoy System is highly reconfigurable, allowing for rapid payload swaps to adapt the system for various roles and missions. This flexibility ensures that the system can be quickly tailored to emulate different types of threats or perform specific countermeasure functions.
This system provides critical support for weapon system evaluation, targeting accuracy training, and the testing of countermeasure tactics in a controlled environment.
Key Features of Target and Decoy System
Key Features of Target and Decoy System
Key Features of Target & Decoy System
Key Features & Capabilities
Multi-Role Capability
Can be configured for both aerial target simulation and decoy operations.
Advanced Payload Integration
Equipped with payloads to emulate radar and IR signatures, as well as effective countermeasures like radar jamming and infrared decoys.
Modular Airframe Construction
Modular design allows rapid swapping of structural components to simulate various aerial platforms.
Reconfigurable Payload System
Quick payload swaps enable the system to be adapted for different roles and missions, enhancing flexibility in training and testing.
Realistic Threat Simulation
Can replicate a variety of threats, including missiles, fighter jets, and UCAVs, for more accurate weapon system evaluation.
Training & Testing Support
Designed for weapon system evaluation, targeting accuracy training, and testing countermeasure tactics in a controlled environment.
The next generation platform for affordable autonomous aerial systems
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The next generation platform for affordable autonomous aerial systems