Evolution of Yantur Family of Aero Engines
Evolution of Yantur Family of Aero Engines
Evolution of Yantur Family of Aero Engines
By leveraging a family-based development philosophy, Paninian ensures cost-effective design evolution while maintaining high adaptability to emerging operational needs.
By leveraging a family-based development philosophy, Paninian ensures cost-effective design evolution while maintaining high adaptability to emerging operational needs.
Yantur Family of Aero-Engines
Our Philosophy of developing Family of Engines ranging from Thrust class of 3kN-12kN using Modular Architecture drawing from a common-core to cater to unique Mission Requirements of our Customers including Cruise Missiles, Unmanned Combat Aerial Vehicles, Aerial Target and Decoy Systems, etc.
By leveraging a family-based development philosophy, we ensure cost-effective design evolution while maintaining high adaptability to emerging operational needs.
Our Philosophy of developing Family of Engines ranging from Thrust class of 3kN-12kN using Modular Architecture drawing from a common-core to cater to unique Mission Requirements of our Customers including Cruise Missiles, Unmanned Combat Aerial Vehicles, Aerial Target and Decoy Systems, etc.
By leveraging a family-based development philosophy, we ensure cost-effective design evolution while maintaining high adaptability to emerging operational needs.
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.
Yantur Family of Aero-Engines
Yantur Family of Aero-Engines
Our Philosophy of developing Family of Engines ranging from Thrust class of 3kN-12kN using Modular Architecture drawing from a common-core to cater to unique Mission Requirements of our Customers including Cruise Missiles, Unmanned Combat Aerial Vehicles, Aerial Target and Decoy Systems, etc.
By leveraging a family-based development philosophy, we ensure cost-effective design evolution while maintaining high adaptability to emerging operational needs.
Key Features of Yantur Family of Aero-Engines
Key Features of Yantur Family of Aero-Engines
Key Features & Capabilities
Modular Architecture
Built on a common-core design, enabling cost-effective development and rapid customization.
High Thrust-to-Weight Ratio
Optimized for efficient propulsion with lightweight materials and advanced aerodynamic design.
Digital Engine Control
Integrated FADEC for precise performance management and system health monitoring.
Electric Drive Mechanism
Powered by a gearless PMG, ensuring efficient onboard power generation for avionics, actuation systems, and other electrical loads.
High Reliability & Durability
Engineered for robust performance in demanding operational environments.
Future-Ready Technology
Developed with a growth roadmap for next-generation unmanned and missile propulsion systems.
The next generation platform for affordable autonomous aerial systems
CAREERS
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The next generation platform for affordable autonomous aerial systems