Our Integrated Design and Manufacturing approach ensures that Product Design process is fully accounting for Manufacturability, Assembly and Life Cycle Management of the product.
Intelligent Avionics Development and Systems Integration
Our Avionics Lab enables custom build Payload Integration with Software and Hardware in a compliant manner with global best practices in a clean room environment
Lean Avionics Lab
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.
Intelligent Avionics Development and
Systems Integration
Our Avionics Lab enables custom build Payload Integration with Software and Hardware in a compliant manner with global best practices in a clean room environment
Lean Avionics Lab
Intelligent Avionics Development and Systems Integration
Our Avionics Lab enables custom build Payload Integration with Software and Hardware in a compliant manner with global best practices in a clean room environment
Lean Avionics Lab
Additive Manufacturing Lab
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This lab ensures that state-of-the-art Additive Manufacturing best practices in DfAM specific to Turbo-Machine Parts are perfected, along with novel Material Informatics capabilities, to enhance the performance of these next-gen 3D-printed parts.
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.
Additive Manufacturing Lab
This lab ensures that state-of-the-art Additive Manufacturing best practices in DfAM specific to Turbo-Machine Parts are perfected, along with novel Material Informatics capabilities, to enhance the performance of these next-gen 3D-printed parts.
Additive Manufacturing Lab
This lab ensures that state-of-the-art Additive Manufacturing best practices in DfAM specific to Turbo-Machine Parts are perfected, along with novel Material Informatics capabilities, to enhance the performance of these next-gen 3D-printed parts.
This lab ensures that precision manufacturing including 5 Axis CNC, Advanced Lathe, Grinding,Wire Cut EDM processes are perfected for ensuring high performance of our Engines including achieving better efficiency.
This lab ensures that precision manufacturing including 5 Axis CNC, Advanced Lathe, Grinding,Wire Cut EDM processes are perfected for ensuring high performance of our Engines including achieving better efficiency.
Precision Manufacturing and Prototyping Lab
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.
Precision Manufacturing and Prototyping Lab
This lab ensures that precision manufacturing including 5 Axis CNC, Advanced Lathe, Grinding,Wire Cut EDM processes are perfected for ensuring high performance of our Engines including achieving better efficiency.
Precision Manufacturing Lab
This lab ensures that precision manufacturing including 5 Axis CNC, Advanced Lathe, Grinding,Wire Cut EDM processes are perfected for ensuring high performance of our Engines including achieving better efficiency.
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Lean Composites Lab
Our state-of-the-art lean composites lab ensures that our Airframes achieve high performance with advanced Composites and high-quality fabrication processes with strict adherence to quality, including Clean rooms for operation
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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.
Lean Composites Lab
Our state-of-the-art lean composites lab ensures that our Airframes achieve high performance with advanced Composites and high-quality fabrication processes with strict adherence to quality, including Clean rooms for operation
Lean Composites Lab
Our state-of-the-art lean composites lab ensures that our Airframes achieve high performance with advanced Composites and high-quality fabrication processes with strict adherence to quality, including Clean rooms for operation
Svayatt Assembly Line is designed to handle complete Fuselage, Wing, AeroEngine, Avionics Payloads, Power Management, and Wire-Harness in a Clean, Compliant, Cobot-Friendly space to achieve a high degree of perfection in the final assembly process, which is equipped with advanced HIL and DAQ stations to perform Systems Integration Verification and Validation of both Physical and Digital Modules, leveraging our Digital Engineering Platform EntropyHub and Digital Twin AirVoxels.
Svayatt Assembly Line
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.
Svayatt Assembly Line
Svayatt Assembly Line is designed to handle complete Fuselage, Wing, AeroEngine, Avionics Payloads, Power Management, and Wire-Harness in a Clean, Compliant, Cobot-Friendly space to achieve a high degree of perfection in the final assembly process, which is equipped with advanced HIL and DAQ stations to perform Systems Integration Verification and Validation of both Physical and Digital Modules, leveraging our Digital Engineering Platform EntropyHub and Digital Twin AirVoxels.
Svayatt Assembly Line is designed to handle complete Fuselage, Wing, AeroEngine, Avionics Payloads, Power Management, and Wire-Harness in a Clean, Compliant, Cobot-Friendly space to achieve a high degree of perfection in the final assembly process, which is equipped with advanced HIL and DAQ stations to perform Systems Integration Verification and Validation of both Physical and Digital Modules, leveraging our Digital Engineering Platform EntropyHub and Digital Twin AirVoxels.
Svayatt Assembly Line
The next generation platform for affordable autonomous aerial systems
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The next generation platform for affordable autonomous aerial systems