SHARANG SHAKTI

SHARANG SHAKTISHARANG SHAKTISHARANG SHAKTI

SHARANG SHAKTI

SHARANG SHAKTISHARANG SHAKTISHARANG SHAKTI
  • Mission
  • Counter UAS
    • vajR Interceptor
    • hantR Interceptor
    • Drone Detection Radar
  • Resources
    • Technology
    • Privacy Policy
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  • We're Hiring
  • More
    • Mission
    • Counter UAS
      • vajR Interceptor
      • hantR Interceptor
      • Drone Detection Radar
    • Resources
      • Technology
      • Privacy Policy
    • Contact
    • We're Hiring
  • Mission
  • Counter UAS
    • vajR Interceptor
    • hantR Interceptor
    • Drone Detection Radar
  • Resources
    • Technology
    • Privacy Policy
  • Contact
  • We're Hiring

vajR

Kinetic collision interceptor - Precision mid-air strikes

Like eye for an eye, VajR is designed to take down multiple rogue drones in a hard kill style  

vajR Kill Chain

vajR is a hardkill aerial interceptor designed for counter-drone operations. As part of an integrated drone threat detection and interception system, vajR receives approximate target coordinates from the ground station and autonomously navigates toward the target. Upon acquiring the adversary drone within its EOIR sensor field of view, onboard machine learning (ML) algorithms enable precise tracking and rapid midair interception. Using an advanced collision maneuver, vajR neutralizes enemy drones with kinetic force.

VajR operations are fully autonomouos keeping human-in-the-loop for overriding control when need arises. VajR - Hangar which enables autonomous take-off, landing, and charging for sustained operational readiness can easily be integrated into modern ground control stations. 

Schedule Demonstration

Watch vajR in Action!

Target coordinates are initially acquired from long range ground based detection systems activating vajR Hangar for autonomous mission. On reaching in 100 meter proximity, hantR's inbuilt detection system is able to lock and track targets for the final chase and strike command.

Proprietary Control System Architecture

Proprietary Control System Architecture

Proprietary Control System Architecture

Enables superior maneuverability for rapid response and stability in complex aerodynamic environments.

Real-time On-Edge EO/IR Processing

Proprietary Control System Architecture

Proprietary Control System Architecture

Autonomous Deep Neural Net-Based detection, identification, and tracking of aerial threats. Effective in both day and night operations

Kevlar-Reinforced Dome

Proprietary Control System Architecture

Kevlar-Reinforced Dome

Protects critical interceptor components from impact damage

Swarming Capability

Proprietary Control System Architecture

Kevlar-Reinforced Dome

Multiple interceptors can be deployed simultaneously for enhanced effectiveness.

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