Narsil
Terminal Guidance Module
An autonomous guidance system for EW-contested environments, powered by KordycepsOS. Featuring target acquisition independent of airframe weight or maneuvers, it reduces operator workload by eliminating the need for a constant data link.
Key Capabilities
Autopilot
Maintains heading, altitude, and airspeed + EW resistance.
Stabilization
Automatic adjustment for winds up to 20 m/s; in-flight balance and weight calibration within 10–15 seconds.
Autonomous Homing
Automated flight management upon target acquisition, providing sub-1-meter accuracy in EW-contested environments or total radio silence.
Targeting & Tracking Parameters
Lock-on Range
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Up to 1,000 m
Lock-on Altitude
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Up to 500 m
Target Types
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Ground moving target
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Ground stationary target
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Camouflaged targets
Target Acquisition
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Manual, decoupled from flight control (with real-time strike point adjustment during terminal phase)
Compatibility & Integration
OS Support
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Betaflight
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ArduPilot (ArduCopter)
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INAV
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MILBETA
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Power: 5V through Flight Controller (2-wire connection)
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Control: ELRS RX (2-wire connection)
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Video: CVBS (1-wire connection)
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Configuration: USB (Type-C port)
Connectivity Interfaces
Pre-mission Setup Time
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Under 1 minute
Optical System
Operating Mode
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Day/Night Capability (Supports thermal, digital, and analog cameras)
Multi-camera Support
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Multi-source Input: Supports up to 8 video sources with simultaneous processing
Latency
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Digital Processing: < 5 ms
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Analog Signal: < 30 ms
Digital Sensor
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5 MP, 1800p @ 30 fps
Field of View (FOV)
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120° or 70°
Combat-Proven
Narsil is successfully deployed by units across the Eastern and Southern fronts.
Versatility
Single module for any UAV type. Narsil delivers consistent, high-performance guidance for both FPV drones and fixed-wing platforms.
Manufacturing & Support
Zero dependence on Chinese software. We provide large-scale serial production, rapid maintenance, and Over-The-Air firmware updates.
Key Capabilities
“The vehicle is moving, the drone is hunting it down, and the lock-on is fking surgical!
During our latest terminal-phase testing, the target acquisition was flawless—a massive leap from the early versions. The lock-on is rock solid, whether it’s a high-speed vehicle, personnel on the move, or a static target.”
Head of SOF Unmanned Systems Lab
