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FALCON-127 DFCS

Dual Fire Control Remote Controlled Weapon System

Dual fire control system with two independent AI-enhanced FALCON EYE electro-optical systems, 360° situational awareness, and dual-axis stabilization for M2 and M240 machine guns.

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FALCON-127 DFCS weapon station mounted on an M113 tracked carrier
≤ 0.3 mrad
Weapon positioning accuracy
< 10 ms
Ballistic computation
Up to 20
Targets detected simultaneously
15 s
Startup time

What is FALCON-127 DFCS Dual Fire Control Remote Controlled Weapon System?

Fully indigenous remote-controlled weapon station with dual independent fire control capability.

Two AI-enhanced FALCON EYE electro-optical fire control systems for commander and gunner.

Supports M2 Browning Machine Gun and M240 Machine Gun configurations.

Enhanced personnel safety through remote operation from protected positions.

Specifications

Specifications as published by FDI Technology. Detailed technical data is available on request.

System Role

  • Fully indigenous remote-controlled weapon station with dual independent fire control capability
  • Two AI-enhanced FALCON EYE electro-optical fire control systems for commander and gunner
  • Independent commander fire control system separate from gunner with override capability

Weapon Configuration

  • Supports M2 Browning Machine Gun and M240 Machine Gun configurations
  • Ballistic calculations for 2 weapon types with 3 ammunition types each

Electro-Optical Systems

  • Two independent FALCON EYE electro-optical fire control systems
  • FALCON EYE-M master electro-optical fire control system for enhanced coordination
  • Dual 2-axis stabilization systems for each fire control unit
  • Two day cameras with continuous zoom and adjustable field of view
  • Two thermal imaging cameras for all-weather, day and night operation
  • Two laser rangefinders with single-shot, discrete (1 Hz / 10 Hz), and continuous modes

AI and Ballistic Computing

  • Two digital ballistic calculators with integrated AI system for each fire control unit
  • Ballistic computations completed in less than 10 milliseconds for rapid engagement
  • Automatic lead-angle correction for engaging moving targets
  • AI-assisted detection-to-engagement cycle in milliseconds for rapid response

Detection and Tracking

  • FALCON DYNAMIC-TD detection system with millisecond-level latency for real-time operation
  • Simultaneous detection of up to 20 targets within camera field of view without performance degradation
  • AI-based computer vision algorithms for real-time frame-by-frame analysis and classification
  • Single-target lock-on tracking with precise motion vector and trajectory estimation
  • Automatic target detection and tracking with integrated AI system

Control and Interface

  • Separate commander's control panel for tactical oversight and fire control
  • Dedicated gunner's control panel for precision weapon engagement
  • Dual joystick and dual monitor configuration for comprehensive control
  • Real-time on-screen display of camera azimuth and elevation for both gunner and commander

Precision and Performance

  • Weapon positioning accuracy of ≤ 0.3 mrad for exceptional precision
  • 360° continuous azimuth coverage with wide vertical engagement envelope
  • Two pre-defined target profiles for rapid switching between engagement scenarios

System Operations

  • Rapid 15-second startup time for immediate operational readiness
  • Digital boresighting with alignment mode and correction mode for precise calibration
  • Built-in maintenance tracking with alerts for TO-1 and TO-2 servicing schedules
  • Maximum power consumption of ≤ 1,500 W with voltage range of 220-250 V

Software

  • Proprietary secure operating system with digital controls for enhanced cybersecurity
  • Locally developed software with full source code control for strategic independence
  • Secure communication protocols for high accuracy even on the move

Electronic Warfare Resistance

  • Passive electro-optical detection with no active emissions for stealth operation
  • High resistance to electronic warfare threats through passive sensor systems

Interoperability

  • Clean integration into existing European and international defense architectures
  • Compatible with international-standard weapons and calibers for operational flexibility

Crew and Training

  • Dual operator configuration with 1 commander and 1 gunner for DFCS
  • Rapid operator training completed within 7-10 days for fast deployment
  • Intuitive human-machine interface with minimal learning curve
  • Eliminates long-term specialist training requirements for rapid force readiness

AI Advantages

  • Enhanced accuracy through AI-driven visual analysis and target recognition
  • Automatic learning from operational data and evolving threat profiles
  • Reduced operator workload through automated detection, prioritization, and tracking
  • Threat prediction with early estimation of target intent and future movement
  • Intelligent target selection with AI-assisted recommendation of critical targets
  • Improved engagement efficiency with precise dual-target tracking capability
  • Rapid response capability with millisecond-level processing for time-critical scenarios
  • Reduced human error through automated ballistic calculations and target prediction

Personnel Safety

  • Enhanced personnel safety through remote operation from protected positions
  • Reduced exposure of personnel in high-threat environments through automation

Strategic Value

  • International-standard compatibility for seamless integration with allied forces
  • EU and Germany-focused industrial cooperation for regional defense collaboration
  • Compliance with European industrial and regulatory standards for procurement

Localization and Technology

  • Local assembly options for national production capability
  • Progressive localization programs for technology transfer and development
  • Technology transfer and joint production models for national industrial sovereignty
  • Supports national industrial sovereignty and strategic independence

Lifecycle Support

  • 10-year warranty on all systems for long-term reliability assurance
  • Designed for sustained, long-duration operations in demanding environments
  • Comprehensive operator training programs with professional support
  • High ammunition availability reduces operational dependencies
  • Economically sustainable over entire system lifecycle

Mission Capabilities

  • Rapid, accurate engagement of static and moving targets day or night
  • All-weather operational capability in adverse environmental conditions
  • Reconnaissance and surveillance operations with search and scan capabilities
  • Search and rescue mission support with advanced detection systems
  • Effective overwatch and protection during personnel transport and deployment

Deployment Flexibility

  • Armored vehicle integration for enhanced ground force capabilities
  • Naval platform integration for maritime defense operations
  • Border security forces deployment for perimeter protection

Security and Compliance

  • Zero Trust cybersecurity architecture with authenticated entity access only
  • End-to-end encryption for all internal and external communications
  • Local AI processing reduces external data transfer for enhanced security
  • Military-grade data handling ensures confidentiality and integrity
  • Compliant with applicable export control requirements and the EU Dual-Use Regulation
  • Compatible with international C2 and STANAGs for standardized operations
  • Secure integration into national and allied defense networks

Operational Advantages

  • Survivable operation in electronic warfare environments through passive systems
  • Scalable architecture for multiple deployment scenarios and mission profiles
  • Optimized for modern European threat environments and operational requirements
  • Sufficient reaction time and fire density to defeat fast-moving threats

Dual Fire Control Advantages

  • Simultaneous engagement capability with independent commander and gunner systems
  • Enhanced situational awareness through dual independent observation systems
  • Commander override capability ensures tactical control in critical situations
  • Redundancy through dual systems increases operational reliability and survivability

Compare versions

FALCON-127
FALCON-127 DFCSDual Fire Control Remote Controlled Weapon SystemFALCON-127 SFCSSingle Fire Control Remote Controlled Weapon System
PurposeFully indigenous remote-controlled weapon station with dual independent fire control capability.Fully indigenous remote-controlled weapon station with streamlined single fire control capability.
Platform
  • Armored vehicle integration for enhanced ground force capabilities.
  • Naval platform integration for maritime defense operations.
  • Border security forces deployment for perimeter protection.
  • Armored vehicle integration for enhanced ground force capabilities.
  • Naval platform integration for maritime defense operations.
  • Border security forces deployment for perimeter protection.
Fire control and sensors
  • Two independent FALCON EYE electro-optical fire control systems.
  • Two day cameras with continuous zoom and adjustable field of view.
  • Two thermal imaging cameras for all-weather, day and night operation.
  • Two laser rangefinders with single-shot, discrete (1 Hz / 10 Hz), and continuous modes.
  • FALCON EYE independent electro-optical fire control system.
  • Day camera with continuous zoom and adjustable field of view.
  • Thermal imaging camera for all-weather, day and night operation.
  • Laser rangefinder with single-shot, discrete (1 Hz / 10 Hz), and continuous modes.
Crew and controls
  • Dual operator configuration with 1 commander and 1 gunner for DFCS.
  • Dual joystick and dual monitor configuration for comprehensive control.
  • Minimal crew requirement with single operator capability for SFCS configuration.
  • Single joystick and single monitor configuration for efficient operation.
Same on both
  • Supports M2 Browning Machine Gun and M240 Machine Gun configurations.
  • Weapon positioning accuracy of ≤ 0.3 mrad for exceptional precision.
  • 360° continuous azimuth coverage with wide vertical engagement envelope.
  • Ballistic computations completed in less than 10 milliseconds for rapid engagement.
  • Simultaneous detection of up to 20 targets within camera field of view without performance degradation.
  • Rapid 15-second startup time for immediate operational readiness.
  • Rapid operator training completed within 7-10 days for fast deployment.

Media

FALCON-127 DFCS on an M113 carrier
FALCON-127 DFCS on an M113 carrier
FALCON 127M weapon station
FALCON 127M weapon station

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≤ 0.3 mrad
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Ballistic computation

View Details: FALCON-127 SFCS

Strategic Contact

Detailed technical data available upon request.

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