ASELSAN Compact Fire Control System (C-FCS) is primarily designed for light main battle tanks and infantry fighting vehicles. C-FCS gives observation capability as well as utilization of fire control functions to the gunner and the commander under sever weather and harsh battlefield conditioons. Besides, C-FCS is an All-In-One system solution consisting of ballistic calculations, line of sight stabilization, image processing.
Supportive systems such as Laser Warning System, Driver's Vision System, can also be integrated with C-FCS in order to improve the survivability of the vehicle.
Kullanım Alanları
C-FCS is specifically designed for T-72 MBT's. All types of armoured vehicles and main battle tanks are also suitable for C-FCS upgrade.
General Specifications
Hunter-Killer mode with two independent periscopes
High Firts Round Hit Probability with Sight/Gun stabilization
Automatic Target Tracker
High Performance within a small volume
User customizable user friendly interface
Inertial Navigation
Moduler architecture
Low-cost & cost effective.
Flexible Structure
Base Configuration
Sight is slave to gun
Atutomatic ballistics
(Optional) Inertial Stabilization and stabilized image
Full Stabilized Configuration
Sight is stabilized perfectly and independently
Inertial Stabilization with stabilized image
Automatic Target Tracker
Gun is slave to sight
Automatic Ballistics.
Fuuly-Stabilized Hunter-Killer Configuration
Both sights iare stabilized perfectly and independently
Inertial Stabilization with stabilized image
Automatic Target Tracker for both periscopes
Gun is slave to selected sight
Automatic Ballistics in both sights
360 degrees of freedom horizontally in C-CP
Technical Specifications
Gunner's and Commander's Periscope
C-FCS composed of Gunner's Periscope (C_GP) and Commander's Periscope (C_CP) with similar sub units and assemblies. The number of LRU's shall be minimum and the architecture shall be simple in this way.
Each Periscope is an independent FCS
High quality thermal imagery
High quality day light imagery
Eye-safe LRF
Two axis stabilization
360°panaromic commander's sight
Customizable UI
Stabilized Head Mirror
-9°/+20° elevation
Two-axis stabilization accuracy better than100 urad (1σ RMS)
Thermal Sight Unit
Cooled 8-12 um or 3-5 um dedector
Electronic Zoom
RS 422 Communication
Adjustable Brightness/Contrast/Focus
Image Processing Algorithms
Cooldown time less than 7 min
FOV
8-12 um dedector (Horizontal) 3.7°/10.3°
3-5 um dedector (Horizontal) 2°/12.5°
Laser Range Finder
Eye-safe Class-1 Laser
1.54 um wavelength
200-20.000 m range
±5m accuracy
0.75 mrad divergence
Reflection Selection
Daylight Camera
CCD type dedector
1.7° - 57.8° FOV (continuous)
Electronic Zoom
Automatic focus
Inertial Navigation Unit
INS provides accurate acceleration, speed and location information with its inertial sensor data. Its fiber optical gyroscopes maintains its reliability in navigation without the probability of GPS fooling and spoofing. Modular structure gives its ability to be integrated on all platforms.
Sensors
In order to provide accurate fire control functions and precise ballistic calculations the following sensors are involved in the system architecture: gun position sensor, turret position sensor, meteorological sensor inclinometer, GPS/Glonass receiver.
User Interface
System includes a multifunctional and simplified Control and Display Units for control and monitoring functions for gunner and commander. Easy user interface provides simplicity. Also, Control handles are specifically designed for effectiveness and simplicity to provide better handling of the FCS. Fast communication interface provides zero-lag operation.
Note: All tolerances are within ±10%. Specifications may change without prior notice.
