KOL-15N develops rocket ballistic computer solutions for MLRS platforms and 107 mm and 122 mm rocket systems. The RBC-A3 is a rugged, lightweight, battery-powered handheld unit designed to rapidly compute ballistic trajectories and firing elements for rocket artillery applications.
The system supports automated firing-data calculation, including deflection and elevation, using ballistic models, stored ammunition data, meteorological inputs, grid coordinates, and mission-specific parameters. It supports different weapon and ammunition profiles with known characteristics and can be upgraded with additional ballistic data or existing firing tables.
The RBC-A3 provides graphical mission presentation on maps, supports NATO and Russian sight units, accepts multiple coordinate formats, and enables fire correction, target data storage, and firing solution display. Its ruggedized hardware platform is designed for field use, with integrated GNSS, wireless connectivity, a sunlight-readable multi-touch display, and long battery operation.
Real-Time Calculation
Environmental Inputs
Ammunition Profiles
Firing Solution Display
| Specification | RBC-A3 |
|---|---|
| System Type | Rugged handheld rocket ballistic computer |
| Supported Calibers | 107 mm and 122 mm rocket systems |
| Main Function | Automated computation and display of firing elements for MLRS applications |
| Firing Data | Deflection and elevation calculation based on ballistic models and ammunition data |
| Computation Time | Less than 5 seconds in complex calculation scenarios |
| Positioning | Built-in GNSS receiver |
| Coordinate Support | Geodetic, UTM, MGRS, local polar, and cylindrical-shift coordinates |
| Map Display | Plain map, Google Maps, or optional user-supplied map display |
| Sight Unit Support | NATO 6400 mils and Russian 6000 mils |
| Stored Data | Weapon data, observer data, commander data, target data, known points, protected areas, crests, and ballistic data |
| Fire Correction | Up to 10 fire correction adjustments |
| Display | 8-inch VGA 1280x800 capacitive multi-touch sunlight-readable display, 600 nits |
| Connectivity | Integrated GPS/GNSS, Bluetooth, Wi-Fi, and WWAN 2G/3G/4G/LTE |
| Operating Temperature | -20°C to +60°C |
| Storage Temperature | -40°C to +70°C |
| Ruggedization | MIL-STD8 vibration and drop resistance, Method 514.5, Procedure I, 0.5 m |
| Humidity Resistance | MIL-STD-810G Method 507.1 Procedure 4 |
| Enclosure Rating | IP65 |
| Dimensions | Approximately 225x147x24 mm |
| Weight | Approximately 1.0 kg |
| Battery Operation | Up to 12 hours with one battery; extra battery available |
We design and manufacture launch tubes in various calibers for single and multiple rocket launcher systems. Our proprietary solutions include sandwich, steel, composite, and semi-classic tube designs, including a patented technical solution for the classic 122 mm rocket launch tube.
We design, develop, and manufacture rocket launch pods for various calibers, tube configurations, and launcher platforms, including towed and self-propelled systems.
We design and develop multiple launch rocket systems in different calibers, including towed and self-propelled configurations with semi-automatic or automatic line-of-sight control. Vehicle-mounted integration can also be provided.
We design and develop launcher control systems for automatic and semi-automatic line-of-sight control, combining hardware, software, and electro-mechanical or electro-hydraulic actuation for precise launch pod positioning in direction and elevation.
