The T-300 MLRS is designed to provide operational-level firepower beyond conventional tube artillery range. It is capable of delivering high-intensity saturation fire as well as precision strikes against high-value targets deep in enemy territory.

Operational Purpose and Role

The primary mission of the T-300 is to suppress, neutralize, or destroy:

• Command and control centers
• Logistics hubs
• Air defense systems
• Artillery batteries
• Troop concentrations
• Critical infrastructure targets

The system is employed at brigade or corps level to generate deep fires that shape the battlefield prior to maneuver operations.

Doctrine and Concept of Employment

The T-300 operates under a shoot-and-scoot doctrine. After receiving target coordinates from UAVs, counter-battery radars, or forward observers, the system can rapidly compute firing solutions and launch rockets within minutes.

Following launch, the vehicle quickly relocates to avoid counter-battery fire and detection. This mobility-based survivability concept is essential in modern high-intensity conflict environments.

The system is integrated into network-centric warfare structures, allowing real-time targeting data exchange with higher command echelons.

System Architecture

• A complete T-300 battery typically includes:
• Launcher Vehicle
• Command and Control Vehicle
• Ammunition Resupply Vehicle
• Meteorological Vehicle
• Maintenance and Repair Vehicle

The launcher is mounted on a heavy 8x8 tactical wheeled chassis. Hydraulic stabilizers secure the platform during firing. The automatic laying system digitally controls azimuth and elevation adjustments.

The command vehicle integrates fire support automation systems and processes battlefield data to generate accurate firing parameters.

Sensor and Network Integration

The T-300 does not rely on onboard target acquisition sensors; instead, it operates within a broader sensor network including:

• Target acquisition radars
• Unmanned Aerial Vehicles (UAVs)
• Forward observers
• Battlefield command and control systems

The meteorological subsystem measures atmospheric conditions to improve ballistic accuracy.

Survivability and Protection

• Deployment time under 5 minutes
• Rapid post-fire relocation
• Optional armored cabin
• Remote firing capability
• Wired and wireless data communication

These features increase survivability against counter-battery radars and precision-guided munitions.

Advantages and Limitations

Advantages:

• Long-range strike capability
• High saturation firepower
• Precision-guided rocket options (TRG-300 series)
• Network-centric interoperability

Limitations:

• Significant logistical footprint
• Detectable launch signature (thermal and radar)
• Continuous ammunition resupply requirement

Variants and Compatible Munitions

The T-300 platform is optimized for 300 mm rockets, primarily:

• TRG-300 (INS/GPS guided variants)
• TRG-300 Block upgrades (extended range and improved accuracy)

The 610 mm BORA tactical ballistic missile system is operated from a different dedicated launcher platform and is not the same as the T-300 launcher.

Detailed Technical Information

Rocket Caliber

• 300 mm

Range

• Approximately 10 km to 120 km (depending on TRG-300 variant)
• Extended range values vary by munition configuration.

Launcher Configuration

• Typically 4 × 300 mm rockets per launcher
• Adjustable salvo interval: 0.5 – 15 seconds

Guidance and Fire Control

TRG-300 rockets utilize:

• INS/GPS guidance
• High-precision strike capability
• Reduced Circular Error Probable (exact CEP values are not publicly disclosed)

The digital fire control system automatically calculates ballistic solutions.

Stabilization and Laying System

• Hydraulic stabilization outriggers
• Automatic azimuth and elevation control
• Digital fire control software

Command, Control and Communications

• Integration with tactical data networks
• Wired and wireless voice/data communications
• Compatible with fire support automation systems

Deployment and Reaction Time

• Combat-ready in under 5 minutes
• Rapid displacement after firing

Crew

• Exact crew size is not publicly detailed; typically consists of driver, commander, and operator personnel.

Frequently Asked Questions

What is the T-300 MLRS used for?

• It is designed for long-range area suppression and precision deep-strike missions against high-value operational targets.

What is its maximum range?

• Depending on the TRG-300 munition variant, it can reach approximately 120 km.

How many rockets can it fire at once?

• A standard launcher configuration carries four 300 mm rockets, which can be fired in rapid salvo sequence.

Does it have precision guidance?

• Yes. TRG-300 rockets use INS/GPS guidance, significantly improving accuracy compared to unguided rockets.

Is it mobile or fixed?

• It is a fully mobile system mounted on a heavy 8x8 tactical wheeled vehicle.

What are its equivalents?

Comparable systems include:

• BM-30 Smerch
• Chinese A300 system
• M142 HIMARS (different caliber concept)

The T-300 stands out in the 300 mm class for combining long range and guided precision capability.

Sources

• Roketsan official product brochures
• Roketsan corporate website
• International defense fair presentation documents
• Open source defense analysis publications