TR-300 Kasırga represents Türkiye’s evolution in 300 mm class multiple launch rocket systems (MLRS), bridging the operational gap between conventional artillery rockets and short-range tactical ballistic missiles. The system combines high-volume area fire capability with precision-guided strike functionality in its K+ variants.

Operational Purpose and Role

The primary mission of TR-300 is deep fire support against high-value targets located well behind enemy lines. Typical targets include:

• Long-range radar systems
• Surface-to-air missile (SAM) batteries
• Troop assembly areas
• Logistics depots and ammunition storage sites
• Command, control, and communication centers

With its guided configuration, the system enables precision engagement of coordinate-defined fixed targets, minimizing collateral damage while maintaining substantial lethality.

Doctrine and Concept of Use

TR-300 is deployed at brigade, division, or corps-level artillery formations. Its doctrinal roles include:

• Deep fires and operational-level interdiction
• SEAD/DEAD contribution (Suppression/Destruction of Enemy Air Defenses)
• Area denial and battlefield shaping
• Counter-battery fire

The system can operate within a network-enabled battlespace, receiving targeting data from UAVs, reconnaissance elements, and radar-based target acquisition systems.

System Architecture

The TR-300 ecosystem consists of:

• Rocket munitions (Block-II, Block-III, K+ guided variants)
• Mobile launcher platform
• Fire control and command-control infrastructure

In guided variants, the rocket incorporates:

• INS (Inertial Navigation System)
• GNSS-supported navigation
• Electromechanically actuated aerodynamic control surfaces

This architecture allows mid-course trajectory correction and significantly improves accuracy compared to unguided systems.

Survivability and Protection Concept

Survivability is based on:

• High tactical mobility (shoot-and-scoot capability)
• Short firing preparation time
• GNSS-jam-resistant navigation architecture

The system is designed to rapidly displace after firing to reduce vulnerability to counter-battery fire.

Accuracy and Engagement Process

For guided Block-II and Block-III variants:

• ≤ 10 m CEP accuracy
• 20–120 km range (variant dependent)
• ≥ 70 m lethal radius

Typical engagement sequence:

• Target coordinate acquisition
• Data upload to fire control system
• Ballistic computation and programming
• Launch
• Mid-course INS/GNSS correction
• Terminal impact

Advantages Against Modern Threats

Advantages:

• Long-range strike capability beyond conventional tube artillery
• High precision with low collateral damage potential
• Electronic counter-countermeasure resistance
• Flexibility: area saturation and precision strike within the same family

Limitations:

• Ballistic trajectory exposes rocket to potential interception
• Public sources do not indicate an active terminal seeker
• Flight time longer than tactical ballistic missile systems

Detailed Technical Specifications

Dimensions and Weight

Block-II

• Diameter: 300 mm
• Weight: 660 kg

Block-III

• Diameter: 300 mm
• Weight: 585 kg

Range

• Block-II: 20 – 90 km
• Block-III: 30 – 120 km

Guidance and Control

• INS (Inertial Navigation System)
• GNSS-supported guidance
• Electromechanical actuation system
• Jam-resistant navigation architecture

Propulsion

• Composite solid propellant

Warhead

Block-II

• 180 kg high-explosive fragmentation (steel ball) warhead
• ≥ 70 m lethal radius

Block-III

• 105 kg high-explosive fragmentation warhead
• ≥ 70 m lethal radius

Accuracy

• ≤ 10 m CEP (guided variants)

Command & Control Integration

• Compatible with modern artillery fire control systems
• Network-enabled targeting capability
• Integration with UAV and reconnaissance assets (concept-level public information)

Deployment and Mobility

• Mounted on tactical wheeled launcher vehicles
• Short setup and displacement time

Detailed personnel and logistical data are not publicly disclosed.

Frequently Asked Questions

What is TR-300 Kasırga used for?

• It is used for long-range deep-strike and area saturation missions. It provides operational-level firepower against high-value and time-sensitive targets.

What is the maximum range?

• Block-III reaches up to 120 km, while Block-II has a maximum range of 90 km.

Is TR-300 guided?

• Yes. It is available in both unguided and K+ guided configurations. Guided versions use INS with GNSS support.

What targets can it engage?

• It is effective against radar systems, air defense units, logistics hubs, troop concentrations, and command centers.

How accurate is it?

• Guided variants achieve ≤10 meters CEP, significantly improving precision compared to traditional MLRS rockets.

How does it compare to similar systems?

• In the 300 mm MLRS class, TR-300 stands out with its 120 km range and ≤10 m CEP combination, positioning it competitively in the long-range precision rocket segment.

Sources

• ROKETSAN official product brochures and publications
• Public defense industry exhibition releases
• Open-source technical documentation