ASELSAN's "TUFAN" Electromagnetic Launch System, initiated in 2014, stands out with its high exit velocity (2500 m/s and above) and long range, surpassing conventional systems. With a low unit prevention cost, various applications, and enhanced security using chemical explosive ammunition, this system has the potential to revolutionize military and space research. This system is designed for military and space applications utilizing nuclear launch technologies.

Technological Innovation

The electromagnetic cannon system operates by using a magnetic field instead of explosives or propellants. This technology is divided into three main types: Rail Electromagnetic Launcher (railgun), Coil Electromagnetic Launcher (coilgun), and Gauss Rifle. Unlike Gauss Rifle, the system is connected to the power grid and operates with human involvement.

Highlighted Features of TUFAN

• High Exit Velocity: The TUFAN system achieves exit velocities of 2500 m/s and above, providing significantly superior performance compared to conventional systems.
• Long Range: Thanks to its high exit velocity, TUFAN's range surpasses that of conventional systems.
• Low Unit Prevention Cost: It offers a more economical solution compared to rocket-powered systems.
• Versatile Applications: Available in various fields such as fire support, air defense, and space access.
• Security: The use of chemical explosive ammunition enhances the safety of the system and integrated platforms.

Potential Usage Areas

Electromagnetic launchers are present in both military units and space vehicle launches. This technology has the potential to open a new era in military and space research, enhancing both security and efficiency.

Security and Environmental Advantages

These systems, which do not require the use of chemical explosions, are not only environmentally cleaner but also more advantageous in terms of security.

Conclusion

The TUFAN Electromagnetic Launch System, as a testament to ASELSAN's commitment to advanced technology, emerges as an innovation that will shape the future of war and space technologies.