Propulsion Department

Propulsion

213 Technic and Propulsion Systems Vision
As 213 Technic, we have adopted the principle of developing innovative, environmentally friendly and highly efficient solutions in our propulsion systems. Our goal is to offer sustainability and performance together in rocket engineering by conducting pioneering studies in modern propulsion technologies such as hybrid rocket engines.

Hybrid Rocket Engines
Hybrid rocket engines, which combine the advantages of solid and liquid fuel technologies, are the focus of our team in propulsion systems. These engines offer a safer, more controllable and environmentally friendly solution.

Efficiency and Performance
We optimize every gram of fuel to provide maximum thrust. Thus, we reduce fuel costs while reaching high altitudes.

Environmental Awareness
Hybrid engine technology draws attention with its lower environmental impacts compared to traditional systems. As 213 Technic, we adopt an environmentally friendly approach.

Our Propulsion Solutions
As a team, we carry out theoretical and practical studies together to use all the advantages of hybrid engine technologies. With these studies, we aim to develop a safe and high-performance propulsion system.

Hybrid Fuel Systems
We design high-energy-density and controllable engines using combinations of solid fuel and liquid oxidizer.

Propulsion Optimization
We work on combustion chamber design, nozzle geometry and parameters that maximize thrust force to increase engine performance.

Simulation and Testing
Detailed simulations performed on hybrid rocket engines allow us to analyze critical data such as thrust force, combustion duration and temperature. We verify these processes with field tests.