The propulsion systems of space rockets constitute one of the most critical and complex fields of engineering. At the heart of these systems are the injectors, which mix fuel and oxidizer in the correct ratio to ensure stable and efficient combustion, and the systems that safely ignite this mixture. The design of the injector and ignition systems directly determines the performance, reliability, and efficiency of the rocket engine. Therefore, comprehensive testing of these components is one of the most vital steps that must be taken before any flight mission. The testing processes are critically important for validating the engine’s design and identifying and mitigating potential risks beforehand.

The primary purpose of a modern injector & ignition test system is to rigorously test injector designs under real operating conditions. These systems must be designed with a modular structure that can be adapted from single injector to cluster configurations and even full-scale engine injector tests. The injector and igniter testing process is managed with high-precision instrumentation, data acquisition and control systems, and intelligent functions such as continuous gas monitoring, alarm thresholds, and automatic venting sequences.

E2T develops comprehensive and modular test systems that enable companies operating in the space sector to reliably execute injector and igniter tests. The injector and ignition test systems developed by E2T support your cryogenic feed and chilldown requirements, as well as the safe management of multiple propellant-oxidizer systems and reactive chemicals.