Revealer is committed to providing advanced optical measurement technology for aerospace research in all fields.

Space Launch Research

Space launches and vehicle launches are carried out under extreme operating conditions, which are usually accompanied by transient phenomena such as damage, vibration, flames, heat waves and separation of separators. The observation of various transient phenomena and the study of load-displacement characteristics of key strength components will help to improve the performance of launch platforms or carriers.

Aero-engine combustion research

In order to meet the needs of advanced space launch missions, it is necessary to continuously study new types of fuels to improve combustion efficiency, so it is very important to observe and study the chemical thermodynamics, chemical kinetics, flame ignition and other physical phenomena involved in combustion science. Transient level of physical and chemical reaction phenomena can not be captured and measured by ordinary optical measurement equipment, such as laminar flow, turbulence, high-speed airflow under the flame propagation mechanism and propagation speed, fuel nozzle droplet atomization characteristics. Thousand Eyes Wolf high-speed camera, can be used with Tepler's pattern shader to observe the distribution, propagation process and intensity of perturbation of transparent media caused by various factors.

Aircraft Design and Control Research

During the flight test stage of new aircraft and objects, capturing, tracking and attitude measurement are important means to obtain their flight trajectories. Revealer image tracking and measuring system integrates miniaturized high-speed visible light camera, infrared camera, time-statistics terminal module, image tracking board and high-precision servo mechanism, which can real-time capture attitude parameters such as orientation (latitude and longitude altitude), speed, elevation angle, heading angle, roll angle of a high-speed moving target with 4×4 pixels.