ESVO LLC creates new generation
6-DOF motion system for flight simulators
of highest degree of complexity



| 17 September 2019
For the first time in Russia the specialists of ESVO LLC. designed and created 6 degrees of freedom electro-hydraulic motion system of new generation for flight simulators of highest qualification level. System allows highly realistic reproduction of acceleration effects that influence quality of preparation of pilots and ensure solution of more and more complex training tasks, including training of air crew actions in non-standard situations, requiring maximum precision of aircraft control.

Motion system built of Russian-made components represents a complex hardware-software suite including dynamic stand and hydraulic pump station. Cargo capacity of dynamic stand is 6,5 tons, maximum angles of pitch, bank and yaw deflection are ±32°.

Unique design of ESVO is developed in the framework of import substitution program and for the first time allows Russian simulator companies to develop own competence in the field of critical simulator technologies, including motion systems. Besides, the resulting solution provides the first possibility to avoid dependence on extremely expensive imported analogs under conditions of effective sanctions during execution of development works in the interests of state customers.

ESVO LLC.
Design, manufacture and aftersale support of a full range of training aids for preparation of flying personnel and technical staff of state and civil aviation. Update and upgrade of simulators in operation produced by «Penza modelling design bureau» for preparation for IL, Tu, An, Yak, L, Su, MiG aircraft and Mi and Ka helicopters. Design of new generation hydraulic motion systems manufactured of Russian-made components and designated for production of flight simulators of highest degree of complexity.
gdpr-image
Этот веб-сайт использует файлы cookie для улучшения вашего взаимодействия с сайтом. Используя этот веб-сайт, вы соглашаетесь с нашей Политикой обработки персональных данных.
Подробнее