JSC Rosoboronexport and JSC Technodinamika, which are part of the Rostec State Corporation, has signed a joint action program to promote flight simulators to the global market.
The agreement which will take place within the period from 2020 to 2022, was signed On August 23, 2020, during the Army 2020 International Military-Technical Forum.
The collaboration is intended to enhance effective interaction between Rosoboronexport and Technodinamika in order to increase exports of training equipment for military, dual-use and civil aircraft.
“The practice of the air forces around the world suggests that through crew training can often minimize, if not avoid, non-battle losses in personnel and materiel. Russian flight simulators have proven themselves effective.
They are extensively used for training foreign specialists in Russia under Rosoboronexport’s contracts, as well as supplied to our partners for training pilots abroad.
Today, our portfolio of orders includes contracts for the supply of Technodinamika’s flight simulators to more than 15 countries from various regions of the world. Together, I am sure, we will achieve a steady growth in this indicator,” said Alexander Mikheev, Director General of Rosoboronexport and Deputy Chairman of the Russian Engineering Union.
Using the latest advanced environment visualisation and simulation of the primary aircraft dynamics, consolidation of knowledge and skill training will be mastered by the trainee, up to the operational use of weapon systems.
At the customer’s request, the simulator systems, being purchased together with the basic equipment, can be used at this stage.
Today, Rosoboronexport’s package of proposals on aircraft training aids includes Technodinamika’s flight simulators for combat and transport-combat, military transport and transport, multi-purpose and special aircraft and helicopters, as well as parachute systems.
The distinctive features of the flight simulators supplied by Rosoboronexport are the exclusive use of the aircraft manufacturer’s official data during their development, as well as the scalability of simulator systems and an opportunity to quickly integrate them into distributed training systems and simulate situations of any complexity.
