The Mobile Altitude Simulator (Mob-EACS) is an innovative system that allows tests to be carried out on internal combustion engines by simulating altitude conditions above sea level that are different from the real conditions of the site where the test is actually carried out. The altimetric simulator makes it possible to test the behaviour of an engine at different altitude conditions in a range from 800 meters below sea level to 5.000 meters above sea level.

Thanks to a very fast and reliable regulation system, the mobile altimetric simulator (Mob-EACS) is able to maintain the pressure set in the simulation software, adapting to any variation coming from the engine operating requirements. This allows you to perform any type of test in steady, transient conditions or to accurately simulate uphill or downhill paths.

Similarly to the fixed solution of the altimetric simulator (EACS), the introduction of the mobile altimetric simulator (Mob-EACS) in engine, vehicle and powertrain test cells, or more simply in the testing world, has made it possible to eliminate the structural problems of the barometric chambers (test cells), ensuring greater installation flexibility. The concept of altimetric simulation has been extended to any type of test cell, regardless of the altitude above sea level at which it is located. The mobile altitude simulator (Mob-EACS) has been designed with the aim of being movable from one test cell to another one. For this purpose, the system is assembled on a "trolley" equipped with wheels in the base of which special holes are embedded and integrated for lifting by forklifts too.

Thanks to its small size, the mobile altimetric simulator (Mob-EACS) has allowed a further expansion of the field of application, allowing installations where, due to the lack of sufficient space, it was not possible to insert a fixed altimetric simulator (EACS).