Abstract:
Aircraft is one of the most frequently used transportation by humankind today. In line with the
technological development of the transportation industry, the type of air transportation for the
community is considered more effective and efficient than land and water transportation. The
aviation industry currently has various tools with different functions for aircraft maintenance and
flight process. Aircraft Support is divided into various forms according to its function, one of
which is the Pushback Car. Pushback Cars play a significant supporting role in helping aircraft so
that they are not misdirected when exiting the parking area so that there are no collisions between
aircraft. While the increase in technology is increasingly sophisticated, Aircraft Support is also
positively affected by the rapid development of technology. PT.XYZ is currently producing a
Pushbcak Car that has been innovated to be unmanned and not in the form of a car called Pushback
Tug. All aircraft Pushback activities will be controlled via Remote Control. To make this all
happen, a design process is needed before production. In the Pushback Tug design process will
use the Solidworks computer program. The simulation is also carried out to ensure safety usage
and reduce unnecessary costs due to product failure. The finite element analysis simulation will be
carried out using the ANSYS program and will provide safety results. The simulation results show
that ASTM A36 material is a suitable material for the Pushback Tug with a body von-mises stress
of 120.82 Mpa at a load of 17 tons and a frame von-mises stress of 111.79 Mpa at a load of 7 tons.
The hydraulic cylinder at a pressure of 1200 N/cm2 has a force of 166,168.8 N during extension
and 81,388.8 N during retraction.
