MotoVRC is a comprehensive software package for off-
Configuration and operation of the virtual controller are the same as for the real
controller. 1:1 mapping of the real teach pendant on the PC screen. This applies
for the creation of programs, the editing of conditional files as well as the configuration
of the robot system in maintenance mode. Multi-
The integrated CAD import filter for IGES, SAT and HSF files allows the simple adoption of graphical models. The internal model editor also enables the creation of models in MotoVRC.
Motion programs can be created in MotoVRC. These can then be transferred directly to the real robot controller. Provided that corresponding CAD models are available, points on the path can be taught directly on the work piece with a simple mouse click (OLP function). The optional MotoCalvEG tool, can then be used to adapt the virtual system layout within MotoSim to the real circumstances. This minimises the need for reprogramming on the real system.
MotoVRC enables the quick setup and analysis of system layouts. MotoVRC benefits
here from the integrated HOOPS graphics engine. Distances can be measured directly.
The user interface contains convenient tools, such as collision check and user-
The MotoVRC installation package includes a full version of MotoSim, the proven planning and simulation tool. MotoSim is an integral part of the MotoVRC license and can thus not be operated separately from MotoVRC.
In addition to the robot models, the library contains a wide range of models of peripheral devices, such as positioners, welding equipment, conveyors, etc.
MotoVRC contains a number of example cells. These can be used, for example, to demonstrate more complex system configurations.
MotoSim simulations can be exported as web applications. This means that the completed simulations can be played in a browser without having to install MotoSim. This allows the easy distribution of completed simulations to clients or partners.