Because OfficeLite uses the real motion planner, you can estimate cycle times with high accuracy. The virtual controller does not simulate physics (mass/inertia), but it does simulate acceleration profiles and path smoothing ( $APO.CDIS ). This allows you to see if a pick-and-place routine takes 2.5 seconds or 3.1 seconds before deployment.
| Feature | Real KRC2 V5.2 | KUKA OfficeLite V5.2 | | :--- | :--- | :--- | | | Drives physical motors | Simulated motor response | | Real-Time Bus (EtherCAT/ProfiNet) | 1ms cycle time | Simulated frames only | | Physical I/O Testing | Live 24v signals | Virtual $IN/$OUT simulation via variable table | | Collision Detection | Real current/force monitoring | None (robot passes through objects) | KUKA OfficeLite KRC V5 2
, you can generate new program features (functions/subroutines) directly within the virtual interface or by importing text files into the KUKA Global System Requirements for OfficeLite Because OfficeLite uses the real motion planner, you
For more, you can explore the KUKA Germany OfficeLite product page. | Feature | Real KRC2 V5
KUKA.OfficeLite is a virtual robot controller and programming system that functions as an offline "digital twin" of the KUKA System Software (KSS). It is primarily used to create, test, and optimize robot programs on a standard Windows PC without requiring physical hardware. KUKA Global Core Functionality Virtual Control
Programs can be transferred "one-to-one" via USB or Ethernet to the real robot, significantly reducing commissioning time on the factory floor.
The designation refers to a specific, stable version of the KUKA controller software. For companies operating systems in this version range, OfficeLite V5.2 provides a perfectly compatible environment to: Develop KRL (KUKA Robot Language) programs. Debug code. Optimize cycle times. Train operators.