We’re thrilled to announce a major milestone—RTD’s simulation model libraries are now successfully integrated with Python-based machine learning frameworks. This opens the door to powerful new possibilities in AI training for aerospace applications.
RTDynamics plug-in for VR-Forces 5.1.1d is now available to users under maintenance.
RTDynamics plug-in for VR-Forces 5.1.1c is now available to users under maintenance.
LAR is an Add-on to EWAWS. During simulation, weapon launching models (e.g. CGFs) can utilize data which is generated by the offline component of the LAR Add-on LAR Generator. The data allows the model to make a better launch timing. LAR supports air-to-air, air-to-ground and surface-to-air weapon launches. For more information please visit product page here.
Note
LAR add-on is available on both VR-Forces and C++ SDK.
EWAWS ESA Add-on allows simulation of active electronically scanned array (AESA) RADAR within EWAWS. For more information please visit product page here.
SAM site with AESA RADAR illumination with a time-shared beam.
Target illumination starts. Semi-active, radar guided missiles are launched. Missiles lack active radars. Instead they lock onto signals reflected by the targets and emitted by the illumination radar.
RTDynamics OHG is proud to announce the release of RTDCable200, our second-generation cable simulation C++ library designed specifically for helicopter and platform simulation. This powerful physics engine provides realistic simulation of cables, ropes, hoists, and loads with an emphasis on high performance and stability.