Latest News: RotorLib v1.3 out now! (Feb 28, 2007)
  FixedWingLib Beta Program Announced (July 12, 2006)
   

RotorLib is a complete helicopter dynamics middleware for tactical simulations, flight training devices and simulators. It can be easily integrated to Windows or Linux based simulations and is programmable with C++.

   Physics-based high fidelity real-time helicopter dynamics model
   Easy to use C++ API (Browse the programmer's guide or class documentation here)
   Intelligent auto pilot modes and control system
   For use in pilot training simulators and scenario based tactical simulations

Learn more or request an evaluation

RotorLib provides a much more realistic helicopter flight simulation for any kind of real-time tactical simulation in comparison to traditional waypoint or spline based approaches. RotorLib helicopters perform smooth and coordinated turns, appropriate landings and take offs thanks to the underlying true helicopter dynamics and the intelligent control system.

Unlike traditional spline or kinematics based models, the RotorLib helicopters can be commanded anytime during the simulation to change their flight paths allowing truly dynamics scenarios and intelligent physically based CGF which can react to any real world like situation.

   High level, easy to use helicopter control commands
   High level commands like moveTo, land, hover
   High precision control via attitude hold, velocity hold
   Scriptable (Python examples available) and thread safe API

Learn more or request an evaluation

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