 Please contact MAK to Evaluate RotorLib for VR-Forces |
| Recorded video from MAK's Stealth visualizing a scenario with RotorLib Helicopters. |
| Recorded video of a RotorLib Autonomous helicopter landing on a moving ship deck. |
Rotorlib, a complete helicopter dynamics middleware for tactical simulations, flight training devices and simulators, is now available for MAK's VR-Forces®.
RotorLib is now available as a plugin to VR-Forces, MAK's computer generated forces toolkit. RotorLib for VR-Forces adds physics based autonomous helicopters and a high fidelity helicopter flight dynamics model to VR-Forces. RotorLib's control technology provides physics based helicopter models for CGF entities in real-time simulations. RotorLib uses real-time flight dynamics and rigid body dynamics to create realistic insertions,search and rescue operations, bob-up attacks, terrain following patterns and more. True physics and automated control commands make RotorLib an ideal toolkit for helicopter pilot- and crew-training applications.
Key Features
- includes RotorLib CGF®
- Physics based helicopter flight models for use in VR-Forces as CGF entities
- Built-in terrain following flight capability
- Way-point following flight
- Coordinated turns
- Realistic landing gear-ground reactions
- Landing
- Take-off
- Hover
- includes RotorLib FDM®
- allows flying helicopter entities by joystick or other supported VR-Forces input devices
- can be extended to use custom input devices
- Full support for VR-Forces scenarios
- Support for creation,deletion,assigning tasks and programming with plan files through vrfGUI
- Support for VR-Forces fuel consumption and damage models
- Re-usable VR-Forces integration source code
- All features of RotorLib are available to VR-Forces
- Required MAK Products: VR-Forces
- Related MAK Products: MAK Stealth,MAK Data Logger
Support for VRF Task Commands
- Move To
- Move To Location
- Move To Altitude
- Move Along
- Wait
- Wait Duration
- Wait Elapsed
- Turn To Heading
- Patrol Route
- Patrol Two Points
