Virtual Parachute Simulator

Virtual Reality Parachute Simulation System

The Virtual Reality Parachute Simulation System offers unprecedented realism, allowing personnel to experience parachute operations in a virtual environment that resembles real-world scenarios. This world-leading, realistic training leads to improved situational awareness, decision-making, and muscle memory development.

The virtual parachute training system is the most advanced parachute training system on the market today, supporting active force feedback for better parachute steering, realistic simulation of turbulences and wind influence during the landing phase.

World leading Training Solution

The Virtual Reality Parachute Simulation System is an all-in-one solution for operators and commanders engaging in various parachuting operations. Whether Static Line (SL) or Military Freefall (MFF), this cutting-edge system streamlines the process by providing a single platform. It is the only system available with this capability. Moreover, during free fall exercises and malfunction drills, the Virtual Reality Parachute Simulation System ensures seamless continuity by returning the operator to free fall if they choose to cut away their main chute.

Elevate Parachute Training with Cutting-Edge Technology

Equipped with an easy-to-use graphical interface, the system provides the instructor with an operator station for mission planning. All training data is recorded for subsequent training evaluation in debriefing via an integrated recording module. Each training scenario can be accurately matched to training content and programmed to reflect training-relevant equipment (night-vision goggles, oxygen masks, etc.).

This functionality enables instructors to tailor exercises to specific skill levels and training objectives, ensuring comprehensive and effective training for participants. Additionally, instructors can analyse performance metrics and adjust mission parameters in real-time during debriefing sessions, enhancing the overall learning experience.