PRODUCTS

Parachute Simulator

01. Overview – Product Line

- Parachute Simulator of ARES

  • The parachute simulator of ARES is tangible training & simulation system based on high-fidelity parachute dynamics model, immersive 3D virtual reality and - reliable motion systems
  • It supports normal and emergency procedures, independent & team trainings
  • Trainees can improve survivability and mission capabilities on tactical situations

APS (MODEL 1) / AEPS (MODEL 2)

  • 1st Generation Model
  • High fidelity parachute dynamics model
  • 3D virtual reality vision system and 4 blowers for wind effect
  • 3 DoF motion system
  • Light structure weight and simple mechanism

APS – Ⅱ (MODEL 3)

  • 2nd Generation Model
  • High fidelity parachute dynamics model
  • 3D virtual reality vision system and 4 blowers for wind effect
  • 6 DoF motion system
  • Light structure weight and complicated mechanism

PASIM (MODEL 4)

  • Latest 3rd Generation Model
  • High fidelity parachute dynamics model
  • 3D virtual reality vision system and 4 blowers for wind effect (optional 6 blowers available)
  • 4 DoF motion system

02. Introduction of PASIM– Features and Benefits

- Better Performance and Comfortness

  • PASIM provides cost effective solution for parachute simulator with respect to performance, maintenance and training evaluation.

Benefit 1 : Less Simulator Sickness

  • Applying 360 degrees unrestricted rotation motion table
  • Implementing directional turning motion for free-fall and parachute control
    (synthetic motion cueing through vision and motion system)
  • Reducing perceived discrepancies between the motion of the simulator and that of the parachute
  • Consequently, more immersive and comfort

Benefit 2 : Better Maintenance Performance

  • Simple structure and optimized motion mechanism design (6 DoF -> 4 DoF)
  • Reduced maintenance component and Increased life expectancy
  • Providing dedicate maintenance equipment (repair tools, assemble/disassemble jig)

Benefit Benefit 3 :Enhanved Debriefing Function

  • Applying the new function to generate trainee’s descent trajectories
  • Evaluating the trainee’s training process and improving the capability by reviewing the trajectory data.

03. Introduction of PASIM– Direction Turning : Free Fall

- Free Fall condition : 360º Unrestricted Rotation