Features

EWAWS_Text_Log

Real-time ASCII Log output

PassiveHomingRadar

Radar guided semi-active homing

IRMissileTrackingFlares

IR Missile Tracking Flares

SensorWorld

Sensor simulation components

MissDistance

High-fidelity miss distance computation

Type support

  • Guided missiles
    • Air-to-air
    • Air-to-ground
    • Surface-to-air
    • Cruise (with terrain following flight capability)
  • Bombs
    • Smart bombs
    • Free fall bombs
  • Artillery shells (ballistic flight)
    • Spin stabilized
    • Aerodynamically stabilized

Real time data logging

  • Human readable and easy to import tabular text format
  • Compact binary format

Design Tools

  • (New in R7) GUI based configuration editor

Physics based 6DOF weapon simulation models

  • Dynamics
    • Lift, drag, side force, supersonic drag
    • Control surface model
    • Atmosphere model
    • Turbine engine and rocket engine models
    • Stability augmentation
  • Missile guidance models
    • Active homing
    • Semi-active homing
    • Multi-mode guidance
      • Midcourse semi-active, terminal active
      • Midcourse data link, terminal active
  • Fuse and warhead models
    • Accurate miss distance calculation
    • Geometry of the targets taken into account, i.e. targets are not simple point objects.
    • Multiple targets in close vicinity (e.g. aircrafts in formation) supported

Physics based sensor and countermeasure models

  • Radar and radar countermeasure models
    • Signal-to-noise computation with radar equation
      • 3D antenna gain pattern
      • Transmitter power output and waveband taken into account
      • Table based 3D radar cross section
      • Terrain line-of-sight
    • (New in R7) Scan types
      • Circular
      • Raster
      • Sector
    • (New in R7) Airborne targeting radar
      • RWS,TWS, STT
      • Antenna stabilization
      • Search region adjustment (azimuth, elevation, azimuth gate etc.)
    • (New in R7) Physically based Radar Warning Receiver
    • Support for search and tracking modes
    • Model outputs can drive different types of radar scopes such as A-scope, B-scope, PPI and RHI
    • Towed decoy
    • Jammer and chaff
  • IR seeker and IR countermeasure models
    • Signal-to-noise computation based on radiometry principles
      • Physical characteristics of sensors (e.g. optical transmittance, field-of-view) taken into account
      • Table based IR signature model
      • Terrain line-of-sight
    • Flare and Directed Infrared Countermeasure models
  • Laser sensor model
    • Signal-to-noise computation based on radiometry principles
      • Physical characteristics of sensors (e.g. optical transmittance, field-of-view) taken into account
      • Laser designator power output and waveband taken into account
      • Table based 3D laser cross section
      • Terrain line-of-sight
  • Missile Approach Warning Sensor model