Radar ID

Radar Type

Generic AN/TPQ-50 LCMR Saab Giraffe 1X Saab Giraffe AMB Leonardo DRS RPS-42 Leonardo DRS RPS-82 Leonardo DRS RPS-202

Color

Lat

Lon

Alt (m)

Advanced Parameters

Max Range (m)

Scan (RPM)

Start Az

Stop Az

Elevation Parameters

Min Elev (°)

Max Elev (°)

Beam W (°)

RF Parameters

Peak Power (W)

Freq (GHz)

Gain (dBi)

Noise BW (Hz)

PRF (Hz)

Noise Fig (dB)

Sys Loss (dB)

Target ID

Type

Fighter (10 m2) Transport (100 m2) Helicopter (20 m2) Large UAV (5 m2) Medium UAV (1 m2) Small UAV (0.1 m2) Micro UAV (0.01 m2) Nano UAV (0.001 m2) Heavy Mortar (0.02 m2) Rocket (0.05 m2)

Detection Use Pd Detection

Swerling Model

Swerling 0 (constant) Swerling I (scan-scan) Swerling II (pulse-pulse) Swerling III (scan-scan) Swerling IV (pulse-pulse)

Swarm Size

Spread Radius (m)

Min Alt (m)

Max Alt (m)

Distribution

Uniform Gaussian

Flight Path

Elliptical Orbit Linear Track Waypoints

Click the map to set coordinates

Center Lat

Center Lon

Semi-Major (m)

Semi-Minor (m)

Altitude (m)

Rate (deg/s)

Initial Phase (deg)

Rotation (deg)

Start Lat

Start Lon

Start Alt (m)

End Lat

End Lon

End Alt (m)

Speed (m/s)

Loop Ping-pong

Waypoints

Add

Speed (m/s)

Loop Loop path

Adding Radars

1. Click Radars in the toolbar to open the Radar panel.
2. Enter a unique Radar ID (e.g., RADAR-1).
3. Choose a Type from the dropdown to load realistic defaults, or keep Generic and set parameters manually.
4. Set the Lat / Lon / Alt position, or click Pick to click a point on the map.
5. Expand Advanced Parameters to fine-tune range, scan rate, azimuth sector, elevation, transmit power, and more.
6. Click Add Radar. The radar appears on the map with its coverage area (FOV).

Drag a radar marker on the map to reposition it. Right-click a radar marker to edit or delete it.

Adding Targets

1. Click Targets in the toolbar to open the Target panel.
2. Enter a Target ID and choose a Type (aircraft, drone, vehicle, etc.) which sets the radar cross-section (RCS).
3. Set the Start Position (Lat / Lon / Alt) and Velocity (heading, speed, climb rate), or use Pick for map placement.
4. Expand Advanced to override the RCS manually.
5. Click Add Target. Targets are shown as colored icons on the map.

Drag a target marker to change its start position. Use the map legend to toggle target visibility.

Running a Simulation

1. Click Simulation in the toolbar.
2. Set the Duration (seconds) and Step (ms) for time resolution.
3. Choose a Mode:
   • Real-Time — plays at wall-clock speed with live map updates.
   • Batch — runs as fast as possible (no live visualization).
4. Optionally enable the Emitter Output section to stream detections over the network (UDP, TCP, or Multicast) in ASTERIX 34/48, ASTERIX 62, CoT, or JSON format.
5. Click Start. Use Pause / Stop to control the simulation.

During a real-time simulation, targets move on the map, detection events flash at radar positions, and trailing lines trace each target's path.

Saving & Loading Scenarios

1. In the Simulation panel, scroll to Saved Configs.
2. Type a name and click Save to store the current radars, targets, and simulation settings to your browser's local storage.
3. Select a saved config from the dropdown, then click the load button to restore it.
4. Click the button to delete a saved config.

Configs are stored in your browser. The last loaded config is automatically restored when you reopen the page.

Map Controls

• Brightness slider (bottom-left) — adjusts the map tile brightness. Trail line colors auto-adjust for contrast.
• Legend (bottom-right) — shows radar colors and toggles for target / Pd label visibility.
• WebSocket indicator (top-right dot) — green = connected, orange = connecting, red = disconnected. Reconnection is automatic.