Radio Mobile - RF propagation simulation software

Welcome...
Quick reference
About the website
About Radio Mobile
About Radio Mobile Online
Installation
Calculations
Geodata
The program
- Datasheet
- Definitions
  - Antenna pattern
  - Antenna Factor
  - Applicability
  - Azimuth Range
  - Bin
  - Calibration
  - Clutter
  - Combined Cartesian
  - Coordinates
  - Cursor
  - Deployment area
  - DEM
  - dB
  - dBd
  - dBi
  - dBiC
  - dBm
  - dBuV
  - dB(uV/m)
  - dBq
  - dBW
  - Disk space
  - Downlink
  - Draw mode
  - Earth radius
  - Elevation
  - Export file format
  - Flight path
  - Fresnel zone
  - Gain
  - GPS serial output
  - GPS sentence recognized
  - HAAT
  - Icon
  - Interference
  - Interpolation
  - Label objects
  - Land cover
  - Line objects
  - Linkbudget
  - ITS model
  - Maps
  - Maidenhead locator
  - MSI
  - Net
  - Network
  - Net membership
  - Net topology
  - Performance to meet
  - Picture size
  - Polygon objects
  - Propagation
  - Probability
  - Radial Range
  - Radio coverage
  - Radio coverage of what?
  - Rendering
  - Rmpath program
  - Radio systems
  - Raster data
  - Single Polar
  - System
  - System gain
  - Terrain Elevation Data
  - Unit
  - Uplink
  - UDP protocol
  - uV
  - V/m
  - Valid source
  - Vector data
  - Video settings
- Running Radio Mobile
- General functions
- Main window
- File menu
- Edit menu
- View menu
- Tools menu
- Tools > Radio Coverage
- Options menu
- Window menu
- Help menu
- File formats
- Files
- Folders
- Program Settings
- Program Options
- Google Earth interaction
RMpath
RMupdate
Net2Kml
How to
Analysis examples
RF Aids
Message center [external-page]
Links

Earth radius

Visual coverage uses the average earth radius to simulate earth curvature. This explains the difference observed with the radio coverage, where the radio beam tends to bend toward ground.

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