Radar Range Calculator

Enter value and click on calculate. Result will be displayed.

RMAX=Pt×G×S×Ae(4×Π)2×PMIN
RMAX = Radar Range
Pt = Transmitted Pulse Peak Power
G = Maximum Power Gain of Antenna
Ae = Antenna Aperture
S = Radar Cross Section Area
PMIN = Minimum Detectable Signal of Receiver

Enter your values:

Transmitted Pulse Peak Power (Pt):
Maximum Power Gain of Antenna (G):
Antenna Aperture (Ae):
Radar Cross Section Area (S):
Minimum Detectable Signal of Receiver (PMIN):

Result:

Radar Range (RMAX):

What is a Radar Range Calculator?

A Radar Range Calculator is a tool used to estimate the maximum detection range of a radar system based on key parameters like transmitted power, antenna gain, target cross-section, and atmospheric conditions. It is based on the Radar Range Equation, which helps engineers and researchers analyze radar performance.

Why Use a Radar Range Calculator?

It is used to:

  • Predict radar performance before deployment.
  • Optimize radar system design by adjusting parameters.
  • Assess detection capabilities of military and civilian radars.
  • Compare different radar systems for various applications like air traffic control, weather monitoring, and defense.

When is a Radar Range Calculator Used?

  • During radar system design (before building a real system).
  • For military and defense applications (estimating detection of enemy aircraft or missiles).
  • In aviation and air traffic control (to check radar coverage).
  • For weather radar design (to ensure effective storm detection).
  • For satellite and space applications (calculating radar imaging range).
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About This Calculator
Created at  2024/12/28
Updated :
2025/03/19
Views :
197109
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