Home▸Signals & Telecommunications▸Radar Fundamentals Lab: Range Equation, Doppler, Pulse Compression and the Radio Horizon

📡 Radar Fundamentals Lab: Range Equation, Doppler, Pulse Compression and the Radio Horizon

A textbook radar teaching lab: the R^-4 range equation with detection (Marcum Q) and ROC, a live PPI scope, a range-Doppler map with MTI and blind speeds, linear-FM pulse compression, the 4/3-Earth radio horizon and weather-radar dBZ, on a Blender-built antenna site. Unlike the existing Doppler weather radar, SAR, sensor-fusion and stealth-geometry sims, this one teaches the whole signal chain from transmit power to detection with measured-vs-theory checks.

Signals & Telecommunications3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender
radar-fundamentals-lab-range-equation-doppler-pulse-compression-radio-horizon ↗ Open standalone
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A textbook radar teaching lab: the R^-4 range equation with detection (Marcum Q) and ROC, a live PPI scope, a range-Doppler map with MTI and blind speeds, linear-FM pulse compression, the 4/3-Earth radio horizon and weather-radar dBZ, on a Blender-built antenna site. Unlike the existing Doppler weather radar, SAR, sensor-fusion and stealth-geometry sims, this one teaches the whole signal chain from transmit power to detection with measured-vs-theory checks.

Defense EngineeringRadarSignalsDopplerPulse CompressionThree.jsBlender

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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