16 Lectures on Radar Applications · 03: Automotive Radar — 76–81 GHz Millimeter Wave and 4D Imaging
It is the last line of defense behind AEB emergency braking and the longest-seeing mass-produced all-weather sensor. Why …
Knowledge Base
Technical explainers and project-planning guidance for low-altitude security radar, drone detection, perimeter protection, sensor integration, and operational workflow design.
How RF Antenna Placement Changes Detection and Bearing Accuracy
RF antenna placement and bearing accuracy: how height, site clutter, multipath, and array symmetry affect detection, …
What Is a Micro-Doppler Signature?
Micro-Doppler signatures explained: how drone rotors and bird wings modulate radar echoes, what spectrograms show, and …
16 Lectures on Radar Applications · 02: Air Traffic Control Radar — Primary, Secondary, and Surface Surveillance
Why doesn't an airliner simply vanish from the controller's screen? In the ATC system, primary surveillance radar, …
Ku Band vs Ka Band Radar for Drone Detection
Ku band vs Ka band radar for drone detection: wavelength, antenna size, weather attenuation, small-drone signatures, …
What Is FMCW Radar? Frequency-Modulated Continuous Wave Explained
A beginner-friendly explanation of how FMCW radar works: chirp signals, beat frequency ranging, range and velocity …
16 Lectures on Radar Applications · 01: Military Radar — Early Warning, Fire Control, Guidance, and Counter-Stealth
Defense was radar's first application and remains the top of its technology pyramid. Long-range early warning, …
Counter-UAS Radar RFP Checklist
A counter-UAS radar RFP checklist covering operational requirements, specifications, integration, acceptance testing, …
What Does the Total Lifecycle Cost of a Counter-UAS Radar Include?
Counter-UAS radar total lifecycle cost: hardware, site work, integration, acceptance, training, operations, upgrades, …