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How do radars tell targets apart when they’re close together - in range, angle, or speed? In this video, we break down the three core types of radar resolution, how each one works, and why improving one often means making trade-offs with the others. -------------------------------------------------- Channel Memberships: https://marshallbruner.com/pages/supp... Merch: https://marshallbruner.com/collection... Website: https://marshallbruner.com/ -------------------------------------------------- Resources: Python notebook where you can play around with these resolution equations and other equations in the Animated Radar Cheatsheet series - will be updated with every new video in the series (radar_cheatsheet.ipynb) - https://tinyurl.com/radar-cheatsheet-nb All code for this video - https://tinyurl.com/github-videos -------------------------------------------------- References: 1. Fundamentals of Radar Signal Processing (Section 1.4.2) - Richards, M. A. (book) - https://tinyurl.com/radar-signal-proc... 2. Discrete-Time Signal Processing (Section 7.5) - Oppenheim, A. V., & Schafer, R. W. (book) - https://tinyurl.com/oppenheim-discret... 3. Radar handbook - Skolnik, M. I. (book) - https://tinyurl.com/skolnik-radar-han... 4. Introduction to Radar Systems, Lecture 2: Radar Equation (course slides by MIT LL) - https://tinyurl.com/mit-radar-equation --------------------------------------------------- All animations shown were created using Manim Community (https://docs.manim.community/en/stabl...) - a Python animation library written by 3Blue1Brown ( / @3blue1brown ) and maintained by the community. Huge thanks to everyone working on this incredible project! -------------------------------------------------- Timestamps: 0:00 - What is radar resolution? 0:43 - Range Resolution 4:18 - Angular Resolution 7:04 - Velocity Resolution 10:42 - Trade-Offs 12:26 - The Interactive Radar Cheatsheet, etc.