Dangerous Liberty LIVE #165 - Charlie Kirk/UVU Crime Scene 3D Model Reveal, Tutorial & Download Link

Published on November 10, 2025
Duration: 151:12

This video details the creation and analysis of a 3D crime scene model of the UVU campus, generated using drone photogrammetry. The presenters discuss the technical aspects of drone surveying, data processing, and the inclusion of specific elements like a tent and potential shooter positions. They also provide a tutorial on using the 3D modeling software, Rhino 8, to analyze the scene, including drawing lines for trajectory and measuring distances. The discussion touches on the accuracy of the model compared to tools like Google Earth and explores various potential lines of sight and shooter positions based on the 3D reconstruction.

Quick Summary

The 3D crime scene model of UVU campus, created with drone photogrammetry, offers high accuracy with measurements within 3 to 4.5 inches, significantly surpassing Google Earth's detail. The model includes tools for analyzing potential shooter positions and lines of sight.

Chapters

  1. 00:00:00Introduction & Podcast Welcome
  2. 00:40:00Welcome & Model Reveal
  3. 01:24:00Viewer Shoutouts & Channel Info
  4. 02:36:00Introducing CJ & Peter
  5. 04:16:00Peter on Drone Survey & Accuracy
  6. 06:30:00Ground Sample Distance Explained
  7. 08:02:00Comparison to Google Earth
  8. 11:14:00CJ on Data Processing & Model Inclusions
  9. 13:21:00Challenges of Large Datasets
  10. 14:26:00Placing Theorized Shooter Positions
  11. 15:19:00Tent Dimensions & Accuracy
  12. 19:32:00Crowd Barrier Placement
  13. 22:23:00Model Navigation & Placement
  14. 23:52:00Named Views & Point of View Analysis
  15. 25:51:00Trajectory Path Analysis
  16. 31:40:00Analysis of Specific Shooter Positions
  17. 35:00:00Charlie Kirk's Point of View Simulation
  18. 38:33:00Table Dimensions & Scene Details
  19. 39:23:00Q&A Session & Viewer Questions
  20. 41:00:00Tent Transparency & Mesh Discussion
  21. 43:14:00Shot Analysis: Tent Propped Up vs. Not
  22. 45:05:00Camera Angles & Red Line Analysis
  23. 47:18:00Rhino 8 Software Tutorial: Settings
  24. 50:04:00Rhino 8 Software Tutorial: File Settings
  25. 52:22:00Rhino 8 Software Tutorial: Panels & Tools
  26. 53:06:00Rhino 8 Software Tutorial: Ground Plane
  27. 54:32:00Rhino 8 Software Tutorial: Drawing Lines & Measuring
  28. 57:36:00Model Exploration & Future Updates
  29. 58:14:00Discussion on Protective Armor
  30. 59:15:00Debate on Evidence & Witness Testimony
  31. 61:33:00Turkey Tom Video Discussion
  32. 64:39:00FBI Evidence & Government Trust Debate
  33. 67:41:00Misinformation & Character Assassination Concerns
  34. 72:21:00AI and Future of Justice Discussion
  35. 74:01:00Concluding Remarks

Frequently Asked Questions

What is the accuracy of the 3D crime scene model of UVU campus?

The 3D drone survey achieved a Ground Sample Distance (GSD) of 1.45 inches at 200 ft altitude. This translates to a measurement accuracy of approximately 3 to 4.5 inches within the generated map.

How was the tent at the UVU crime scene modeled?

The tent was modeled as approximately 13x13 feet with an 8-foot ceiling height. This was determined through analysis of visual references, fire extinguisher regulations, and standard event table dimensions.

What software is used to analyze the UVU crime scene 3D model?

The 3D model is analyzed using Rhino 8, a professional 3D modeling software. The video provides a tutorial on its settings, navigation, and tools for drawing lines and measuring distances.

How does the accuracy of the UVU 3D model compare to Google Earth?

The UVU 3D model is significantly more accurate than Google Earth. The model has a GSD of about 1.45 inches, while Google Earth's GSD is estimated to be 12-40 inches, making the model far more detailed for precise measurements.

What kind of analysis can be done with the UVU crime scene 3D model?

The model allows for detailed analysis of potential shooter positions, lines of sight from various vantage points on campus, and trajectory path calculations. Users can draw lines to measure distances and check for obstructions.

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