About the Course
Covering the basic physics that apply to roping systems, Advanced Rigging Physics 1: Vectors & Mechanical Advantage enables technicians to develop a deeper understanding and a sound approach to problem-solving. Considering force and tension as vectors and finding creative ways to apply these in the field makes it so much easier to define resultants and calculate mechanical advantage in complex systems.
What You'll Learn
Additional topics we'll cover inside this course include:
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Vectors, scalars, and unit-less values
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Mechanical advantage
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The T-Method
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Vector analysis of tripod systems
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Vector analysis of highlines
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Vector analysis of skate blocks
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And more!
Course Curriculum
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1
Unit 1: Welcome
- 1.1 Welcome to Advanced Rigging Physics 1 - Vectors & Mechanical Advantage FREE PREVIEW
- 1.2 Course Material
- 1.3 Physics for Roping Technicians
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2
Unit 2: Vectors, Scalars, and Unit-less Values, Part 1
- 2.1 Video Tutorial: Vectors, Scalars, and Unit-less Values, Part 1
- 2.2 Video Tutorial: Vectors, Scalars, and Unit-less Values, Part 2
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3
Unit 3: Mechanical Advantage Systems-Prelude
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4
Unit 4: The T-Method, Part 1
- 4.1 Video Tutorial: The T-Method, Part 1
- 4.2 Video Tutorial: The T-Method, Part 2
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5
Unit 5: Vector Analysis of Tripods
- 5.1 Video Tutorial: Vector Analysis of Tripod Systems, Part 1
- 5.3 Video Tutorial: Vector Analysis of Tripod Systems, Part 2
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6
Unit 6: Vector Analysis of Highline Systems
- 6.1 Video Tutorial: Introduction to Vector Analysis of Highlines
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7
Unit 7: Advanced Analysis of Highline Systems
- 7.1 Video Tutorial: Advanced Vector Analysis of Highlines, Part 1
- 7.2 Video Tutorial: Advanced Vector Analysis of Highlines, Part 2
- 7.3 Video Tutorial: Advanced Vector Analysis of Highlines, Part 3
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8
Unit 8: Skate Blocks
- 8.1 Video Tutorial: Vector Analysis of Skate Blocks, Part 1
- 8.2 Video Tutorial: Vector Analysis of Skate Blocks, Part 2
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9
Unit 9: Wrap Up
- 9.2 Wrap Up