I Tested Every Shooter Angle. Here's The Best One. скачать в хорошем качестве

I Tested Every Shooter Angle. Here's The Best One.

Join the community & access CAD files, Code snippets, & more robotics resources ⤵️ https://shop.broganpratt.com/ Want to work with me and get support on your project? ⤵️ https://cal.com/brogan-pratt-a4gcx7 Summary ⤵️ I was curious about how much the hood angle really matters, so I decided to run an experiment. In this video, I take a standard FTC DECODE wiffle ball (12.7cm diameter) and launch it from a hooded shooter with a fixed flywheel RPM. The only thing I change is the angle of the hood, adjusting it in 5-degree increments. You'll get to see the trajectory path for each shot and how a seemingly small change can dramatically alter where the ball lands. I break down the data and explore the physics behind why this happens. By the end, you'll have a much better understanding of launch mechanics and some key questions to consider for your own team's robot design. My goal is to give you the data you need to make your shooter more consistent and accurate. My software, tools, & deals (some give me kickbacks—thank you!): ⚙️ Tools Every Workshop Needs: https://amzn.to/47jhPDo 🚀 The Best PETG Filament: https://amzn.to/4mnNloY 🔥 Get 5% off any 2-Stage Offset Robotics Telescopic Elevator Kit with Code: COACHPRATT5 https://www.offsetrobotics.com/produc... Why Watch? If this is your first view—hi, I’m Brogan! TLDR: I've been teaching robotics and design for over ten years. Today, lots of people talk about robotics but I’ve noticed that very few have practical, real world ways of teaching people to create their own robots. So this channel is me chiming in and showing you what it really takes to build your own. Hopefully I can help you improve your projects and robots, and in doing so, the rest of your life 🙏 Like, subscribe, and leave me a comment if you have a specific request! Thanks. Chapters: 0:00 Intro 0:50 Testing Setup 1:35 70 Degrees 2:02 65 Degrees 2:25 60 Degrees 2:45 55 Degrees 3:06 50 Degrees 3:25 45 Degrees 3:50 40 Degrees 4:12 30 Degrees 4:42 25 Degrees 5:10 20 Degrees 5:41 15 Degrees 6:10 10 Degrees 6:42 5 Degrees 7:03 Data Analysis 11:45 Final Thoughts