Real Captain America Shield That Actually Bounces Back! - OVER 100 FT BOUNCE!!!

Summary

In this inventive video, the creator takes on the challenge of crafting a functional replica of Captain America's shield, complete with the ability to bounce and return to the thrower, much like in the movies. After brainstorming with viewers and dismissing ideas involving drones and rubber bands, the project utilizes fiberglass for its high elastic limit and combines it with carbon fiber for strength and lightness. The final design includes a magnetic wrist attachment for easy retrieval. The video concludes with a playful rivalry and a demonstration of the shield's capabilities, including trick shots and a humorous interaction with a fellow YouTuber.

Takeaways

• 🎥 The video is sponsored by Keeps and features a DIY project to create a Captain America shield that can bounce and fly back.
• 🔍 The video explores the physics-defying abilities of Captain America's shield, focusing on its super strength and perfect bouncing capabilities.
• 🎚️ The shield's super strength is attributed to its fictional material, vibranium, which absorbs kinetic energy.
• 🤔 The video questions the shield's ability to bounce perfectly without additional unseen technology or exceptional skill.
• 🎉 Viewers are encouraged to suggest ideas for future projects and to like and subscribe for more content.
• 🎁 The shield made in the video is given away as a prize to a lucky subscriber, with instructions on how to enter the giveaway.
• 🤖 The video humorously dismisses the idea of using a drone to replicate the shield's abilities, opting for a more traditional approach.
• 🔧 The project involves experimenting with materials like fiberglass and carbon fiber to achieve the desired bounce and flight.
• 🔄 The video discusses the importance of the shield's ability to maintain rotation and stability after bouncing off surfaces.
• 🧲 The final design incorporates magnets to attach the shield to the user's arm, similar to how Captain America uses it.
• 💊 The video concludes with a promotion for Keeps, a service for hair loss treatment, linking it to the need for a superhero look.

Q & A

What is the main goal of the video?

The main goal of the video is to create a real-life version of Captain America's shield that can bounce and return to the user, similar to how it is portrayed in the movies.

What makes Captain America's shield seem to defy physics in the movies?

Captain America's shield appears to defy physics in the movies because it can bounce perfectly off surfaces and return to the user, withstand almost any attack due to its vibranium composition, and has a mysterious ability to latch onto Captain America's arm seamlessly.

What material does the creator choose to use for making the shield and why?

The creator chooses fiberglass for making the shield's ring because it is lightweight, has a high elastic limit without deforming excessively, and can mimic the bouncing properties of a super ball.

Why does the creator decide not to use a drone for the shield project?

The creator decides not to use a drone for the shield project because it feels like a lazy solution and has already been done before by another creator, Alan Pan. Additionally, the goal is to use simple physics rather than relying on advanced electronics or sci-fi tech.

How does the creator solve the problem of the shield losing rotation after bouncing?

The creator solves the problem of the shield losing rotation after bouncing by using a rubber ring and isolating the center carbon fiber piece from the outer ring with rubber bands. This design allows the shield to bounce while retaining its spin, helping it maintain a stable flight path.

What modifications are made to the shield to make it more durable?

The creator doubles up the rubber layers and adds more carbon fiber to the outer side of the shield to protect it from impacts and scuffs. This helps ensure the shield can withstand repeated throwing and bouncing without breaking.

What mechanism does the creator use to attach the shield to the wrist?

The creator uses neodymium magnets to attach the shield to the wrist. These magnets are strong enough to hold the shield in place but light enough not to add excessive weight, allowing the shield to be thrown and caught easily.

How does the creator test the bouncing and flying abilities of the shield?

The creator tests the bouncing and flying abilities of the shield by throwing it against walls and seeing if it returns and remains stable. Several prototypes are tested with different designs, materials, and modifications to refine the shield's performance.

What does the creator suggest could be a commercial application for the shield design?

The creator suggests that the shield design could be turned into a toy, as it is fun to use and can perform trick shots similar to how it's portrayed in the movies. They consider developing it further and potentially selling it as a new type of frisbee-like toy.

What is the conflict between the creator and another YouTuber, Alan Pan?

The conflict arises because Alan Pan had criticized one of the creator's previous projects in his video, giving it a low rating. The creator responds by challenging Alan Pan to see the new shield in person, leading to a humorous showdown in the video.