I Built a Life-Size Sonic That Can Cut You in Half

Summary

In this humorous and adventurous video, the creator sets out to prove just how deadly Sonic the Hedgehog could be in real life by building a life-size replica of his spin dash. Using measurements from the games, they create a 30-inch saw blade to mimic Sonic’s deadly spinning move. After several trials and errors, the project culminates in some chaotic but entertaining destruction, ultimately highlighting the impracticality and potential danger of bringing Sonic's abilities into the real world. The creator balances scientific analysis with humor and fun, concluding with a safer yet explosive alternative.

Takeaways

• 😀 The video follows a comedic journey to prove how deadly Sonic’s Spin Dash could be in real life by recreating it as a giant spinning saw blade.
• 😀 The protagonist, a self-proclaimed Sonic fan, emphasizes how Sonic’s true power lies in his spinning motion, which can cause significant damage if applied to real-world scenarios.
• 😀 Sonic’s official height and speed are discussed, with the protagonist measuring Sonic’s size and calculating his speed based on classic game footage.
• 😀 The construction process starts with the creation of a large, 30-inch saw blade, designed to mimic Sonic's spinning form during a Spin Dash.
• 😀 To achieve high-speed spinning, the protagonist uses a front-wheel-drive car and a custom hub to spin the saw blade at over 600 RPM, launching it off the car.
• 😀 Safety measures are discussed, including remote control of the car’s acceleration and brakes to avoid danger while operating the high-speed saw blade.
• 😀 The protagonist humorously details challenges faced during the build, such as car rental issues, safety precautions, and the need for precision to ensure the saw blade hits its targets.
• 😀 The first target is a giant TV, which is destroyed in an impressive display of power, proving the blade’s effectiveness.
• 😀 Despite an initial success, further attempts to hit targets like a fridge or Dr. Robotnik’s stand-in result in failure, highlighting the unpredictability of the saw blade launch.
• 😀 After multiple attempts and mishaps, the protagonist realizes that recreating Sonic’s powers in real life is impractical, leading to a shift in focus towards a more explosive solution.
• 😀 The final resolution involves using a cannon powered by black powder to launch a powerful, destructive projectile, making the results more accurate to the game’s chaos and destruction.

Q & A

Why does the narrator emphasize the differences between Classic Sonic and Modern Sonic?

The narrator highlights the distinction between Classic Sonic and Modern Sonic because of the varying sizes of these versions, which complicates the measurement process for building a real-world replica of Sonic's spin dash. The narrator prefers using the Classic Sonic version for accuracy in this project.

How did the narrator determine the size of the Sonic replica's spin dash?

The narrator calculated the size of the Sonic replica's spin dash by analyzing Sonic's character model in the games, determining that his head size when curled up into a ball is equivalent to the size of the spin dash. Based on this, they decided the spin dash replica should be 30 inches tall.

What speed does Sonic reach in the games, and how did the narrator measure it for the real-world replica?

The narrator measured Sonic's speed at approximately 22.3 mph in the games, which they rounded to 30 mph for the real-world replica. They measured Sonic's movement by analyzing footage, tracking his position over time, and performing calculations based on the game's frames and Sonic's height.

What challenges did the narrator face when trying to launch the Sonic replica's spin dash?

One major challenge was figuring out how to get a 100lb saw blade to spin at the necessary speed. They used a front-wheel drive car and a custom hub to harness the car's engine to spin the saw blade up to 600 RPM, but they had to carefully manage the mechanics to ensure the blade could safely detach and launch.

How did the narrator ensure safety while launching the spin dash replica?

The narrator used a remote-controlled gas and brake pedal to safely operate the car and stop it from spinning the blade. They also took precautions to avoid accidents, ensuring they were far away from the dangerous setup, especially since the saw blade was spinning at high speeds.

Why did the narrator rent a replacement car for the experiment, and what was the issue with the original car?

The narrator rented a replacement car after realizing that their original Hyundai Veloster Turbo, which had been custom-fitted for the project, was sold. The rented car was not as well-suited to the setup, which caused complications with the build's compatibility.

What was the initial target for testing the spin dash replica, and why was it chosen?

The initial target for testing was a giant old TV, which the narrator used because it was large, easy to hit, and resembled the 16-bit item boxes from the first Sonic game. The target provided a simple starting point to evaluate how the saw blade would perform when launched.

What issues did the narrator encounter with the spin dash replica's performance?

The narrator faced issues with the saw blade missing its targets and not hitting them with the desired accuracy. They also had to deal with the frustration of retrieving the blade after each miss and reattaching it for another attempt.

Why did the narrator use Dr. Robotnik as a final target for the experiment?

The narrator used Dr. Robotnik as the final target because he is a key antagonist in the Sonic games, and the narrator wanted to replicate the iconic moments in the game where Sonic destroys robots. They also included explosive elements for dramatic effect, aligning with the chaotic nature of Sonic's world.

What did the narrator ultimately conclude about Sonic's spin dash in real life?

The narrator concluded that while Sonic's spin dash would indeed be dangerous if applied in real life, the actual execution of the idea proved impractical. They noted that the power and speed of the real-world spin dash were much more difficult to control than in the games, leading to a less satisfying outcome.