Mechanical Arcade Pong. Atari Concept

Designer

Alberto Nicás

Designer relation

Followed

Kategori

Toys & Games

Licens

Standard Digital File License

$ ↺

Se platformens konkrete vilkår.

Designer commercial

Patreon

Først set

2026-07-17 10:32

Sidst set

2026-07-17 10:32

Tags

arcade pong atari Game retro mechanical Arduino electronic

Beskrivelse

Visit my latest creation, 100% customizable bracelets. Membership “Want to sell my designs? Get your commercial license here! ❤️ Join my exclusive memberships: 🔹 'Grateful' (3 USD): This membership is your way of saying "Keep creating!" with no extra benefits, just my eternal gratitude. 🔹 'Maker' / 'Marketer' (6 USD): Commercial license with mention. 🔹Maker free, (12USD) Free commercial license, no attribution. Join Boost Me (for free) I'm creating new and very interesting models, and your support motivates me to keep investing time and resources into new creations. If you can, I'd appreciate a free Boost to support my work. If you don't have a Boost, a "Like" or comment also helps a lot. Thanks for being part of MakerWorld and its creativity! Boost Mechanical Pong Imagine playing the classic Pong game, but in the real world, on your table, with physical pieces moving before your eyes ⚙️ That's precisely what I've created! I present the Mechanical Pong project, a tangible and fully playable version of the legendary video game, elevated to another level through engineering and creativity Now you can play and feel in your hands what previously only existed on a screen A unique experience for nostalgics, makers, and lovers of retro games 🎮✨ 🕹️ I wanted to pay homage to this video game classic by bringing it into the physical world This idea was born from the inspiration I received from Maker World's arcade competition It sparked the idea, motivated me to develop this project Without this incredible initiative, I might not have been encouraged to design and build this creation Thank you for motivating the community with these creative ideas! I hope you enjoy the result as much as I enjoyed the process 🔹 Project Rationale and Target Audience Arcade Nostalgics seeking a tangible Pong experience Board Game Enthusiasts with a technological twist Collectors of unique replicas of classic video games Bridging the Digital and Physical: Combining the essence of the original Pong with the satisfaction of manual interaction Educational Project: Perfect for teaching mechanical and electronic concepts Decorative and Functional: An eye-catching object for any shelf 🔹 Functionality Concealed Mechanics: A mechanical system, hidden beneath the game platform, uses magnets to bring the movement of the ball and paddles to life Stop!: When you stop the ball, it's returned to the opponent Goal!: When you score a goal, the system pauses for 3 seconds before resuming Minimalist Electronics: Magnetic sensors, magnets, motors, and simple components provide tactile feedback to a classic Assembly Instructions Before you begin assembling the game, please note the following: VERY IMPORTANT Never connect the Arduino to the USB while it is powered with 7.5V It does not operate at 5V A standard USB will not work You will need to increase the voltage to 7.5V using a USB Speed Controller (IA002) This is because the motor control drivers operate at 6.5V, but don't worry, the motors will not operate at 7.5V (as they could burn out) they will operate at 5V as I have lowered the voltage with PWM in the Arduino programming No programming knowledge is required Simply copy and paste the code I've provided into your Arduino and make the connections as explained in the assembly guide This is a first model, an Alpha version of the project, so it may require some adjustments or updates, both to the parts and the model or programming There will be significant updates and other versions Any suggestions, improvements, updates, or faults appreciated will be well received in the comments Print in PETG or ABS for greater durability in moving parts, although it is also functional with PLA Ensure that all moving parts slide freely Sand or file all moving parts to ensure they are smooth and glide easily Grease the worm gear and sliding guides for better operation Make sure to place the magnets with the polarity detected by the sensors If the main motor spins in reverse, reverse