YouTuber Rebuilds Nintendo’s Rarest First Arcade Game

The history of Nintendo is often synonymous with digital sprites and silicon chips, yet the foundation of the company’s arcade legacy was built on 16mm film and mechanical betting systems. Witness the reconstruction of EVR Race, Nintendo’s rarest first arcade machine. Learn how this YouTuber preserved a lost piece of gaming history and culture. This ambitious restoration effort highlights a pivotal moment in the 1970s when the Kyoto-based manufacturer transitioned from a traditional toy company into an electronic entertainment pioneer. By bridging the gap between analog cinema and early computer logic, this project provides an unprecedented look at the technological hurdles that defined the pre-pixel era of gaming.

Before the world knew Mario or Link, Nintendo was experimenting with "Medal Games" designed for Japanese amusement centers. EVR Race, released in 1975, stands as the most significant of these early ventures. Unlike the cathode-ray tube displays that would later define the industry, EVR Race relied on Electronic Video Recording technology. This system used specialized film reels to play back pre-recorded horse racing footage, which was then synchronized with a complex betting interface. Because these machines were expensive to maintain and relied on delicate mechanical parts, very few survived the decades. The recent reconstruction by a dedicated historian and YouTuber represents a masterclass in technical archeology, requiring the integration of vintage hardware with modern digital preservation techniques.

The Genesis of Nintendo’s Arcade Ambition

To understand the importance of the EVR Race restoration, one must look at the climate of Nintendo in the mid-1970s. Under the leadership of Hiroshi Yamauchi, the company was desperate to diversify its portfolio beyond playing cards and simple plastic toys. They hired Genyo Takeda, a young engineer who would become Nintendo’s first official game designer. Takeda was tasked with creating something that could compete with the rising popularity of electromagnetic games. His solution was EVR Race, a machine that felt high-tech but relied on the tangible excitement of filmed events.

Defining the EVR Format

The Electronic Video Recording format was originally developed by CBS and was intended to be a precursor to the home video market. It functioned by scanning 16mm film and converting it into a video signal for display on a monitor. Nintendo saw the potential in this high-fidelity imagery for gambling-style games. In an era where graphics were limited to rudimentary white blocks on a black background, the ability to see actual horses racing was revolutionary. However, the complexity of the format meant that if the film snapped or the sensor failed, the machine became a useless wooden box. This inherent fragility is why finding a functional unit in the 21st century is nearly impossible.

The Role of Genyo Takeda

Genyo Takeda’s contribution to this machine cannot be overstated. While he later became famous for developing the Punch-Out!! series and the battery-backed save feature for The Legend of Zelda, his work on EVR Race was his true baptism by fire. He had to design a logic board that could randomly select a film segment and then track which horse won to distribute "medals" or credits to the players. This was the birth of Nintendo’s game logic—a system where player input directly influenced a programmed outcome, even if that outcome was visually represented by analog film.

Technical Challenges of the Reconstruction

Restoring a machine that is nearly 50 years old involves more than just a simple cleaning. The YouTuber involved in this project had to source components that have long been out of production. The primary challenge was the 16mm film itself. Over time, film stock undergoes a process known as "vinegar syndrome," where the acetate base begins to decompose, releasing a pungent odor and causing the film to shrink and crack. Preserving the footage required high-resolution scanning and digital color correction to ensure the visual fidelity matched the original 1975 experience.

Logic Board and Circuitry Repair

Beyond the visual components, the internal circuitry of the EVR Race cabinet presented a different set of hurdles. The capacitors and resistors used in the mid-70s were not designed to last half a century. Many of these components had leaked or failed, requiring a complete "re-capping" of the power supply and logic boards. Furthermore, the YouTuber had to reverse-engineer the communication protocols between the film player and the betting buttons. This involved using oscilloscopes to trace signals and ensuring that the physical buttons triggered the correct digital responses in the game’s primitive CPU.

Integrating Modern Solutions

One of the most impressive aspects of this reconstruction is the use of modern technology to safeguard the machine's future. To prevent further wear on the irreplaceable 16mm film, the restorer implemented a digital bypass. This allows the cabinet to function using digitized versions of the races while keeping the original mechanical reels intact for historical display. This hybrid approach—part physical restoration, part digital emulation—is the gold standard for preserving "electromechanical" history, ensuring that the machine remains playable without risking its most fragile parts.

Pro Tip: When restoring vintage electronics, always document the original wiring with high-resolution photography before removing any components. For rare machines like those from Nintendo's early era, maintaining a visual record of the factory solder joints can help identify previous "hack" repairs that might interfere with the restoration process.

Cultural Significance and Global Impact

While EVR Race was primarily a Japanese phenomenon, its reconstruction has global implications for the gaming community. It serves as a reminder that the giants of today’s industry started with humble, often experimental, beginnings. At a time when arcade machines cost thousands of dollars (equivalent to over $10,000 in today’s USD), Nintendo was betting its future on the success of these medal games. The success of EVR Race gave the company the capital and the confidence to continue investing in the arcade market, eventually leading to the development of the Radar Scope and Donkey Kong.

The Evolution of the Arcade Experience

The reconstruction highlights how the concept of "immersion" has changed. In 1975, immersion meant seeing real-life footage. Today, it means high-frame-rate 4K graphics. By viewing the EVR Race in its original cabinet, modern gamers can appreciate the tactile nature of early gaming—the sound of the film projector whirring, the clunk of the metal buttons, and the tension of waiting for a mechanical sensor to read a winner. This physical connection to the game is something that pure software emulation often fails to capture.

A Blueprint for Video Game Preservation

This project sets a precedent for how other "lost" games should be handled. Many early titles from companies like Atari, Sega, and Namco are at risk of disappearing because their hardware is unique and difficult to replicate. The YouTuber’s work on EVR Race demonstrates that with enough persistence and technical skill, even the most obscure pieces of history can be brought back to life. It encourages a move away from simply "saving a ROM file" toward "saving the experience" of the machine itself.

Conclusion: A Legacy Reclaimed

The successful reconstruction of EVR Race is a victory for historians and gamers alike. It shines a light on the pre-digital era of Nintendo, proving that the company's DNA has always been rooted in innovation and risk-taking. By saving this rare arcade machine, the YouTuber has ensured that future generations can witness the literal first steps of a gaming revolution. This project isn't just about a horse racing game; it is about honoring the engineers like Genyo Takeda who dared to imagine a new form of entertainment. If you have an interest in the intersection of film and technology, or simply want to see where Nintendo began, this restoration is a must-see milestone in gaming culture.

Frequently Asked Questions

What exactly is EVR Race?

EVR Race is a horse racing simulator released by Nintendo in 1975. It is considered Nintendo's first arcade game and uses 16mm film to display race results based on player bets. It was a precursor to the modern video games we see today.

How much would an original EVR Race cabinet cost today?

Because they are extremely rare, an original, functional EVR Race cabinet is essentially priceless to collectors. In the rare event one goes to auction, it could easily fetch tens of thousands of USD, depending on its condition and the completeness of its film reels.

Is EVR Race available to play on modern consoles or emulators?

Currently, there is no official digital port of EVR Race on consoles like the Nintendo Switch. Due to its unique film-based hardware, traditional emulation is difficult. However, the recent reconstruction efforts include high-quality digitizations that may eventually be accessible through specialized archival projects.

Who was the designer behind EVR Race?

EVR Race was designed by Genyo Takeda, who was Nintendo's first game designer. Takeda went on to have a legendary career at the company, overseeing the hardware development of the Nintendo 64, GameCube, and Wii.

Why is it called an EVR game instead of a video game?

The term EVR stands for Electronic Video Recording. It refers to the specific technology used to playback the 16mm film through a video signal. While it shares many qualities with video games, its reliance on pre-recorded physical film distinguishes it from the computer-generated graphics that would follow.