Español

A replica of an arcade made with a 3D printer in the 1970s

362
2024-05-29 15:00:01
Ver traducción

A game museum has 3D printed a replica of a historic arcade computer space. The arcade museum in Stroud, Gloucestershire lacks the first commercial arcade video game. They collaborated with Heber company to create a real replica.

 


Neil Thomas, the director of the arcade museum, said that because it is a replica, not an original, they are not "afraid" of letting people play with it.
A spokesperson for the museum stated that although the original version was not commercially successful due to "daunting controls and gameplay," it is now very rare and expensive, with an auction price exceeding £ 55000.

The team made every effort to create the original feeling of the machine, using cookie jars to replicate the sound of money falling when players paid for the game.

Mr. Thomas said, "We compare the idea of a 3D machine to a plaster model of dinosaur bones displayed in a museum. Although it's not the original, it's fascinating and sparks dialogue around the topic."

The true benefit of it as a replica is that we are not afraid to let people play with it.
He said they know the other side of the country and it's behind the rope, so people can't touch it.
"So you can actually experience it here, you may feel frustrated with it, and people do it because it's a very frustrating game," he added.
Richard Horne, the director of Heber, who helped manufacture this machine, said that it was the only machine in the arcade that still used coins, making it "very realistic".

"Once you put the coin in, it will pass through the branches and eventually fall into the cookie jar."
He said that when manufacturing this machine, they used pictures as a reference, printed out these parts, and then placed them together with fillers and painted them, adding a special resin like the original.

This model was completed using outdated CRT displays previously owned by the BBC and Heber's electronic devices to create a complete, full-size replica of this historical machine.

Computer space is available for visitors to museums.

Source: Laser Net

Recomendaciones relacionadas
  • Laser beam combined with metal foam to produce the brightest X-ray

    According to the Physicists' Network, scientists from Lawrence Livermore National Laboratory (LLNL) in the United States ingeniously combined the high-power laser emitted by the National Ignition Facility (NIF) with the ultra light metal foam to create the brightest X-ray ever. These ultra bright high-energy X-rays play an important role in many research fields, including imaging of extremely dens...

    01-18
    Ver traducción
  • Xi'an Institute of Optics and Fine Mechanics has made new progress in the research of intelligent optical microscopy imaging

    Recently, the State Key Laboratory of Transient Optics and Photonics Technology of Xi'an Institute of Optics and Fine Mechanics has made new progress in the research of intelligent optical microscopic imaging, and the research results were published online in the international high-level academic journal Opto Electronic Advances (IF: 15.3). The first author of the paper is Tian Xuan, a 2024 doctor...

    2024-09-09
    Ver traducción
  • Researchers use machine learning to optimize high-power laser experiments

    High intensity and high repetition lasers rapidly and continuously emit powerful bursts of light, capable of emitting multiple times per second. Commercial fusion energy factories and advanced compact radiation sources are common examples of systems that rely on such laser systems. However, humans are a major limiting factor as their response time is insufficient to manage such rapid shooting syst...

    2024-05-24
    Ver traducción
  • Smaller laser facilities use new methods to break records before proton acceleration

    The Helmholtz Dresden Rosendorf Center (HZDR) has made significant progress in laser plasma acceleration. By adopting innovative methods, the research team successfully surpassed previous proton acceleration records significantly.They obtained energy for the first time that can only be achieved in larger facilities so far. As reported by the research team in the journal Nature Physics, promising a...

    2024-05-15
    Ver traducción
  • Using attosecond pulses to reveal new information about the photoelectric effect

    Scientists from the Stanford National Accelerator (SLAC) laboratory of the US Department of Energy have revealed new information about the photoelectric effect using attosecond pulses: the delay time of photoelectric emission is as long as 700 attosecond, far exceeding previous expectations. The latest research challenges existing theoretical models and helps to reveal the interactions between ele...

    2024-09-02
    Ver traducción