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| Power Glove | |
|---|---|
| Name | Power Glove |
| Developer | Mattel |
| Manufacturer | Mattel |
| Type | Video game controller |
| Generation | Third generation |
| Release | 1989 |
| Media | NES controller, ultrasonic sensors |
| Connectivity | Wired |
Power Glove The Power Glove was a consumer gesture-based controller released in 1989 for the Nintendo Entertainment System. Marketed by Mattel and developed with input from entrepreneurs and engineers, it sought to translate hand movements into input for games and media, intersecting with companies and figures from the late 1980s interactive entertainment and robotics scenes.
The Power Glove emerged amid a surge of hardware experimentation in the era of the Nintendo Entertainment System, alongside competitors from Sega and Atari and contemporaries like the Philips CD-i. Mattel collaborated with teams influenced by research at institutions and companies such as MIT, DARPA-funded projects, and robotics efforts tied to firms like GE. The product was unveiled during trade events and consumer electronics showcases contemporaneous with the Consumer Electronics Show and demonstrations by pioneers from Apple, IBM, and Microsoft. Marketing tied into entertainment properties and collaborations involving film studios and celebrities, mirroring promotions undertaken by Lucasfilm, Universal Pictures, and Michael Jackson–associated campaigns. Despite high-profile advertising and retail distribution through chains such as Toys "R" Us and department stores, the Power Glove faced production challenges, inventory issues, and legal scrutiny similar to other hardware launches of the period.
The Power Glove combined microcontroller circuitry, conductive fabric, flex sensors, and ultrasonic emitters to track motion and finger flexion. Inside the housing were printed circuit boards and integrated circuits sourced from suppliers who had previously worked with companies like Texas Instruments, Intel, and NEC. Its ultrasonic sensor array triangulated position using timing pulses, a method related to earlier sonar research from universities like Stanford and Carnegie Mellon and enterprise labs such as Bell Labs. The glove incorporated a numeric keypad and mode switches influenced by handheld electronic calculators marketed by Hewlett-Packard and Casio. Power and signal routing reflected manufacturing practices shared with Sega Genesis controllers and third-party peripherals produced for Commodore and Sinclair platforms.
Software support originated with licensed titles and developer kits intended for the Nintendo Entertainment System. Nintendo's software ecosystem and third-party publishers such as Konami, Capcom, and Acclaim explored integration, while developers from Rare, LucasArts, and Ocean Software experimented with prototypes. A small set of cartridges were bundled or promoted alongside the glove; hobbyist programmers, modders, and communities around the Amiga, Commodore 64, and Atari ST later reverse-engineered interfaces to create custom drivers and demos. Academic groups from Stanford, MIT Media Lab, and Carnegie Mellon published papers and demonstrations adapting the glove for robotics control, virtual reality experiments linked to VPL Research and Jaron Lanier–era VR, and interactive installations associated with museums and festivals.
Contemporaneous reviews in magazines and outlets such as Nintendo Power, Electronic Gaming Monthly, Time, and Rolling Stone were mixed, praising ambition but criticizing accuracy and compatibility. Critics compared it to experimental controllers from Sony and Philips and to research devices appearing at SIGGRAPH and IEEE conferences. The glove found a niche in music videos, films, and television, being featured alongside artists and directors tied to MTV, George Lucas, Steven Spielberg, and cult filmmakers; it also appeared in media referencing cyberpunk authors and creators like William Gibson and Ridley Scott. Fan communities, zines, and bulletin board systems hosted discussions and tutorials; later internet platforms such as YouTube and Reddit amplified nostalgia and retrospectives.
Although commercially limited, the glove influenced later motion-control technologies used by Nintendo's Wii Remote, Sony's PlayStation Move, and Microsoft's Kinect, as well as glove-based interfaces from companies like 5DT and CyberGlove Systems. Its experimental spirit informed research at institutions including MIT Media Lab, Stanford, and Carnegie Mellon and influenced product teams at Apple, Google, and Meta exploring gesture and wearable computing. Collectors and museums focused on computing history, such as the Strong National Museum of Play and the Computer History Museum, preserve units and documentation; the device remains a cultural touchstone referenced in documentaries, academic curricula, and exhibitions about interactive entertainment and human-computer interaction.
Mattel Nintendo Entertainment System NES Sega Atari Philips CD-i MIT DARPA GE Consumer Electronics Show Apple Inc. IBM Microsoft Lucasfilm Universal Pictures Michael Jackson Toys "R" Us Texas Instruments Intel NEC Stanford University Carnegie Mellon University Bell Labs Hewlett-Packard Casio Sega Genesis Commodore Sinclair Research Konami Capcom Acclaim Entertainment Rare LucasArts Ocean Software Amiga Commodore 64 Atari ST Stanford MIT Media Lab Carnegie Mellon VPL Research Jaron Lanier SIGGRAPH IEEE Nintendo Power Electronic Gaming Monthly Time Rolling Stone Sony Philips SIGGRAPH conference William Gibson Ridley Scott MTV YouTube Reddit Wii Remote PlayStation Move Kinect 5DT CyberGlove Systems Apple Google Meta Platforms Strong National Museum of Play Computer History Museum Human–computer interaction Interactive entertainment